Intel Core2 Extreme QX6850 vs Intel Core i5-2320
Essential Details
CPU Name | Intel Core2 Extreme QX6850 | Intel Core i5-2320 |
CPU Code Name | Products formerly Kentsfield | Products formerly Sandy Bridge |
Generation | Legacy Intel Cores | Legacy Intel Cores |
Device Category | Desktop | Desktop |
Processor No | QX6850 | i5-2320 |
Status | Discontinued | Discontinued |
CPU Release Date | 2007-07-01 | 2011-07-01 |
Lithography | 65 nm | 32 nm |
CPU Price |
Check Price |
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Product Url | Intel Core2 Extreme QX6850 | Intel Core i5-2320 |
Graphics Specifications
Processor Graphics | N/A | Intel HD Graphics 2000 |
Graphics Base Frequency | N/A | 850 MHz |
Graphics Max Dynamic Frequency | N/A | 1. 10 GHz |
Graphics Video Max Memory | N/A | N/A |
Graphics Output | N/A | N/A |
4K Support | N/A | N/A |
Max Resolution (HDMI 1. 4) | N/A | N/A |
Max Resolution (DP) | N/A | N/A |
Max Resolution (eDP — Integrated Flat Panel) | N/A | N/A |
Max Resolution (VGA) | N/A | N/A |
DirectX* Support | N/A | N/A |
OpenGL* Support | N/A | N/A |
No of Displays Supported | N/A | N/A |
Memory Specifications
Max Memory | N/A | 32 GB |
Memory Type | N/A | DDR3 1066/1333 |
Max No of Memory Channels | N/A | 2 |
ECC Memory Supported | N/A | No |
Package Specifications
Mother Board Socket Type | LGA775 | LGA1155 |
Max CPU Configuration | N/A | 1 |
Thermal Solution Specification | N/A | N/A |
Max Temprature | 64. 5°C | 72.6°C |
Package Size | N/A | 37.5mm x 37.5mm |
Performance
No of Cores | 4 | 4 |
No of Threads | 4 | 4 |
Processor Clock Speed | 3. 00 GHz | 3.00 GHz |
Processor Turbo Speed | N/A | 3.30 GHz |
TDP | 130 W | 95 W |
L1 Cache | 8 MB L2 Cache | 6 MB Intel Smart Cache |
L2 Cache | N/A | N/A |
L3 Cache | N/A | N/A |
Advanced Technologies
Turbo Boost Technology | No | 2. 0 |
vPro Technology | N/A | No |
Virtualization Technology (VT-x) | Yes | Yes |
Bit Width | Yes | Yes |
Thermal Monitoring Technologies | Yes | Yes |
Instruction Set Extensions | N/A | Intel SSE4. 1, Intel SSE4.2, Intel AVX |
Expansion Options
Scalability | N/A | N/A |
PCI Express Revision | N/A | 2. 0 |
PCI Express Configurations | N/A | N/A |
Max No of PCI Express Lanes | N/A | 16 |
Security & Reliability
Secure Key | N/A | N/A |
Execute Disable Bit | Yes | Yes |
Intel Core 2 Extreme QX6800 Battlefield 3 Benchmarks — Can Core 2 Extreme QX6800 Run Battlefield 3?
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Atom Z3775Intel Atom Z3775DIntel Atom Z3785Intel Atom Z3795Intel Atom Z510Intel Atom Z515Intel Atom Z520Intel Atom Z530Intel Atom Z540Intel Atom Z550Intel Atom Z670Intel Atom x5-E3930Intel Atom x5-E8000Intel Atom x5-Z8300Intel Atom x5-Z8330Intel Atom x5-Z8350Intel Atom x5-Z8500Intel Atom x5-Z8550Intel Atom x7-E3950Intel Atom x7-Z8700Intel Atom x7-Z8750Intel Celeron 1000MIntel Celeron 1005MIntel Celeron 1007UIntel Celeron 1017UIntel Celeron 1019YIntel Celeron 1020EIntel Celeron 1020MIntel Celeron 1037UIntel Celeron 1047UEIntel Celeron 2. 10Intel Celeron 2.20Intel Celeron 2.30Intel Celeron 2.40Intel Celeron 2.60Intel Celeron 2.70Intel Celeron 2.80Intel Celeron 220Intel Celeron 2950MIntel Celeron 2955UIntel Celeron 2957UIntel Celeron 2961YIntel Celeron 2970MIntel Celeron 2980UIntel Celeron 2981UIntel Celeron 3205UIntel Celeron 3215UIntel Celeron 3755UIntel Celeron 3765UIntel Celeron 3855UIntel Celeron 3865UIntel Celeron 3955UIntel Celeron 3965UIntel Celeron 3965YIntel Celeron 420Intel Celeron 4205UIntel Celeron 430Intel Celeron 440Intel Celeron 450Intel Celeron 5205UIntel Celeron 807Intel Celeron 807UEIntel Celeron 827EIntel Celeron 847Intel Celeron 847EIntel Celeron 857Intel Celeron 867Intel Celeron 877Intel Celeron 887Intel Celeron B710Intel Celeron B720Intel Celeron B800Intel Celeron B810Intel Celeron B815Intel Celeron B820Intel Celeron B830Intel Celeron B840Intel Celeron D 352Intel Celeron Dual-Core SU2300Intel Celeron Dual-Core T1400Intel Celeron Dual-Core T1500Intel Celeron Dual-Core T1600Intel Celeron Dual-Core T1700Intel Celeron Dual-Core T3000Intel Celeron Dual-Core T3100Intel Celeron Dual-Core T3300Intel Celeron Dual-Core T3500Intel Celeron E1200Intel Celeron E1400Intel Celeron E1500Intel Celeron E1600Intel Celeron E3200Intel Celeron E3300Intel Celeron E3400Intel Celeron E3500Intel Celeron G1101Intel Celeron G1610Intel Celeron G1610TIntel Celeron G1620Intel Celeron G1620TIntel Celeron G1630Intel Celeron G1820Intel Celeron G1820TIntel Celeron G1820TEIntel Celeron G1830Intel Celeron G1840Intel Celeron G1840TIntel Celeron G1850Intel Celeron G3900Intel Celeron G3900EIntel Celeron G3900TIntel Celeron G3900TEIntel Celeron G3920Intel Celeron G3930Intel Celeron G3930TIntel Celeron G3930TEIntel Celeron G3950Intel Celeron G440Intel Celeron G460Intel Celeron G465Intel Celeron G470Intel Celeron G4900Intel Celeron G4900TIntel Celeron G4920Intel Celeron G4930Intel Celeron G530Intel Celeron G530TIntel Celeron G540Intel Celeron G540TIntel Celeron G550Intel Celeron G550TIntel Celeron G555Intel Celeron J1750Intel Celeron J1800Intel Celeron J1850Intel Celeron J1900Intel Celeron J3060Intel Celeron J3160Intel Celeron J3355Intel Celeron J3455Intel Celeron J4005Intel Celeron J4025Intel Celeron J4105Intel Celeron J4125Intel Celeron M 340Intel Celeron M 353Intel Celeron M 360Intel Celeron M 370Intel Celeron M 380Intel Celeron M 390Intel Celeron M 410Intel Celeron M 420Intel Celeron M 430Intel Celeron M 440Intel Celeron M 450Intel Celeron M 520Intel Celeron M 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Core i7-4930MXIntel Core i7-4940MXIntel Core i7-4950HQIntel Core i7-4960HQIntel Core i7-4960XIntel Core i7-4960X Extreme EditionIntel Core i7-4980HQIntel Core i7-5500UIntel Core i7-5550UIntel Core i7-5557UIntel Core i7-5600UIntel Core i7-5650UIntel Core i7-5700HQIntel Core i7-5750HQIntel Core i7-5775CIntel Core i7-5775RIntel Core i7-5820KIntel Core i7-5850EQIntel Core i7-5850HQIntel Core i7-5930KIntel Core i7-5950HQIntel Core i7-5960XIntel Core i7-610EIntel Core i7-620LMIntel Core i7-620MIntel Core i7-620UMIntel Core i7-640LMIntel Core i7-640MIntel Core i7-640UMIntel Core i7-6498DUIntel Core i7-6500UIntel Core i7-6560UIntel Core i7-6567UIntel Core i7-6600UIntel Core i7-660UMIntel Core i7-6650UIntel Core i7-6700Intel Core i7-6700HQIntel Core i7-6700KIntel Core i7-6700TIntel Core i7-6700TEIntel Core i7-6770HQIntel Core i7-6785RIntel Core i7-6800KIntel Core i7-680UMIntel Core i7-6820EQIntel Core i7-6820HKIntel Core i7-6820HQIntel Core i7-6822EQIntel Core i7-6850KIntel Core i7-6870HQIntel Core i7-6900KIntel Core i7-6920HQIntel Core i7-6950XIntel Core i7-6970HQIntel Core i7-720QMIntel Core i7-740QMIntel Core i7-7500UIntel Core i7-7560UIntel Core i7-7567UIntel Core i7-7600UIntel Core i7-7660UIntel Core i7-7700Intel Core i7-7700HQIntel Core i7-7700KIntel Core i7-7700TIntel Core i7-7740XIntel Core i7-7800XIntel Core i7-7820EQIntel Core i7-7820HKIntel Core i7-7820HQIntel Core i7-7820XIntel Core i7-7920HQIntel Core i7-7Y75Intel Core i7-8086KIntel Core i7-820QMIntel Core i7-840QMIntel Core i7-8500YIntel Core i7-8550UIntel Core i7-8557UIntel Core i7-8559UIntel Core i7-8565UIntel Core i7-8569UIntel Core i7-860Intel Core i7-860SIntel Core i7-8650UIntel Core i7-8665UIntel Core i7-870Intel Core i7-8700Intel Core i7-8700BIntel Core i7-8700KIntel Core i7-8700TIntel Core i7-8705GIntel Core i7-8706GIntel Core i7-8709GIntel Core i7-870SIntel Core i7-8750HIntel Core i7-875KIntel Core i7-880Intel Core i7-8809GIntel Core i7-8850HIntel Core i7-920Intel Core i7-920XMIntel Core i7-930Intel Core i7-940Intel Core i7-940XMIntel Core i7-950Intel Core i7-960Intel Core i7-965Intel Core i7-965 Extreme EditionIntel Core i7-970Intel Core i7-9700Intel Core i7-9700FIntel Core i7-9700KIntel Core i7-9700KFIntel Core i7-9700TIntel Core i7-975Intel Core i7-975 Extreme EditionIntel Core i7-9750HIntel Core i7-9750HFIntel Core i7-980Intel Core i7-9800XIntel Core i7-980XIntel Core i7-980X EEIntel Core i7-980X Extreme EditionIntel Core i7-9850HIntel Core i7-990XIntel Core i7-990X EEIntel Core i7-990X Extreme EditionIntel Core i9-10875HIntel Core i9-10900Intel Core i9-10900FIntel Core i9-10900KIntel Core i9-10900KFIntel Core i9-10900XIntel Core i9-10920XIntel Core i9-10940XIntel Core i9-10980HKIntel Core i9-10980XEIntel Core i9-11900Intel Core i9-11900KIntel Core i9-12900KIntel Core i9-7900XIntel Core i9-7920XIntel Core i9-7940XIntel Core i9-7960XIntel Core i9-7980XEIntel Core i9-8950HKIntel Core i9-9800XIntel Core i9-9820XIntel Core i9-9880HIntel Core i9-9900Intel Core i9-9900KIntel Core i9-9900KFIntel Core i9-9900KSIntel Core i9-9900TIntel Core i9-9900XIntel Core i9-9920XIntel Core i9-9940XIntel Core i9-9960XIntel Core i9-9980HKIntel Core i9-9980XEIntel Core m3-6Y30Intel Core m3-7Y30Intel Core m3-7Y32Intel Core m3-8100YIntel Core m5-6Y54Intel Core m5-6Y57Intel Core m7-6Y75Intel Core2 Duo E6700Intel Mobile Pentium 4 2. 40Intel Mobile Pentium 4 2.66Intel Mobile Pentium 4 2.80Intel Mobile Pentium 4 3.06Intel Mobile Pentium 4 520Intel Mobile Pentium 4 532Intel Mobile Pentium 4 552Intel Pentium 2020MIntel Pentium 2030MIntel Pentium 2117UIntel Pentium 2127UIntel Pentium 2129YIntel Pentium 3550MIntel Pentium 3556UIntel Pentium 3558UIntel Pentium 3560MIntel Pentium 3560YIntel Pentium 3805UIntel Pentium 3825UIntel Pentium 4 1.80Intel Pentium 4 2.26Intel Pentium 4 2.4 GHzIntel Pentium 4 2.40Intel Pentium 4 2.53Intel Pentium 4 2.60Intel Pentium 4 2.66Intel Pentium 4 2.80Intel Pentium 4 560Intel Pentium 4 630Intel Pentium 4 660Intel Pentium 4 P4 3.0Intel Pentium 4-M P4-M 1,7Intel Pentium 4405UIntel Pentium 4405YIntel Pentium 4415UIntel Pentium 957Intel Pentium 967Intel Pentium 977Intel Pentium 987Intel Pentium 997Intel Pentium B940Intel Pentium B950Intel Pentium B960Intel Pentium B970Intel Pentium B980Intel Pentium D 820Intel Pentium D 830Intel Pentium D 915Intel Pentium D 940Intel Pentium D 950Intel Pentium D 960Intel Pentium Dual Core SU4100Intel Pentium Dual Core T2060Intel Pentium Dual Core T2080Intel Pentium Dual Core T2130Intel Pentium Dual Core T2310Intel Pentium Dual Core T2330Intel Pentium Dual Core T2370Intel Pentium Dual Core T2390Intel Pentium Dual Core T2410Intel Pentium Dual Core T3200Intel Pentium Dual Core T3400Intel Pentium Dual-Core T4200Intel Pentium Dual-Core T4300Intel Pentium Dual-Core T4400Intel Pentium Dual-Core T4500Intel Pentium Dual-Core E2140Intel Pentium Dual-Core E2160Intel Pentium Dual-Core E2180Intel Pentium Dual-Core E2200Intel Pentium Dual-Core E2210Intel Pentium Dual-Core E2220Intel Pentium E2140Intel Pentium E2160Intel Pentium E2180Intel Pentium E2200Intel Pentium E2220Intel Pentium E5200Intel Pentium E5300Intel Pentium E5400Intel Pentium E5500Intel Pentium E5700Intel Pentium E5800Intel Pentium E6300Intel Pentium E6500Intel Pentium E6600Intel Pentium E6700Intel Pentium E6800Intel Pentium G2010Intel Pentium G2020Intel Pentium G2020TIntel Pentium G2030Intel Pentium G2100TIntel Pentium G2120Intel Pentium G2130Intel Pentium G2140Intel Pentium G3220Intel Pentium G3220TIntel Pentium G3240Intel Pentium G3240TIntel Pentium G3250Intel Pentium G3250TIntel Pentium G3258Intel Pentium G3260Intel Pentium G3420Intel Pentium G3420TIntel Pentium G3430Intel Pentium G3440Intel Pentium G3440TIntel Pentium G3450Intel Pentium G3450TIntel Pentium G3460Intel Pentium G3470Intel Pentium G4400Intel Pentium G4400TIntel Pentium G4400TEIntel Pentium G4500Intel Pentium G4500TIntel Pentium G4520Intel Pentium G4560Intel Pentium G4560TIntel Pentium G4600Intel Pentium G4600TIntel Pentium G4620Intel Pentium G550Intel Pentium G620Intel Pentium G620TIntel Pentium G630Intel Pentium G630TIntel Pentium G640Intel Pentium G640TIntel Pentium G645Intel Pentium G645TIntel Pentium G6950Intel Pentium G6951Intel Pentium G6960Intel Pentium G840Intel Pentium G850Intel Pentium G860Intel Pentium G870Intel Pentium Gold 4410YIntel Pentium Gold 4415UIntel Pentium Gold 4415YIntel Pentium Gold 4417UIntel Pentium Gold 4425YIntel Pentium Gold 5405UIntel Pentium Gold 6405UIntel Pentium Gold G5400Intel Pentium Gold G5400TIntel Pentium Gold G5420Intel Pentium Gold G5420TIntel Pentium Gold G5500Intel Pentium Gold G5500TIntel Pentium Gold G5600Intel Pentium Gold G5620Intel Pentium III 1133Intel Pentium III 1200Intel Pentium III 1266SIntel Pentium III 1400Intel Pentium III 1400SIntel Pentium J2850Intel Pentium J2900Intel Pentium J3710Intel Pentium J4205Intel Pentium M 1. 30Intel Pentium M 1.40Intel Pentium M 1.50Intel Pentium M 1.60Intel Pentium M 1.70Intel Pentium M 1300Intel Pentium M 705Intel Pentium M 710Intel Pentium M 715Intel Pentium M 718Intel Pentium M 725Intel Pentium M 730Intel Pentium M 735Intel Pentium M 738Intel Pentium M 740Intel Pentium M 745Intel Pentium M 750Intel Pentium M 753Intel Pentium M 758Intel Pentium M 760Intel Pentium M 765Intel Pentium M 770Intel Pentium M 780Intel Pentium N3510Intel Pentium N3520Intel Pentium N3530Intel Pentium N3540Intel Pentium N3700Intel Pentium N3710Intel Pentium N4200Intel Pentium P6000Intel Pentium P6100Intel Pentium P6200Intel Pentium P6300Intel Pentium SU2700Intel Pentium SU4100Intel Pentium Silver J5005Intel Pentium Silver J5040Intel Pentium Silver N5000Intel Pentium Silver N5030Intel Pentium U5400Intel Pentium U5600Intel Xeon 2.66Intel Xeon 3.06Intel Xeon 3.20Intel Xeon 5110Intel Xeon 5120Intel Xeon 5130Intel Xeon 5140Intel Xeon 5148Intel Xeon 5150Intel Xeon 5160Intel Xeon Bronze 3104Intel Xeon Bronze 3106Intel Xeon D-1518Intel Xeon D-1520Intel Xeon D-1521Intel Xeon D-1528Intel Xeon D-1531Intel Xeon D-1537Intel Xeon D-1539Intel Xeon D-1540Intel Xeon D-1541Intel Xeon D-1548Intel Xeon D-1557Intel Xeon D-1559Intel Xeon D-1567Intel Xeon D-1587Intel Xeon D-2123ITIntel Xeon D-2141IIntel Xeon D-2143ITIntel Xeon D-2146NTIntel Xeon D-2183ITIntel Xeon E-2104GIntel Xeon E-2124Intel Xeon E-2124GIntel Xeon E-2126GIntel Xeon E-2134Intel Xeon E-2136Intel Xeon E-2144GIntel Xeon E-2146GIntel Xeon E-2174GIntel Xeon E-2176GIntel Xeon E-2176MIntel Xeon E-2186GIntel Xeon E-2186MIntel Xeon E-2224Intel Xeon E-2224GIntel Xeon E-2226GIntel Xeon E-2236Intel Xeon E-2244GIntel Xeon E-2246GIntel Xeon E-2274GIntel Xeon E-2276GIntel Xeon E-2276MIntel Xeon E-2276MEIntel Xeon E-2276MLIntel Xeon E-2278GIntel Xeon E-2286GIntel Xeon E-2286MIntel Xeon E-2288GIntel Xeon E3-1220Intel Xeon E3-1220 V2Intel Xeon E3-1220 V3Intel Xeon E3-1220 V5Intel Xeon E3-1220 V6Intel Xeon E3-1220LIntel Xeon E3-1220L v2Intel Xeon E3-1220L v3Intel Xeon E3-1225Intel Xeon E3-1225 V2Intel Xeon E3-1225 V3Intel Xeon E3-1225 V5Intel Xeon E3-1225 V6Intel Xeon E3-1226 V3Intel Xeon E3-1230Intel Xeon E3-1230 V2Intel Xeon E3-1230 V3Intel Xeon E3-1230 V5Intel Xeon E3-1230 V6Intel Xeon E3-1230L v3Intel Xeon E3-1231 V3Intel Xeon E3-1235Intel Xeon E3-1235L V5Intel Xeon E3-1240Intel Xeon E3-1240 V2Intel Xeon E3-1240 V3Intel Xeon E3-1240 V5Intel Xeon E3-1240 V6Intel Xeon E3-1240L V5Intel Xeon E3-1241 V3Intel Xeon E3-1245Intel Xeon E3-1245 V2Intel Xeon E3-1245 V3Intel Xeon E3-1245 V5Intel Xeon E3-1245 V6Intel Xeon E3-1246 V3Intel Xeon E3-1260LIntel Xeon E3-1260L V5Intel Xeon E3-1265L V2Intel Xeon E3-1265L V3Intel Xeon E3-1268L v5Intel Xeon E3-1270Intel Xeon E3-1270 V2Intel Xeon E3-1270 V3Intel Xeon E3-1270 V5Intel Xeon E3-1270 V6Intel Xeon E3-1271 V3Intel Xeon E3-1275Intel Xeon E3-1275 V2Intel Xeon E3-1275 V3Intel Xeon E3-1275 V5Intel Xeon E3-1275 V6Intel Xeon E3-1276 V3Intel Xeon E3-1280Intel Xeon E3-1280 V5Intel Xeon E3-1280 V6Intel Xeon E3-1280 v2Intel Xeon E3-1280 v3Intel Xeon E3-1285 V6Intel Xeon E3-1285 v3Intel Xeon E3-1285 v4Intel Xeon E3-1285L v3Intel Xeon E3-1290Intel Xeon E3-1290 v2Intel Xeon E3-1505L v5Intel Xeon E3-1505L v6Intel Xeon E3-1505M v5Intel Xeon E3-1505M v6Intel Xeon E3-1515M v5Intel Xeon E3-1535M v5Intel Xeon E3-1535M v6Intel Xeon E3-1545M v5Intel Xeon E3-1575M v5Intel Xeon E3-1585 v5Intel Xeon E3-1585L v5Intel Xeon E5-1410Intel Xeon E5-1603 v4Intel Xeon E5-1607 v4Intel Xeon E5-1620Intel Xeon E5-1620 V2Intel Xeon E5-1620 V3Intel Xeon E5-1620 V4Intel Xeon E5-1630 V3Intel Xeon E5-1630 V4Intel Xeon E5-1650Intel Xeon E5-1650 V2Intel Xeon E5-1650 V3Intel Xeon E5-1650 V4Intel Xeon E5-1660Intel Xeon E5-1660 V2Intel Xeon E5-1660 V3Intel Xeon E5-1660 v4Intel Xeon E5-1680 V3Intel Xeon E5-1680 v4Intel Xeon E5-2403Intel Xeon E5-2403 v2Intel Xeon E5-2407Intel Xeon E5-2407 v2Intel Xeon E5-2418LIntel Xeon E5-2420Intel Xeon E5-2420 v2Intel Xeon E5-2420V2Intel Xeon E5-2430Intel Xeon E5-2430 v2Intel Xeon E5-2430LIntel Xeon E5-2430V2Intel Xeon E5-2440Intel Xeon E5-2440 v2Intel Xeon E5-2440V2Intel Xeon E5-2450Intel Xeon E5-2450LIntel Xeon E5-2450V2Intel Xeon E5-2470Intel Xeon E5-2470 v2Intel Xeon E5-2470V2Intel Xeon E5-2603Intel Xeon E5-2603 V2Intel Xeon E5-2603 V3Intel Xeon E5-2603 V4Intel Xeon E5-2608L v3Intel Xeon E5-2609Intel Xeon E5-2609 V2Intel Xeon E5-2609 V3Intel Xeon E5-2609 V4Intel Xeon E5-2618L v3Intel Xeon E5-2618L v4Intel Xeon E5-2620Intel Xeon E5-2620 V2Intel Xeon E5-2620 V3Intel Xeon E5-2620 V4Intel Xeon E5-2622 V3Intel Xeon E5-2623 V3Intel Xeon E5-2623 v4Intel Xeon E5-2628L v3Intel Xeon E5-2628L v4Intel Xeon E5-2630Intel Xeon E5-2630 V2Intel Xeon E5-2630 V3Intel Xeon E5-2630 V4Intel Xeon E5-2630LIntel Xeon E5-2630L V2Intel Xeon E5-2630L V3Intel Xeon E5-2630L v4Intel Xeon E5-2637Intel Xeon E5-2637 V2Intel Xeon E5-2637 V3Intel Xeon E5-2637 v4Intel Xeon E5-2640Intel Xeon E5-2640 V2Intel Xeon E5-2640 V3Intel Xeon E5-2640 V4Intel Xeon E5-2643Intel Xeon E5-2643 V2Intel Xeon E5-2643 V3Intel Xeon E5-2643 V4Intel Xeon E5-2648LIntel Xeon E5-2648L v3Intel Xeon E5-2648L v4Intel Xeon E5-2650Intel Xeon E5-2650 V2Intel Xeon E5-2650 V3Intel Xeon E5-2650 V4Intel Xeon E5-2650LIntel Xeon E5-2650L V2Intel Xeon E5-2650L V3Intel Xeon E5-2650L V4Intel Xeon E5-2658Intel Xeon E5-2658 V3Intel Xeon E5-2658 v4Intel Xeon E5-2660Intel Xeon E5-2660 V2Intel Xeon E5-2660 V3Intel Xeon E5-2660 V4Intel Xeon E5-2665Intel Xeon E5-2667Intel Xeon E5-2667 V2Intel Xeon E5-2667 V3Intel Xeon E5-2667 v4Intel Xeon E5-2670Intel Xeon E5-2670 V2Intel Xeon E5-2670 V3Intel Xeon E5-2673 v4Intel Xeon E5-2679 v4Intel Xeon E5-2680Intel Xeon E5-2680 V2Intel Xeon E5-2680 V3Intel Xeon E5-2680 V4Intel Xeon E5-2682 v4Intel Xeon E5-2683 V3Intel Xeon E5-2683 V4Intel Xeon E5-2685 V3Intel Xeon E5-2686 v4Intel Xeon E5-2687WIntel Xeon E5-2687W V2Intel Xeon E5-2687W V3Intel Xeon E5-2687W V4Intel Xeon E5-2689 v4Intel Xeon E5-2690Intel Xeon E5-2690 V2Intel Xeon E5-2690 V3Intel Xeon E5-2690 V4Intel Xeon E5-2692 v2Intel Xeon E5-2695 V2Intel Xeon E5-2695 V3Intel Xeon E5-2695 V4Intel Xeon E5-2696 v4Intel Xeon E5-2697 V2Intel Xeon E5-2697 V3Intel Xeon E5-2697 V4Intel Xeon E5-2697A v4Intel Xeon E5-2698 V3Intel Xeon E5-2698 V4Intel Xeon E5-2699 V3Intel Xeon E5-2699 V4Intel Xeon E5-4603Intel Xeon E5-4610Intel Xeon E5-4617Intel Xeon E5-4620Intel Xeon E5-4627 v4Intel Xeon E5-4640Intel Xeon E5-4650Intel Xeon E5-4650LIntel Xeon E5-4669 v4Intel Xeon E5502Intel Xeon E5503Intel Xeon E5504Intel Xeon E5506Intel Xeon E5507Intel Xeon E5520Intel Xeon E5530Intel Xeon E5540Intel Xeon E5603Intel Xeon E5606Intel Xeon E5607Intel Xeon E5620Intel Xeon E5630Intel Xeon E5640Intel Xeon E5645Intel Xeon E5649Intel Xeon E7-2850 v2Intel Xeon E7-2870 v2Intel Xeon E7-2880 v2Intel Xeon E7-2890 v2Intel Xeon E7-4809 v2Intel Xeon E7-4820 v2Intel Xeon E7-4830 v2Intel Xeon E7-4850 v2Intel Xeon E7-4860 v2Intel Xeon E7-4870 v2Intel Xeon E7-4880 v2Intel Xeon E7-4890 v2Intel Xeon E7-8850 v2Intel Xeon E7-8857 v2Intel Xeon E7-8870 v2Intel Xeon E7-8880 v2Intel Xeon E7-8880L v2Intel Xeon E7-8890 v2Intel Xeon E7-8891 v2Intel Xeon E7-8893 v2Intel Xeon Gold 5115Intel Xeon Gold 5117Intel Xeon Gold 5117FIntel Xeon Gold 5118Intel Xeon Gold 5119TIntel Xeon Gold 5120Intel Xeon Gold 5120TIntel Xeon Gold 5122Intel Xeon Gold 5215Intel Xeon Gold 5215LIntel Xeon Gold 5215MIntel Xeon Gold 5217Intel Xeon Gold 5218Intel Xeon Gold 5218BIntel Xeon Gold 5218NIntel Xeon Gold 5218RIntel Xeon Gold 5218TIntel Xeon Gold 5219YIntel Xeon Gold 5220Intel Xeon Gold 5220RIntel Xeon Gold 5220SIntel Xeon Gold 5220TIntel Xeon Gold 5222Intel Xeon Gold 6126Intel Xeon Gold 6126FIntel Xeon Gold 6126TIntel Xeon Gold 6128Intel Xeon Gold 6130Intel Xeon Gold 6130FIntel Xeon Gold 6130TIntel Xeon Gold 6132Intel Xeon Gold 6134Intel Xeon Gold 6134MIntel Xeon Gold 6136Intel Xeon Gold 6138Intel Xeon Gold 6138FIntel Xeon Gold 6138TIntel Xeon Gold 6140Intel Xeon Gold 6140MIntel Xeon Gold 6142Intel Xeon Gold 6142FIntel Xeon Gold 6142MIntel Xeon Gold 6144Intel Xeon Gold 6146Intel Xeon Gold 6148Intel Xeon Gold 6148FIntel Xeon Gold 6150Intel Xeon Gold 6152Intel Xeon Gold 6154Intel Xeon Gold 6208UIntel Xeon Gold 6209UIntel Xeon Gold 6210UIntel Xeon Gold 6212UIntel Xeon Gold 6222Intel Xeon Gold 6222VIntel Xeon Gold 6226Intel Xeon Gold 6226RIntel Xeon Gold 6230Intel Xeon Gold 6230NIntel Xeon Gold 6230RIntel Xeon Gold 6230TIntel Xeon Gold 6234Intel Xeon Gold 6238Intel Xeon Gold 6238LIntel Xeon Gold 6238MIntel Xeon Gold 6238RIntel Xeon Gold 6238TIntel Xeon Gold 6240Intel Xeon Gold 6240LIntel Xeon Gold 6240MIntel Xeon Gold 6240RIntel Xeon Gold 6240YIntel Xeon Gold 6242Intel Xeon Gold 6242RIntel Xeon Gold 6244Intel Xeon Gold 6246Intel Xeon Gold 6246RIntel Xeon Gold 6248Intel Xeon Gold 6250Intel Xeon Gold 6250LIntel Xeon Gold 6252Intel Xeon Gold 6252NIntel Xeon Gold 6254Intel Xeon Gold 6256Intel Xeon Gold 6258RIntel Xeon Gold 6262Intel Xeon Gold 6262VIntel Xeon Gold 6269YIntel Xeon L5506Intel Xeon L5520Intel Xeon L5530Intel Xeon L5630Intel Xeon L5638Intel Xeon L5640Intel Xeon Platinum 8124MIntel Xeon Platinum 8153Intel Xeon Platinum 8156Intel Xeon Platinum 8158Intel Xeon Platinum 8160Intel Xeon Platinum 8160FIntel Xeon Platinum 8160MIntel Xeon Platinum 8160TIntel Xeon Platinum 8164Intel Xeon Platinum 8168Intel Xeon Platinum 8170Intel Xeon Platinum 8173MIntel Xeon Platinum 8175MIntel Xeon Platinum 8176Intel Xeon Platinum 8268Intel Xeon Silver 4108Intel Xeon Silver 4109TIntel Xeon Silver 4110Intel Xeon Silver 4112Intel Xeon Silver 4114Intel Xeon Silver 4116Intel Xeon Silver 4208Intel Xeon Silver 4210Intel Xeon Silver 4214Intel Xeon Silver 4215Intel Xeon Silver 4216Intel Xeon W-2102Intel Xeon W-2104Intel Xeon W-2123Intel Xeon W-2125Intel Xeon W-2133Intel Xeon W-2135Intel Xeon W-2140BIntel Xeon W-2145Intel Xeon W-2150BIntel Xeon W-2155Intel Xeon W-2170BIntel Xeon W-2175Intel Xeon W-2191BIntel Xeon W-2195Intel Xeon W-2223Intel Xeon W-2225Intel Xeon W-2235Intel Xeon W-2245Intel Xeon W-2255Intel Xeon W-2265Intel Xeon W-2275Intel Xeon W-2295Intel Xeon W-3175XIntel Xeon W-3235Intel Xeon W-3265Intel Xeon W3503Intel Xeon W3505Intel Xeon W3520Intel Xeon W3530Intel Xeon W3540Intel Xeon W3550Intel Xeon W3565Intel Xeon W3570Intel Xeon W3580Intel Xeon W3670Intel Xeon W3680Intel Xeon W3690Intel Xeon W5580Intel Xeon W5590Intel Xeon X5550Intel Xeon X5560Intel Xeon X5570Intel Xeon X5647Intel Xeon X5650Intel Xeon X5660Intel Xeon X5667Intel Xeon X5670Intel Xeon X5672Intel Xeon X5675Intel Xeon X5677Intel Xeon X5680Intel Xeon X5687Intel Xeon X5690Intel Xeon X5698
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Select a CPU. .AMD A10 Micro-6700TAMD A10 Pro-7350BAMD A10-4600MAMD A10-4655MAMD A10-4657MAMD A10-5700AMD A10-5745MAMD A10-5750MAMD A10-5757MAMD A10-5800KAMD A10-6700AMD A10-6700TAMD A10-6790BAMD A10-6790KAMD A10-6800BAMD A10-6800KAMD A10-7300AMD A10-7350BAMD A10-7400PAMD A10-7700KAMD A10-7800AMD A10-7850KAMD A10-7860kAMD A10-7870KAMD A10-7890KAMD A10-8700PAMD A10-9600PAMD A10-9620PAMD A10-9700AMD A10-9700EAMD A12-9700PAMD A12-9720PAMD A12-9800AMD A12-9800EAMD A4 Micro-6400TAMD A4-1200AMD A4-1250AMD A4-1350AMD A4-3300AMD A4-3300MAMD A4-3305MAMD A4-3310MXAMD A4-3320MAMD A4-3330MXAMD A4-3400AMD A4-3420AMD A4-3450AMD A4-4000AMD A4-4020AMD A4-4300MAMD A4-4355MAMD A4-5000AMD A4-5050AMD A4-5100AMD A4-5145MAMD A4-5150MAMD A4-5300AMD A4-5300BAMD A4-6210AMD A4-6300AMD A4-6300BAMD A4-6320AMD A4-7210AMD A4-7300AMD A4-9120AMD A4-9120CAMD A6 Pro-7050BAMD A6-1450AMD A6-3400MAMD A6-3410MXAMD A6-3420MAMD A6-3430MXAMD A6-3500AMD A6-3600AMD A6-3620AMD A6-3650AMD A6-3670KAMD A6-4400MAMD A6-4455MAMD A6-5200AMD A6-5350MAMD A6-5357MAMD A6-5400BAMD A6-5400KAMD A6-6310AMD A6-6400KAMD A6-6420KAMD A6-7000AMD A6-7050BAMD A6-7310AMD A6-7400KAMD A6-7470KAMD A6-7480AMD A6-8500PAMD A6-9120AMD A6-9120CAMD A6-9210AMD A6-9220AMD A6-9220CAMD A6-9225AMD A6-9500AMD A6-9500EAMD A6-9550AMD A8-3500MAMD A8-3510MXAMD A8-3520MAMD A8-3530MXAMD A8-3550MXAMD A8-3800AMD A8-3820AMD A8-3850AMD A8-3870KAMD A8-4500MAMD A8-4555MAMD A8-5500AMD A8-5500BAMD A8-5545MAMD A8-5550MAMD A8-5557MAMD A8-5600KAMD A8-6410AMD A8-6500AMD A8-6500TAMD A8-6600KAMD A8-7100AMD A8-7150BAMD A8-7200PAMD A8-7410AMD A8-7600AMD A8-7650KAMD A8-7670KAMD A8-7680AMD A8-8600PAMD A8-9600AMD A9-9410AMD A9-9420AMD A9-9420eAMD A9-9425AMD Athlon 200GEAMD Athlon 220GEAMD Athlon 240GEAMD Athlon 3000GAMD Athlon 300UAMD Athlon 5150AMD Athlon 5350AMD Athlon 5370AMD Athlon 64 2000+AMD Athlon 64 2600+AMD Athlon 64 2800+AMD Athlon 64 3000+AMD Athlon 64 3200+AMD Athlon 64 3300+AMD Athlon 64 3400+AMD Athlon 64 3500+AMD Athlon 64 3600+AMD Athlon 64 3700+AMD Athlon 64 3800+AMD Athlon 64 4000+AMD Athlon 64 FX-51AMD Athlon 64 FX-53AMD Athlon 64 FX-55AMD Athlon 64 FX-57AMD Athlon 64 FX-60AMD Athlon 64 FX-62AMD Athlon 64 FX-72AMD Athlon 64 FX-74AMD Athlon 64 TF-20AMD Athlon 64 X2 3600+AMD Athlon 64 X2 3800+AMD Athlon 64 X2 4000+AMD Athlon 64 X2 4200+AMD Athlon 64 X2 4400+AMD Athlon 64 X2 4600+AMD Athlon 64 X2 4800+AMD Athlon 64 X2 5000+AMD Athlon 64 X2 5200+AMD Athlon 64 X2 5400+AMD Athlon 64 X2 5600+AMD Athlon 64 X2 5800+AMD Athlon 64 X2 6000+AMD Athlon 64 X2 FX-60AMD Athlon 64 X2 TK-42AMD Athlon 64 X2 TK-53AMD Athlon 64 X2 TK-55AMD Athlon 64 X2 TK-57AMD Athlon Gold 3150UAMD Athlon II 160uAMD Athlon II M300AMD Athlon II M320AMD Athlon II M340AMD Athlon II N330AMD Athlon II N350AMD Athlon II N370AMD Athlon II Neo K125AMD Athlon II Neo K145AMD Athlon II Neo K325AMD Athlon II Neo K345AMD Athlon II P320AMD Athlon II P340AMD Athlon II P360AMD Athlon II X2 210eAMD Athlon II X2 215AMD Athlon II X2 220AMD Athlon II X2 221AMD Athlon II X2 235eAMD Athlon II X2 240AMD Athlon II X2 240eAMD Athlon II X2 245AMD Athlon II X2 245eAMD Athlon II X2 250AMD Athlon II X2 250eAMD Athlon II X2 250uAMD Athlon II X2 255AMD Athlon II X2 260AMD Athlon II X2 260uAMD Athlon II X2 265AMD Athlon II X2 270AMD Athlon II X2 270uAMD Athlon II X2 280AMD Athlon II X2 340AMD Athlon II X2 370KAMD Athlon II X3 400eAMD Athlon II X3 405eAMD Athlon II X3 415eAMD Athlon II X3 420eAMD Athlon II X3 425AMD Athlon II X3 425eAMD Athlon II X3 435AMD Athlon II X3 440AMD Athlon II X3 445AMD Athlon II X3 450AMD Athlon II X3 455AMD Athlon II X3 460AMD Athlon II X4 600eAMD Athlon II X4 605eAMD Athlon II X4 610eAMD Athlon II X4 615eAMD Athlon II X4 620AMD Athlon II X4 620eAMD Athlon II X4 630AMD Athlon II X4 631AMD Athlon II X4 635AMD Athlon II X4 638AMD Athlon II X4 640AMD Athlon II X4 641AMD Athlon II X4 645AMD Athlon II X4 651AMD Athlon II X4 651KAMD Athlon II X4 740AMD Athlon II X4 750KAMD Athlon II X4 760KAMD Athlon II X4 860KAMD Athlon MP 2400+AMD Athlon MP 2800+AMD Athlon Neo MV-40AMD Athlon Neo X2 L325AMD Athlon Neo X2 L335AMD Athlon PRO 200GEAMD Athlon PRO 300GEAMD Athlon PRO 300UAMD Athlon Silver 3050UAMD Athlon X2 340AMD Athlon X2 350AMD Athlon X2 370KAMD Athlon X2 450AMD Athlon X2 BE-2300AMD Athlon X2 BE-2350AMD Athlon X2 BE-2400AMD Athlon X2 L310AMD Athlon X2 QL-60AMD Athlon X2 QL-64AMD Athlon X2 QL-65AMD Athlon X2 QL-66AMD Athlon X4 530AMD Athlon X4 550AMD Athlon X4 740AMD Athlon X4 750KAMD Athlon X4 760KAMD Athlon X4 835AMD Athlon X4 840AMD Athlon X4 845AMD Athlon X4 860KAMD Athlon X4 870KAMD Athlon X4 880KAMD Athlon X4 940AMD Athlon X4 950AMD Athlon X4 970AMD Athlon XP 1500+AMD Athlon XP 1600+AMD Athlon XP 1700+AMD Athlon XP 1800+AMD Athlon XP 1900+AMD Athlon XP 2000+AMD Athlon XP 2100+AMD Athlon XP 2200+AMD Athlon XP 2400+AMD Athlon XP 2500+AMD Athlon XP 2600+AMD Athlon XP 2700+AMD Athlon XP 2800+AMD Athlon XP 3000+AMD Athlon XP 3100+AMD Athlon XP 3200+AMD C-30AMD C-50AMD C-60AMD C-70AMD E-240AMD E-300AMD E-350AMD E-350DAMD E-450AMD E-Series E-450AMD E1-1200AMD E1-1500AMD E1-2100AMD E1-2200AMD E1-2500AMD E1-6010AMD E2-1800AMD E2-2000AMD E2-3000AMD E2-3000MAMD E2-3200AMD E2-3300MAMD E2-3800AMD E2-6110AMD E2-7110AMD E2-9000AMD E2-9010AMD EPYC 7371AMD Epyc 7232PAMD Epyc 7251AMD Epyc 7252AMD Epyc 7262AMD Epyc 7272AMD Epyc 7281AMD Epyc 7282AMD Epyc 7301AMD Epyc 7302AMD Epyc 7302PAMD Epyc 7351AMD Epyc 7351PAMD Epyc 7352AMD Epyc 7401AMD Epyc 7401PAMD Epyc 7402AMD Epyc 7402PAMD Epyc 7451AMD Epyc 7452AMD Epyc 7501AMD Epyc 7502AMD Epyc 7502PAMD Epyc 7532AMD Epyc 7542AMD Epyc 7551AMD Epyc 7551PAMD Epyc 7552AMD Epyc 7601AMD Epyc 7642AMD Epyc 7662AMD Epyc 7702AMD Epyc 7702PAMD Epyc 7742AMD FX-4100AMD FX-4130AMD FX-4150AMD FX-4170AMD FX-4200AMD FX-4300AMD FX-4320AMD FX-4350AMD FX-6100AMD FX-6120AMD FX-6130AMD FX-6200AMD FX-6300AMD FX-6330AMD FX-6350AMD FX-7500AMD FX-7600PAMD FX-8100AMD FX-8120AMD FX-8140AMD FX-8150AMD FX-8300AMD FX-8310AMD FX-8320AMD FX-8320EAMD FX-8350AMD FX-8370AMD FX-8370EAMD FX-8800PAMD FX-9370AMD FX-9590AMD FX-9800PAMD FX-9830PAMD G-T16RAMD G-T24LAMD G-T30LAMD G-T40EAMD G-T40NAMD G-T40RAMD G-T44RAMD G-T48EAMD G-T48LAMD G-T48NAMD G-T52RAMD G-T56EAMD G-T56NAMD Mobile Athlon 64 2700+AMD Mobile Athlon 64 2800+AMD Mobile Athlon 64 3000+AMD Mobile Athlon 64 3200+AMD Mobile Athlon 64 3400+AMD Mobile Athlon 64 3700+AMD Mobile Athlon 64 4000+AMD Mobile Sempron 210UAMD Mobile Sempron 2600+AMD Mobile Sempron 2800+AMD Mobile Sempron 3000+AMD Mobile Sempron 3100+AMD Mobile Sempron 3200+AMD Mobile Sempron 3300+AMD Mobile Sempron 3400+AMD Mobile Sempron 3500+AMD Mobile Sempron 3600+AMD Mobile Sempron 3800+AMD Mobile Sempron M100AMD Mobile Sempron SI-40AMD Mobile Sempron SI-42AMD Opteron 140AMD Opteron 142AMD Opteron 144AMD Opteron 146AMD Opteron 148AMD Opteron 150AMD Opteron 152AMD Opteron 154AMD Opteron 246AMD Opteron 248AMD Opteron 250AMD Opteron 252AMD Opteron 254AMD Opteron 3280AMD Opteron 3320 EEAMD Opteron 3350 HEAMD Opteron 3380AMD Opteron 4332 HEAMD Opteron 4334AMD Opteron 4386AMD Opteron 6272AMD Opteron 6274AMD Opteron 6276AMD Opteron 6282 SEAMD Opteron 6320AMD Opteron 6328AMD Opteron 6344AMD Opteron 6366 HEAMD Opteron 6376AMD Opteron 6378AMD Opteron 6380AMD Opteron 6386 SEAMD PRO A12-9800BAMD PRO A8-9600BAMD Phenom II 42 TWKR Black EditionAMD Phenom II X2 511AMD Phenom II X2 521AMD Phenom II X2 545AMD Phenom II X2 550AMD Phenom II X2 550 BlackAMD Phenom II X2 555AMD Phenom II X2 555 BlackAMD Phenom II X2 560AMD Phenom II X2 560 BlackAMD Phenom II X2 565AMD Phenom II X2 565 BlackAMD Phenom II X2 B53AMD Phenom II X2 B55AMD Phenom II X2 B57AMD Phenom II X2 B59AMD Phenom II X2 N620AMD Phenom II X2 N640AMD Phenom II X2 X640 BEAMD Phenom II X3 700eAMD Phenom II X3 705eAMD Phenom II X3 710AMD Phenom II X3 715AMD Phenom II X3 715 BlackAMD Phenom II X3 720AMD Phenom II X3 720 BlackAMD Phenom II X3 740AMD Phenom II X3 740 BlackAMD Phenom II X3 B73AMD Phenom II X3 B75AMD Phenom II X3 B77AMD Phenom II X3 N830AMD Phenom II X3 N850AMD Phenom II X3 N870AMD Phenom II X3 P820AMD Phenom II X3 P840AMD Phenom II X4 805AMD Phenom II X4 810AMD Phenom II X4 820AMD Phenom II X4 830AMD Phenom II X4 840AMD Phenom II X4 840TAMD Phenom II X4 850AMD Phenom II X4 900eAMD Phenom II X4 905eAMD Phenom II X4 910AMD Phenom II X4 910eAMD Phenom II X4 920AMD Phenom II X4 925AMD Phenom II X4 940AMD Phenom II X4 940 BlackAMD Phenom II X4 945AMD Phenom II X4 955AMD Phenom II X4 955 BlackAMD Phenom II X4 960TAMD Phenom II X4 960T BlackAMD Phenom II X4 965AMD Phenom II X4 965 BlackAMD Phenom II X4 965 Black (140W)AMD Phenom II X4 970AMD Phenom II X4 970 BlackAMD Phenom II X4 975AMD Phenom II X4 980AMD Phenom II X4 980 BlackAMD Phenom II X4 B93AMD Phenom II X4 B95AMD Phenom II X4 B97AMD Phenom II X4 B99AMD Phenom II X4 N930AMD Phenom II X4 N950AMD Phenom II X4 N970AMD Phenom II X4 P920AMD Phenom II X4 P960AMD Phenom II X4 X920 BEAMD Phenom II X6 1035TAMD Phenom II X6 1045TAMD Phenom II X6 1055TAMD Phenom II X6 1055T (95W)AMD Phenom II X6 1065TAMD Phenom II X6 1075TAMD Phenom II X6 1090TAMD Phenom II X6 1090T BlackAMD Phenom II X6 1100TAMD Phenom II X6 1100T BEAMD Phenom II X6 1100T BlackAMD Phenom X3 8250eAMD Phenom X3 8400AMD Phenom X3 8450AMD Phenom X3 8450eAMD Phenom X3 8550AMD Phenom X3 8600AMD Phenom X3 8650AMD Phenom X3 8750AMD Phenom X3 8850AMD Phenom X4 9100eAMD Phenom X4 9150eAMD Phenom X4 9350eAMD Phenom X4 9450eAMD Phenom X4 9500AMD Phenom X4 9550AMD Phenom X4 9600AMD Phenom X4 9600BAMD Phenom X4 9650AMD Phenom X4 9750BAMD Phenom X4 9850BAMD Pro A10-7800BAMD Pro A10-7850BAMD Pro A10-8700BAMD Pro A12-8800BAMD Pro A4-7300BAMD Pro A6-7400BAMD Pro A6-8500BAMD Pro A8-7600BAMD Pro A8-8600BAMD Ryzen 3 1200AMD Ryzen 3 1300XAMD Ryzen 3 2200GAMD Ryzen 3 2200GEAMD Ryzen 3 2200UAMD Ryzen 3 2300UAMD Ryzen 3 2300XAMD Ryzen 3 3100AMD Ryzen 3 3200GAMD Ryzen 3 3200UAMD Ryzen 3 3250UAMD Ryzen 3 3300UAMD Ryzen 3 3300XAMD Ryzen 3 4300UAMD Ryzen 3 PRO 2200GAMD Ryzen 3 PRO 2200UAMD Ryzen 3 PRO 2300UAMD Ryzen 3 PRO 3200GAMD Ryzen 3 PRO 3300UAMD Ryzen 3 Pro 1200AMD Ryzen 3 Pro 1300AMD Ryzen 5 1400AMD Ryzen 5 1500XAMD Ryzen 5 1600AMD Ryzen 5 1600 AFAMD Ryzen 5 1600XAMD Ryzen 5 2400GAMD Ryzen 5 2400GEAMD Ryzen 5 2500UAMD Ryzen 5 2500XAMD Ryzen 5 2600AMD Ryzen 5 2600HAMD Ryzen 5 2600XAMD Ryzen 5 3400GAMD Ryzen 5 3500AMD Ryzen 5 3500UAMD Ryzen 5 3500XAMD Ryzen 5 3550HAMD Ryzen 5 3580UAMD Ryzen 5 3600AMD Ryzen 5 3600XAMD Ryzen 5 3600XTAMD Ryzen 5 4500UAMD Ryzen 5 4600HAMD Ryzen 5 4600UAMD Ryzen 5 5500AMD Ryzen 5 5600XAMD Ryzen 5 7600XAMD Ryzen 5 PRO 2400GAMD Ryzen 5 PRO 2500UAMD Ryzen 5 PRO 2600AMD Ryzen 5 PRO 3400GAMD Ryzen 5 PRO 3500UAMD Ryzen 5 Pro 1500AMD Ryzen 5 Pro 1600AMD Ryzen 7 1700AMD Ryzen 7 1700XAMD Ryzen 7 1800XAMD Ryzen 7 2700AMD Ryzen 7 2700EAMD Ryzen 7 2700UAMD Ryzen 7 2700XAMD Ryzen 7 2800HAMD Ryzen 7 3700UAMD Ryzen 7 3700XAMD Ryzen 7 3750HAMD Ryzen 7 3780UAMD Ryzen 7 3800XAMD Ryzen 7 3800XTAMD Ryzen 7 4700UAMD Ryzen 7 4800HAMD Ryzen 7 4800HSAMD Ryzen 7 4800UAMD Ryzen 7 5700XAMD Ryzen 7 5800XAMD Ryzen 7 5800X3DAMD Ryzen 7 7700XAMD Ryzen 7 PRO 2700AMD Ryzen 7 PRO 2700UAMD Ryzen 7 PRO 2700XAMD Ryzen 7 PRO 3700UAMD Ryzen 7 Pro 1700AMD Ryzen 7 Pro 1700XAMD Ryzen 9 3900AMD Ryzen 9 3900XAMD Ryzen 9 3900XTAMD Ryzen 9 3950XAMD Ryzen 9 4900HAMD Ryzen 9 4900HSAMD Ryzen 9 4900UAMD Ryzen 9 5900XAMD Ryzen 9 5950XAMD Ryzen 9 7900XAMD Ryzen 9 7950XAMD Ryzen 9 PRO 3900AMD Ryzen PRO 7 4700UAMD Ryzen Threadripper 1900XAMD Ryzen Threadripper 1920XAMD Ryzen Threadripper 1950AMD Ryzen Threadripper 1950XAMD Ryzen Threadripper 2920XAMD Ryzen Threadripper 2950XAMD Ryzen Threadripper 2970WXAMD Ryzen Threadripper 2990WXAMD Ryzen Threadripper 3960XAMD Ryzen Threadripper 3970XAMD Ryzen Threadripper 3990XAMD Sempron 130AMD Sempron 140AMD Sempron 145AMD Sempron 150AMD Sempron 2200+AMD Sempron 2300+AMD Sempron 2400+AMD Sempron 2500+AMD Sempron 2600+AMD Sempron 2650AMD Sempron 2800+AMD Sempron 3000+AMD Sempron 3100+AMD Sempron 3200+AMD Sempron 3300+AMD Sempron 3400+AMD Sempron 3500+AMD Sempron 3600+AMD Sempron 3800+AMD Sempron 3850AMD Sempron LE-1100AMD Sempron LE-1150AMD Sempron LE-1200AMD Sempron LE-1250AMD Sempron LE-1300AMD Sempron X2 190AMD Sempron X2 198AMD Sempron X2 250AMD Turion 64 MK-36AMD Turion 64 MK-38AMD Turion 64 ML-28AMD Turion 64 ML-30AMD Turion 64 ML-34AMD Turion 64 ML-37AMD Turion 64 ML-40AMD Turion 64 ML-44AMD Turion 64 MT-28AMD Turion 64 MT-30AMD Turion 64 MT-32AMD Turion 64 MT-37AMD Turion 64 MT-40AMD Turion 64 X2 TL-50AMD Turion 64 X2 TL-52AMD Turion 64 X2 TL-56AMD Turion 64 X2 TL-58AMD Turion 64 X2 TL-60AMD Turion 64 X2 TL-62AMD Turion 64 X2 TL-64AMD Turion 64 X2 TL-66AMD Turion II M500AMD Turion II M520AMD Turion II N530AMD Turion II N550AMD Turion II Neo K625AMD Turion II Neo K685AMD Turion II P520AMD Turion II P540AMD Turion II P560AMD Turion II Ultra M600AMD Turion II Ultra M620AMD Turion II Ultra M660AMD Turion Neo X2 L625AMD Turion X2 RM-70AMD Turion X2 RM-72AMD Turion X2 RM-74AMD Turion X2 RM-75AMD Turion X2 RM-76AMD Turion X2 Ultra ZM-80AMD Turion X2 Ultra ZM-82AMD Turion X2 Ultra ZM-84AMD Turion X2 Ultra ZM-85AMD Turion X2 Ultra ZM-86AMD V-Series V105AMD V-Series V120AMD V-Series V140AMD Z-01Intel Atom 230Intel Atom 330Intel Atom C2350Intel Atom C2530Intel Atom C2550Intel Atom C2730Intel Atom C2750Intel Atom C3538Intel Atom C3558Intel Atom C3858Intel Atom C3955Intel Atom C3958Intel Atom D2500Intel Atom D2550Intel Atom D2560Intel Atom D2700Intel Atom D410Intel Atom D425Intel Atom D510Intel Atom D525Intel Atom E3805Intel Atom E3815Intel Atom E3825Intel Atom E3826Intel Atom E3827Intel Atom E3845Intel Atom E660Intel Atom E680Intel Atom N2600Intel Atom N270Intel Atom N280Intel Atom N2800Intel Atom N435Intel Atom N450Intel Atom N455Intel Atom N470Intel Atom N475Intel Atom N550Intel Atom N570Intel Atom S1220Intel Atom S1240Intel Atom S1260Intel Atom Z2760Intel Atom Z3460Intel Atom Z3735DIntel Atom Z3735EIntel Atom Z3735FIntel Atom Z3735GIntel Atom Z3736FIntel Atom Z3736GIntel Atom Z3740Intel Atom Z3740DIntel Atom Z3745Intel Atom Z3745DIntel Atom Z3770Intel Atom Z3770DIntel Atom Z3775Intel Atom Z3775DIntel Atom Z3785Intel Atom Z3795Intel Atom Z510Intel Atom Z515Intel Atom Z520Intel Atom Z530Intel Atom Z540Intel Atom Z550Intel Atom Z670Intel Atom x5-E3930Intel Atom x5-E8000Intel Atom x5-Z8300Intel Atom x5-Z8330Intel Atom x5-Z8350Intel Atom x5-Z8500Intel Atom x5-Z8550Intel Atom x7-E3950Intel Atom x7-Z8700Intel Atom x7-Z8750Intel Celeron 1000MIntel Celeron 1005MIntel Celeron 1007UIntel Celeron 1017UIntel Celeron 1019YIntel Celeron 1020EIntel Celeron 1020MIntel Celeron 1037UIntel Celeron 1047UEIntel Celeron 2. 10Intel Celeron 2.20Intel Celeron 2.30Intel Celeron 2.40Intel Celeron 2.60Intel Celeron 2.70Intel Celeron 2.80Intel Celeron 220Intel Celeron 2950MIntel Celeron 2955UIntel Celeron 2957UIntel Celeron 2961YIntel Celeron 2970MIntel Celeron 2980UIntel Celeron 2981UIntel Celeron 3205UIntel Celeron 3215UIntel Celeron 3755UIntel Celeron 3765UIntel Celeron 3855UIntel Celeron 3865UIntel Celeron 3955UIntel Celeron 3965UIntel Celeron 3965YIntel Celeron 420Intel Celeron 4205UIntel Celeron 430Intel Celeron 440Intel Celeron 450Intel Celeron 5205UIntel Celeron 807Intel Celeron 807UEIntel Celeron 827EIntel Celeron 847Intel Celeron 847EIntel Celeron 857Intel Celeron 867Intel Celeron 877Intel Celeron 887Intel Celeron B710Intel Celeron B720Intel Celeron B800Intel Celeron B810Intel Celeron B815Intel Celeron B820Intel Celeron B830Intel Celeron B840Intel Celeron D 352Intel Celeron Dual-Core SU2300Intel Celeron Dual-Core T1400Intel Celeron Dual-Core T1500Intel Celeron Dual-Core T1600Intel Celeron Dual-Core T1700Intel Celeron Dual-Core T3000Intel Celeron Dual-Core T3100Intel Celeron Dual-Core T3300Intel Celeron Dual-Core T3500Intel Celeron E1200Intel Celeron E1400Intel Celeron E1500Intel Celeron E1600Intel Celeron E3200Intel Celeron E3300Intel Celeron E3400Intel Celeron E3500Intel Celeron G1101Intel Celeron G1610Intel Celeron G1610TIntel Celeron G1620Intel Celeron G1620TIntel Celeron G1630Intel Celeron G1820Intel Celeron G1820TIntel Celeron G1820TEIntel Celeron G1830Intel Celeron G1840Intel Celeron G1840TIntel Celeron G1850Intel Celeron G3900Intel Celeron G3900EIntel Celeron G3900TIntel Celeron G3900TEIntel Celeron G3920Intel Celeron G3930Intel Celeron G3930TIntel Celeron G3930TEIntel Celeron G3950Intel Celeron G440Intel Celeron G460Intel Celeron G465Intel Celeron G470Intel Celeron G4900Intel Celeron G4900TIntel Celeron G4920Intel Celeron G4930Intel Celeron G530Intel Celeron G530TIntel Celeron G540Intel Celeron G540TIntel Celeron G550Intel Celeron G550TIntel Celeron G555Intel Celeron J1750Intel Celeron J1800Intel Celeron J1850Intel Celeron J1900Intel Celeron J3060Intel Celeron J3160Intel Celeron J3355Intel Celeron J3455Intel Celeron J4005Intel Celeron J4025Intel Celeron J4105Intel Celeron J4125Intel Celeron M 340Intel Celeron M 353Intel Celeron M 360Intel Celeron M 370Intel Celeron M 380Intel Celeron M 390Intel Celeron M 410Intel Celeron M 420Intel Celeron M 430Intel Celeron M 440Intel Celeron M 450Intel Celeron M 520Intel Celeron M 530Intel Celeron M 540Intel Celeron M 550Intel Celeron M 560Intel Celeron M 575Intel Celeron M 585Intel Celeron M 723Intel Celeron M 743Intel Celeron M 900Intel Celeron M P4500Intel Celeron M P4600Intel Celeron M U3400Intel Celeron N2805Intel Celeron N2806Intel Celeron N2807Intel Celeron N2808Intel Celeron N2810Intel Celeron N2815Intel Celeron N2820Intel Celeron N2830Intel Celeron N2840Intel Celeron N2910Intel Celeron N2920Intel Celeron N2930Intel Celeron N2940Intel Celeron N3000Intel Celeron N3010Intel Celeron N3050Intel Celeron N3060Intel Celeron N3150Intel Celeron N3160Intel Celeron N3350Intel Celeron N3450Intel Celeron N4000Intel Celeron N4020Intel Celeron N4100Intel Celeron N4120Intel Celeron P4500Intel Celeron P4505Intel Celeron P4600Intel Celeron U3400Intel Celeron U3405Intel Celeron U3600Intel Core 2 Duo E4300Intel Core 2 Duo E4400Intel Core 2 Duo E4500Intel Core 2 Duo E4600Intel Core 2 Duo E4700Intel Core 2 Duo E6300Intel Core 2 Duo E6320Intel Core 2 Duo E6400Intel Core 2 Duo E6420Intel Core 2 Duo E6540Intel Core 2 Duo E6550Intel Core 2 Duo E6600Intel Core 2 Duo E6700Intel Core 2 Duo E6750Intel Core 2 Duo E6850Intel Core 2 Duo E7200Intel Core 2 Duo E7300Intel Core 2 Duo E7400Intel Core 2 Duo E7500Intel Core 2 Duo E7600Intel Core 2 Duo E8190Intel Core 2 Duo E8200Intel Core 2 Duo E8300Intel Core 2 Duo E8400Intel Core 2 Duo E8500Intel Core 2 Duo E8600Intel Core 2 Duo L7100Intel Core 2 Duo L7300Intel Core 2 Duo L7500Intel Core 2 Duo L7700Intel Core 2 Duo P7350Intel Core 2 Duo P7370Intel Core 2 Duo P7450Intel Core 2 Duo P7550Intel Core 2 Duo P7570Intel Core 2 Duo P8400Intel Core 2 Duo P8600Intel Core 2 Duo P8700Intel Core 2 Duo P8800Intel Core 2 Duo P9500Intel Core 2 Duo P9600Intel Core 2 Duo P9700Intel Core 2 Duo SL9400Intel Core 2 Duo SL9600Intel Core 2 Duo SP7500Intel Core 2 Duo SP9300Intel Core 2 Duo SP9400Intel Core 2 Duo SP9600Intel Core 2 Duo SU7300Intel Core 2 Duo SU9300Intel Core 2 Duo SU9400Intel Core 2 Duo T5200Intel Core 2 Duo T5250Intel Core 2 Duo T5270Intel Core 2 Duo T5300Intel Core 2 Duo T5450Intel Core 2 Duo T5470Intel Core 2 Duo T5500Intel Core 2 Duo T5550Intel Core 2 Duo T5600Intel Core 2 Duo T5670Intel Core 2 Duo T5750Intel Core 2 Duo T5800Intel Core 2 Duo T5850Intel Core 2 Duo T5870Intel Core 2 Duo T5900Intel Core 2 Duo T6400Intel Core 2 Duo T6500Intel Core 2 Duo T6570Intel Core 2 Duo T6600Intel Core 2 Duo T6670Intel Core 2 Duo T7100Intel Core 2 Duo T7200Intel Core 2 Duo T7250Intel Core 2 Duo T7300Intel Core 2 Duo T7400Intel Core 2 Duo T7500Intel Core 2 Duo T7600Intel Core 2 Duo T7700Intel Core 2 Duo T7800Intel Core 2 Duo T8100Intel Core 2 Duo T8300Intel Core 2 Duo T9300Intel Core 2 Duo T9400Intel Core 2 Duo T9500Intel Core 2 Duo T9550Intel Core 2 Duo T9600Intel Core 2 Duo T9800Intel Core 2 Duo T9900Intel Core 2 Duo U7500Intel Core 2 Duo U7600Intel Core 2 Duo U7700Intel Core 2 Extreme QX6700Intel Core 2 Extreme QX6850Intel Core 2 Extreme QX9300Intel Core 2 Extreme QX9650Intel Core 2 Extreme QX9770Intel Core 2 Extreme QX9775Intel Core 2 Extreme X6800Intel Core 2 Extreme X7800Intel Core 2 Extreme X7900Intel Core 2 Extreme X9000Intel Core 2 Extreme X9100Intel Core 2 Quad Q6600Intel Core 2 Quad Q6600 (95W)Intel Core 2 Quad Q6700Intel Core 2 Quad Q8200Intel Core 2 Quad Q8200SIntel Core 2 Quad Q8300Intel Core 2 Quad Q8400Intel Core 2 Quad Q8400SIntel Core 2 Quad Q9000Intel Core 2 Quad Q9100Intel Core 2 Quad Q9300Intel Core 2 Quad Q9400Intel Core 2 Quad Q9400SIntel Core 2 Quad Q9450Intel Core 2 Quad Q9505Intel Core 2 Quad Q9505SIntel Core 2 Quad Q9550Intel Core 2 Quad Q9550SIntel Core 2 Quad Q9650Intel Core 2 Solo SU3300Intel Core 2 Solo SU3500Intel Core 2 Solo U2100Intel Core 2 Solo U2200Intel Core Duo L2300Intel Core Duo L2400Intel Core Duo L2500Intel Core Duo T2050Intel Core Duo T2250Intel Core Duo T2300Intel Core Duo T2350Intel Core Duo T2400Intel Core Duo T2450Intel Core Duo T2500Intel Core Duo T2600Intel Core Duo T2700Intel Core Duo U2400Intel Core Duo U2500Intel Core M-5Y10Intel Core M-5Y10aIntel 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Pentium 4405YIntel Pentium 4415UIntel Pentium 957Intel Pentium 967Intel Pentium 977Intel Pentium 987Intel Pentium 997Intel Pentium B940Intel Pentium B950Intel Pentium B960Intel Pentium B970Intel Pentium B980Intel Pentium D 820Intel Pentium D 830Intel Pentium D 915Intel Pentium D 940Intel Pentium D 950Intel Pentium D 960Intel Pentium Dual Core SU4100Intel Pentium Dual Core T2060Intel Pentium Dual Core T2080Intel Pentium Dual Core T2130Intel Pentium Dual Core T2310Intel Pentium Dual Core T2330Intel Pentium Dual Core T2370Intel Pentium Dual Core T2390Intel Pentium Dual Core T2410Intel Pentium Dual Core T3200Intel Pentium Dual Core T3400Intel Pentium Dual-Core T4200Intel Pentium Dual-Core T4300Intel Pentium Dual-Core T4400Intel Pentium Dual-Core T4500Intel Pentium Dual-Core E2140Intel Pentium Dual-Core E2160Intel Pentium Dual-Core E2180Intel Pentium Dual-Core E2200Intel Pentium Dual-Core E2210Intel Pentium Dual-Core E2220Intel Pentium E2140Intel Pentium E2160Intel Pentium E2180Intel Pentium E2200Intel Pentium E2220Intel Pentium E5200Intel Pentium E5300Intel Pentium E5400Intel Pentium E5500Intel Pentium E5700Intel Pentium E5800Intel Pentium E6300Intel Pentium E6500Intel Pentium E6600Intel Pentium E6700Intel Pentium E6800Intel Pentium G2010Intel Pentium G2020Intel Pentium G2020TIntel Pentium G2030Intel Pentium G2100TIntel Pentium G2120Intel Pentium G2130Intel Pentium G2140Intel Pentium G3220Intel Pentium G3220TIntel Pentium G3240Intel Pentium G3240TIntel Pentium G3250Intel Pentium G3250TIntel Pentium G3258Intel Pentium G3260Intel Pentium G3420Intel Pentium G3420TIntel Pentium G3430Intel Pentium G3440Intel Pentium G3440TIntel Pentium G3450Intel Pentium G3450TIntel Pentium G3460Intel Pentium G3470Intel Pentium G4400Intel Pentium G4400TIntel Pentium G4400TEIntel Pentium G4500Intel Pentium G4500TIntel Pentium G4520Intel Pentium G4560Intel Pentium G4560TIntel Pentium G4600Intel Pentium G4600TIntel Pentium G4620Intel Pentium G550Intel Pentium G620Intel Pentium G620TIntel 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Intel QX6850 Quad-Core CPU — 1333MHz FSB
CPUs, Chipsets & SoCs
Intel CPUs
With Intel taking Core 2 to 1333MHz, we decide to find out how significant the gains are from the higher FSB.
Published Jul 20, 2007 11:00 PM CDT | Updated Tue, Nov 3 2020 7:04 PM CST
Manufacturer: none
9 minute read time
Introduction
Intel’s Core architecture has really made a huge impression on the CPU war between AMD and Chipzilla. Not long ago Intel was in hot water over its Peltier-element temp running Prescott based CPUs, running single core on them was bad enough, but dual core pushed the thermal envelope to 130+ watts. This was AMD’s time to shine, managing to get its CPUs to run at just over 60 watts in thermal displacement out of the same 90nm cores, only AMD has its SOI (Silicon-On-Insulator) where Intel simply refused to believe that SOI was better than a strained silicon design.
Intel tried all it could to squeeze as much money out of Netburst, but when Dothan laptop CPUs were simply able to kill the desktop versions it was time to put this to bed. Intel’s Core architecture made its debut not on the desktop but on the Laptop and mobile platforms, with the Core Solo and Core Duo really making a name for themselves in the initial stages, so much so that it made sense for desktop boards to be developed which could run these mighty quick and efficient CPUs.
Soon after came the desktop variants with a few more perks added such as extra cache, faster speeds and higher thermal envelopes, though it still managed to keep well below its Netburst counterparts.
Core 2 CPUs are the big thing these days, really sticking it to the AMD Athlon 64 family. For the most part the 266MHz (or 1066MHz quad pumped) FSB has been the big power behind the success of the Core 2, now Intel has upped this to 333Mhz (or 1333QDR).
Today we are testing out the high-end Core 2 Extreme QX6850 along with some other processors to see if the 1333MHz FSB offers a noticable performance increase over the usual 1066MHz parts.
Intel’s 1333MHz FSB CPUs
The Next Bus step
Intel’s latest series of CPUs come to us with a new numbering system. They have been given the 6×40 and 6×50 branding. any CPU with the 6×40 or 6×50 tags are 1333Mhz FSB rated CPUs. Intel has moved its high-end Extreme, Quad core and Duo series to the 1333Mhz FSB series. The E4xxx are not moving past their 800Mhz FSB rating allowing Intel to keep the price of the CPU as low as possible, as well as crippling its raw speed compared to the 1066MHz series.
The biggest thing is the Core 2 Quad CPU which will in theory benefit from the increased FSB speed compared to that of the standard Core 2 Duo series. Why you may ask? Simply put, Intel’s Core 2 Quad puts two Core 2 Duo CPUs on a single CPU package, the two cores are separate and have no direct access to each other. For inter-core communications between the two separate dies, it has to go along the traditional FSB, this is identical to how the old SMP setups used to work (like the Pentium III) in dual CPU configurations.
A single Core 2 CPU can chew up significant amounts of bandwidth quite easily on its own, when it has to contend with another CPU wanting access it’s all up to how fast you can feed the cores, and the 1333MHz FSB can give quite a bit more bandwidth which obviously allows the transfer to happen much quicker.
Intel’s platform of choice for the 1333MHz FSB CPU is the P35, this being the newest kid on the block. Intel’s P35 chipset manages to run speeds of 1333MHz without any problems, not only this but it also packs a DDR-III memory controller for higher speed memory and greater bandwidth, something the Core 2 Quad really needs. Until Intel releases a true Quad Core CPU, the faster the bus you can get the better off you’re going to be.
Benchmarks — Test System Setup and Sisoft Sandra XI
Test Systems
Intel Test Platform
Motherboard: Gigabyte P935-DQ6 (Supplied by Gigabyte)
Memory: 2x 1GB DDR2-1066MHz Corsair (Supplied by Corsair)
Hard Disk: 500GB Seagate 7200.9 (Supplied by Seagate Australia)
Graphics Card: Nvidia 8800GTS 640MB
Cooling: Gigabyte Neon775 (Supplied by Gigabyte)
Operating System: Microsoft Windows XP SP2
Drivers: Intel INF 8. 3.0.1013, Forceware 158.22
AMD Athlon 64 Test Platform
Processor: AMD Athlon 64 X2 6000+
Motherboard: MSI K9N SLI (Supplied by MSI)
Memory: 2x 1GB DDR2-1066MHz Corsair (Supplied by Corsair)
Hard Disk: 500GB Seagate 7200.9 (Supplied by Seagate Australia)
Graphics Card: Nvidia 8800GTS 640MB
Cooling: Gigabyte Neon K8 (Supplied by Gigabyte)
Operating System: Microsoft Windows XP SP2
Drivers: Forceware 158.22, nForce Platform Drive 9.53
For a clearer indication of comparative results, we are testing a number of different CPUs today. While we only received a single QX6850 (which is a Quad Core 1333MHz FSB offering with a speed of 3GHz), we also have a Core 2 Quad QX6700 which we clocked up to QX6800 speeds (2.93GHz) on the 1066MHz FSB. We also used a Core 2 Extreme X6800 at 2.93GHz on a 1066MHz FSB, and we chose to clock it up to 3GHz (identical to the X6850) on the 1333MHz FSB.
Our AMD sample was an X2 6000+ processor running at 3GHz. We wanted to do as comprehensive a test suite as possible in order to compare the 1333MHz FSB to the 1066MHz FSB in both quad and dual core situations, as well as seeing how much more ground AMD has lost compared to the new CPU.
SiSoft Sandra
Version and / or Patch Used: XI
Developer Homepage: http://www.sisoftware.co.uk
Product Homepage: http://sisoftware.jaggedonline.com/index.php?location=home&a=TTA&lang=en
Buy It Here
SiSoft Sandra (System ANalyser, Diagnostic and Reporting Assistant) is a synthetic Windows benchmark that features different tests used to evaluate different PC subsystems.
Not surprisingly, the big winner here is the Core 2 Quad QX6850 with a significant boost across the board thanks to the extra bus speed feeding those four hungry cores.
Benchmarks — Everest
EVEREST Ultimate Edition
Version and / or Patch Used: 2006
Developer Homepage: http://www.lavalys.com
Product Homepage: http://www.lavalys.com
Buy It Here
EVEREST Ultimate Edition is an industry leading system diagnostics and benchmarking solution for enthusiasts PC users, based on the award-winning EVEREST Technology. During system optimizations and tweaking it provides essential system and overclock information, advanced hardware monitoring and diagnostics capabilities to check the effects of the applied settings. CPU, FPU and memory benchmarks are available to measure the actual system performance and compare it to previous states or other systems.
Everest’s memory performance puts the new 1333MHz series well ahead of the rest.
Benchmarks — PCMark05
PCMark
Version and / or Patch Used: 1.2.0
Developer Homepage: http://www.futuremark.com
Product Homepage: http://www.futuremark.com/products/pcmark04/
Buy It Here
PCMark is a multipurpose benchmark, suited for benchmarking all kinds of PCs, from laptops to workstations, as well as across multiple Windows operating systems. This easy-to-use benchmark makes professional strength benchmarking software available even to novice users. PCMark consists of a series of tests that represent common tasks in home and office programs. PCMark also covers many additional areas outside the scope of other MadOnion.com benchmarks.
CPU scores are quite impressive here, especially for the Core 2 Quad 1333MHz. Surprisingly the 1066MHz X6800 and the 1333MHz X6850 aren’t that far off in terms of these results.
Benchmarks — Worldbench
WorldBench 5.0
Version and / or Patch Used: Retail, version 5.0
Developer Homepage: http://www.pcworld.com
Product Homepage: http://www.pcworld.com
Buy It Here
WorldBench 5.0 is the fifth generation of PC World’s industry-standard benchmarking application. Designed to measure the performance of today’s wide range of personal computers, WorldBench has been in continuous use at PC World for nine years.
WorldBench 5.0 uses the following applications to gauge system performance: ACD Systems ACDSee PowerPack 5.0, Adobe Photoshop 7.0.1, Adobe Premiere 6.5, Ahead Software Nero Express 6.0.0.3, Discreet 3ds max 5.1 (DirectX), Discreet 3ds max 5.1 (OpenGL), Microsoft Office XP with SP-2, Microsoft Windows Media Encoder 9.0, Mozilla 1.4, Musicmatch Jukebox 7.10, Roxio VideoWave Movie Creator 1.5 and WinZip Computing WinZip 8. 1.
This is where the higher bus speeds start to show their true colours, the 1333MHz FSB series manages to keep ahead of the 1066MHz Core 2’s quite easily.
Benchmarks — Adobe Premiere Elements 2.0
Adobe Premiere Elements 2.0
Version and / or Patch Used: 2.0
Developer Homepage: http://www.adobe.com
Product Homepage: http://www.adobe.com/products/premiereel/
Buy It Here
Our test with Adobe Premiere Elements 2.0 is performed with a raw two hour AVI file. It is then compressed into DivX format using the latest version codec. We measure the time it takes to encode and then record CPU usage.
Encoding shows the Core 2 Quad 1333MHz processor in a very strong light. This is where the four cores really excel. There is only a few minutes difference between the 1066MHz and 1333MHz dual core CPUs.
Benchmarks — Super PI
Super PI
Version and / or Patch Used: x
Developer Homepage: http://pw1. netcom.com/~hjsmith/Pi/Super_Pi.html
Product Homepage: http://pw1.netcom.com/~hjsmith/Pi/Super_Pi.html
Developed by some folks from the University of Tokyo (yes, Japan), Super PI is a small utility that does just as the name implies. It figures PI to a set number of decimal places. Since PI is an infinite number to the right of the decimal point, the utility measures the time it takes to figure a set number of places. It runs the calculations a set number of times and gives a time for the completion of the task. This is a simple and effective way to measure the raw number crunching power of the processor being used to compile the results..
The Core 2 Series CPUs at both 1066 and 1333MHz are almost identical in scores, the Core 2 Quads however are quite a bit apart thanks to the new FSB.
Benchmarks — 3DMark06
3DMark06
Version and / or Patch Used: 1.1.0
Developer Homepage: http://www. futuremark.com
Product Homepage: http://www.futuremark.com/products/3dmark06/
Buy It Here
3DMark06 is the very latest version of the «Gamers Benchmark» from FutureMark. The newest version of 3DMark expands on the tests in 3DMark05 by adding graphical effects using Shader Model 3.0 and HDR (High Dynamic Range lighting) which will push even the best DX9 graphics cards to the extremes.
3DMark06 also focuses on not just the GPU but the CPU using the AGEIA PhysX software physics library to effectively test single and Dual Core processors.
In our gaming tests we see that the Core 2 Quad doesn’t have that much more advantage over the X6850 dual core CPU.
Benchmarks — Prey
Prey
Version and / or Patch Used: 1.2
Timedemo or Level Used: Hardware OC Demo
Developer Homepage: http://www.humanhead.com
Product Homepage: http://www. prey.com
Buy It Here
Prey is one of the newest games to be added to our benchmark line-up. It is based off the Doom 3 engine and offers stunning graphics passing what we’ve seen in Quake 4 and does put quite a lot of strain on our test systems.
Real world gaming shows the same results as 3DMark’s synthetic tests. The Core 2 Quad 1333MHz FSB and the Core 2 Duo dual core 1333MHz CPUs are not that far apart.
Benchmarks — Far Cry
Far Cry
Version and / or Patch Used: 1.3
Timedemo or Level Used: Benchemall Default Demo
Developer Homepage: http://www.crytek.com
Product Homepage: http://www.farcrygame.com
Buy It Here
While Far Cry is now one of our older benchmarking games, it is still able to put pressure on most computers systems as it is able to utilize all parts of the system. Utilizing PS2. 0 technology with the latest versions supporting Shader Model 3.0 with DX9c and offering an exceptional visual experience, there is no denying that even some of the faster graphics cards get a bit of a workout.
Lastly our scaling test show the same, the QX6850 and X6850 are pretty close in results.
Final Thoughts
Intel’s move to a 1333MHz FSB is quite simply the next logical step. CPU core speed itself does make a difference to performance, but as we saw with Netburst it’s not everything. Increasing bus speeds along with a new memory controller helps to make a difference, especially when you load the FSB up with too much data like the Core 2 Quad does.
Intel’s current crop of quad core CPUs really are very hungry for bandwidth, and due to their weakness of two separate dies having to communicate across the old archaic protocol, this actually puts Intel behind AMD, especially when AMD puts its true quad core offering on the table (whenever that may be, your guess is as good as mine).
The 1333MHz FSB didn’t make a huge impact on the Core 2 Duo as its core to core communication happens through the shared L2 cache, taking a lot of data load off the FSB and leaving it to feed the CPU its data rather than communicating between the two cores.
Core 2 Quad is simply not the greatest gaming processor, as its use of the FSB for core to core communications requires more cycles, and reduces the overall FSB rate as a result. If your intent is gaming only, a Core 2 Duo or Extreme dual core solution is more of what you are looking for.
Core 2 Quad’s biggest strength is in pure mathematical operations, such as decoding, rendering and encoding, as well as media files and overall server style applications, making it the ideal digital media processor on the market. It managed to shave quite a few minutes off the Premiere Elements encode times as well as the overall score in World bench where CPU power is paramount.
Overall the Core 2 Quad and Core 2 Duo on the 1333MHz FSB will be the next big step, as Intel’s pricing structure plans to make the 1333MHz series more financially viable than the 1066MHz counterparts, in turn pushing the P35 (and X38 when it hits the retail market) with a vengeance.
Our best advice is to use the new 1333MHz FSB CPU as there are no performance hits over the older 1066MHz versions, and with the increased bus speed the Core 2 Quad has much more breathing space to be able to perform to the best of its capabilities.
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Intel’s Core 2 Extreme QX6850 processor
Intel’s Core 2 Extreme QX6850 processor said its first hello to the world some months ago, and unusually, I totally whiffed on getting my review out at that time. In my defense, I had many things on my mind, including preparing for the launch of brand-new processor microarchitectures from AMD and Intel in the form of the Barcelona Opterons and Harpertown Xeons. Meanwhile, I was rebuilding our desktop-class CPU test rigs with new software and hardware, the latest and greatest stuff. I was also busy with utterly ruining my website, and let me tell you, personal career suicide isn’t as easy as Britney Spears makes it look. Girl has a gift.
At any rate, I’ve finally finished my first round of tests with our all-new test setup, and we can now show you how Intel’s fastest quad-core desktop processor, the Core 2 Extreme QX6580, stacks up against a range of competitorseverything from the new Athlon 64 X2 6400+ to dual-socket monsters like AMD’s Quad FX and Intel’s V8 platform, just because we can. And, of course, we have new applications and the latest games, like BioShock and Team Fortress 2, in the mix. Keep reading for a cornucopia of quad-core goodnessbut read quickly, before Intel replaces this CPU with a 45nm Penryn-based chip.
The QX6850 in situ. Look it up.
The dirt on the QX6850
Here are the vitals on the Core 2 Extreme QX6850. This processor is yet another spin on Intel’s Kentsfield quad-core product, which incorporates two Core 2 Duo chips onto a single package for a quartet of bit-flipping goodness. Like other Kentsfield-based products, it has a total of 8MB of L2 cache, or 4MB per chip. The QX6850 distinguishes itself from its direct predecessor, the QX6800, with the addition of a 3GHz core clock frequency and a 1333MHz front-side bus. Intel has moved the bulk of its Core 2 lineup to this higher bus speed, whose benefits we first tested in our review of the Core 2 Duo E6750. At that time, we concluded that a 1333MHz front-side bus wasn’t much help to a dual-core processor, but it might be more of a boon to a quad-core part, especially because the two chips on Kentsfield processors communicate between themselves via this bus.
At this point, the reader should feel drama and tension rise.
So we’ll have to see whether the faster bus offers more benefit for the QX6850.
Intel’s Core 2 processors have also learned a new trick in recent months: lower power consumption and heat production, thanks to the chips’ new rev-G stepping. The QX6850 houses a couple of rev-G chips, which is one reason why it can accommodate higher clock and bus speeds while fitting into the same thermal envelope as the QX6800.
Sounds good, right? Yes, but this is technology, and things move quickly. Intel is set to replace its 65nm Core 2 processors with “Penryn” based products fabbed with its new 45nm process in, like, days. That means the QX6850 is the last of its breed, destined to live the final 15 years of its career playing to half-filled theater audiences in Vegas.
I have no idea what that means. Work with me here.
I should mention that the Core 2 Extreme QX6850 currently sells for somewhere between $1100 and $1300 at online retailers, which is enough money to buy you several range-top microwave ovens and an iPhone. The range-top ovens and iPhone couldn’t easily be replaced by a $280 Core 2 Quad Q6600 processor, either. Then again, neither the phone, the microwaves, nor the Q6600 have an unlocked upper multiplier for easy overclocking.
Heck, the iPhone is locked down tighter than Fort Knox.
Intel’s Core 2 Extreme processors, though, make overclocking a snap. These high-end quad-core “halo products” also have no true competition right now, unless you count AMD’s Quad FX platform. We’ve tested it here, for what it’s worth, but I’ll save you some suspense: the QX6800 was already faster than Quad FX.
We’ve also tested AMD’s new fastest dual-core processor, the Athlon 64 X2 6400+ Black Edition, distinguished by its black box, limited quantities, and modest debut. We couldn’t let this one slip by under the radar entirely, even if it’s not AMD’s proudest achievement.
The new testing stuff
That faint aroma of leather and chemicals you smell isn’t your granny’s handbag; it’s the new-car smell emanating from Damage Labs. As I said, we’ve revamped much of our CPU testing apparatus in Damage Labsand words like “apparatus” and “labs” sound much more sophisticated than “long table with skeleton PCs sitting on top.” Atop the table now is this nifty new motherboard:
Gigabyte’s GA-P35T-DQ6
The Gigabyte GA-P35T-DQ6 won an Editor’s Choice award in our five-way roundup of Intel P35 chipset-based mobos, so it seemed like a logical choice for our Intel CPU test platform. We opted to go with the DDR3 version of this board because we wanted to maximize the like-new aromatic potential of our test rigs, and because we wanted to give the latest CPUs the best chance to shine. We then plopped four Corsair DIMMs capable of running at 1333MHz into each of the DQ6’s four DIMM slots, for a total of 4GB of memory.
In fact, we’ve bumped up all of our test systems to 4GB of memorya logical step given that we’re using a 64-bit OS and a fair amount of 64-bit software these days. We also outfitted our test systems with GeForce 8800 GTX graphics cards, and we replaced their aging Maxtor 250GB hard drives with our current pick of the desktop drive litter, the WD Caviar SE16. Oh, and we patched Windows Vista until it worked correctly. The end result should be reasonably high-end PCs ready to take full advantage of the latest DirectX 10 games.
That is the hope, anyway. Let’s see what we found.
Our testing methods
As ever, we did our best to deliver clean benchmark numbers. Tests were run at least three times, and the results were averaged.
Our test systems were configured like so:
Processor | Core 2 Quad Q6600 2.4GHz
Core 2 Extreme QX6800 2.93GHz |
Core 2 Duo E6750 2.66GHz Core 2 Extreme QX6850 3.00GHz |
Dual Xeon X5365 3.00GHz |
Athlon 64 X2 5600+ 2.8GHz Athlon 64 X2 6000+ 3.0GHz Athlon 64 X2 6400+ 3.2GHz |
Dual Athlon 64 FX-74 3.0GHz |
System bus |
1066MHz (266MHz quad-pumped) |
1333MHz (333MHz quad-pumped) |
1333MHz (333MHz quad-pumped) |
1GHz HyperTransport |
1GHz HyperTransport |
Motherboard | Gigabyte GA-P35T-DQ6 |
Gigabyte GA-P35T-DQ6 |
Intel S5000VXN |
Asus M2N32-SLI Deluxe |
Asus L1N64-SLI WS |
BIOS revision |
F1 | F1 | S5000. 86B.06.00.0076.
0409200070751 |
1201 | 0505 |
North bridge |
P35 Express MCH |
P35 Express MCH |
5000X MCH |
nForce 590 SLI SPP |
nForce 680a SLI |
South bridge |
ICH9R | ICH9R | 6231 ESB ICH |
nForce 590 SLI MCP |
nForce 680a SLI |
Chipset drivers |
INF Update 8. 3.0.1013 Intel Matrix Storage Manager 7.5 |
INF Update 8.3.0.1013 Intel Matrix Storage Manager 7.5 |
INF Update 8.3.0.1013 Intel Matrix Storage Manager 7.5 |
ForceWare 15.01 |
ForceWare 15.01 |
Memory size |
4GB (4 DIMMs) |
4GB (4 DIMMs) |
4GB (4 DIMMs) |
4GB (4 DIMMs) |
4GB (4 DIMMs) |
Memory type |
Corsair TWIN3X2048-1333C9DHX DDR3 SDRAM at 1066MHz |
Corsair TWIN3X2048-1333C9DHX DDR3 SDRAM at 1333MHz |
Samsung ECC DDR2-667 FB-DIMM at 667MHz |
Corsair TWIN2X2048-8500 DDR2 SDRAM at ~800MHz |
Corsair TWIN2X2048-8500C5D DDR2 SDRAM at ~ 800MHz |
CAS latency (CL) |
8 | 8 | 5 | 4 | 4 |
RAS to CAS delay (tRCD) |
8 | 9 | 5 | 4 | 4 |
RAS precharge (tRP) |
8 | 9 | 5 | 4 | 4 |
Cycle time (tRAS) |
20 | 24 | 15 | 18 | 18 |
Audio | Integrated ICH9R/ALC889A with Realtek 6. 0.1.5449 drivers |
Integrated ICH9R/ALC889A with Realtek 6.0.1.5449 drivers |
Integrated ICH9R/ALC260 with Realtek 6.0.1.5449 drivers |
Integrated nForce 590 MCP/AD1988B with Soundmax 6.10.2.6100 drivers |
Integrated nForce 680a SLI/AD1988B with Soundmax 6.10.2.6100 drivers |
Hard drive |
WD Caviar SE16 320GB SATA |
||||
Graphics | GeForce 8800 GTX 768MB PCIe with ForceWare 163.11 and 163.71 drivers | ||||
OS | Windows Vista Ultimate x64 Edition |
||||
OS updates |
KB940105, KB929777 (nForce systems only), KB938194, KB938979 |
Please note that testing was conducted in two stages. Non-gaming apps and Supreme Commander were tested with Vista patches KB940105 and KB929777 (nForce systems only) and ForceWare 163.11 drivers. The other games were tested with the additional Vista patches KB938194 and KB938979 and ForceWare 163.71 drivers.
Thanks to Corsair for providing us with memory for our testing. Their products and support are far and away superior to generic, no-name memory.
Our primary test systems were powered by OCZ GameXStream 700W power supply units. The dual-socket Xeon and Quad FX systems were powered by PC Power & Cooling Turbo-Cool 1KW-SR power supplies. Thanks to OCZ for providing these units for our use in testing.
Also, the folks at NCIXUS.com hooked us up with a nice deal on the WD Caviar SE16 drives used in our test rigs. NCIX now sells to U.S. customers, so check them out.
The test systems’ Windows desktops were set at 1280×1024 in 32-bit color at an 85Hz screen refresh rate. Vertical refresh sync (vsync) was disabled.
We used the following versions of our test applications:
- SiSoft Sandra XI.SP4a 64-bit
- CPU-Z 1.40
- WorldBench 6 beta 2
- Team Fortress 2
- Lost Planet: Extreme Condition with DirectX 10
- BioShock 1.0 with DirectX 10
- Supreme Commander 1.1.3260
- Valve VRAD map build benchmark
- Valve Source Engine particle simulation benchmark
- Cinebench R10 64-bit Edition
- POV-Ray for Windows 3.7 beta 21a 64-bit
- CASE Lab Euler3d CFD benchmark multithreaded edition
- MyriMatch proteomics benchmark
- notfred’s Folding benchmark CD 8/8/07 revision
- picCOLOR 4.0 build 598 64-bit
- The Panorama Factory 4.5 x64 Edition
- Windows Media Encoder 9 x64 Edition
- LAME MT 3.97a 64-bit
The tests and methods we employ are usually publicly available and reproducible. If you have questions about our methods, hit our forums to talk with us about them.
Memory subsystem performance
We’ve been in a rut since, like, 1999, and we’re not about to stop opening our CPU reviews with memory bandwidth results now. Ten years is so close I can taste it!
As expected, the QX6850 achieves higher bandwidth thanks to its 1333MHz front-side bus, yet it comes in slightly behind the E6750. Why? Glad you asked. Probably because the QX6850 has to share that bus between three devices: the chipset and two separate CPU chips. The additional loading on the bus limits the QX6850’s bandwidth, giving the E6750 a minor but measurable edge.
Of course, the AMD chips, with no front-side bus to speak of, post big numbers here.
Here’s a look at cache and memory bandwidth, and as you can see, the QX6850 is right in line with expectations once again. This test appears to measure cumulative cache bandwidth, which is why the quad-core systems produce much higher numbers than then dual-core ones based on the same microarchitecture. The Intel “V8” dual-Xeon rig is pretty much just showing off here. None of the other CPUs like the Xeons.
Since it’s hard to see it on the line graph, here’s a quick look at the bandwidth results for the 1GB test block size.
Even with a 1333MHz bus and smart on-chip logic for speculatively moving loads ahead of stores in certain situations, the QX6850 can’t quite match the memory access latencies achieved by the Athlon 64’s integrated memory controller. Intel keeps getting closer on this front, though. And, of course, these are mere synthetic tests that provide some interesting info but don’t predict real-world performance.
Team Fortress 2
We’ll kick off our gaming tests with some Team Fortress 2, Valve’s class-driven multiplayer shooter based on the Source game engine. In order to produce easily repeatable results, we’ve tested TF2 by recording a demo during gameplay and playing it back using the game’s timedemo function. In this demo, I’m playing as the Heavy Weapons Guy, with a medic in tow, dealing some serious pain to the blue team.
We tested at 1024×768 resolution with the game’s detail levels set to their highest settings. HDR lighting and motion blur were enabled. Antialiasing was disabled, and texture filtering was set to trilinear filtering only. We used this relatively low display resolution without lots of filtering and AA in order to prevent the graphics card from becoming a primary performance bottleneck, so we could show you the performance differences between the CPUs.
Notice the little green plot with four lines above the benchmark results. That’s a snapshot of the CPU utilization indicator in Windows Task Manager, which helps illustrate how much the application takes advantage of up to four CPU cores, when they’re available. I’ve included these Task Manager graphics whenever possible throughout our results. In this case, Team Fortress looks like it probably only takes full advantage of a single CPU core, although Nvidia’s graphics drivers use multithreading to offload some vertex processing chores.
The Core 2 QX6850 comes out of the gate fast, taking the lead in our first game test. Obviously, with the slowest score reaching down to over 70 frames per second, any of these processors will run TF2 more than adequately. The QX6850 just runs it, err, adqeuatest.
Lost Planet: Extreme Condition
Lost Planet puts the latest hardware to good use via DirectX 10 and multiple threadsas many as eight, in the case of our dual quad-core Xeon test rig. Lost Planet‘s developers have built a benchmarking tool into the game, and it tests two different levels: a snow-covered outdoor area with small numbers of large villains to fight, and another level set inside of a cave with large numbers of small, flying creatures filling the air. We’ll look at performance in each.
We tested this game at 1152×864 resolution, largely with its default quality settings. The exceptions: texture filtering was set to trilinear, edge antialiasing was disabled, and “Concurrent operations” was set to match the number of CPU cores available.
The most exciting result here, by far, is the “Cave” level. As you can see from both the Task Manager output and the benchmark results, we have an actual game that benefits from the presence of more than two processor cores. Lost Planet puts a cubic assload of flying doodads onscreen at once in the Cave scene, and they’re tracked and animated by multiple threads. Given that very friendly environment, the QX6850 excels, topping the quad-core systems and blowing away the dual-core contenders.
BioShock
We tested BioShock by manually playing through a specific point in the game five times while recording frame rates using the FRAPS utility. The sequence? Me trying to fight a Big Daddy, or more properly, me trying not to die for 60 seconds at a pop.
This method has the advantage of simulating real gameplay quite closely, but it comes at the expense of precise repeatability. We believe five sample sessions are sufficient to get reasonably consistent results. In addition to average frame rates, we’ve included the low frame rates, because those tend to reflect the user experience in performance-critical situations. In order to diminish the effect of outliers, we’ve reported the median of the five low frame rates we encountered.
For this test, we largely used BioShock‘s default image quality settings for DirectX 10 graphics cards, but again, we tested at a relatively low resolution of 1024×768 in order to prevent the GPU from becoming the main limiter of performance.
Things don’t always come out neatly as expected when you’re testing gameplay manually, but you get the gist of it here: all of the Core 2 processors run BioShock very well, though it’s hard to tell the difference between them. The Core 2s put some distance between themselves and the Athlon 64s here, although even the lowly X2 5600+ doesn’t drop below 37 frames per second.
In a world dominated by games that must live in the cross-platform wilds of crappy in-order CPUs like the one found in the Xbox 360, most games will run just fine on any modern PC processor. Sure, their AI has the IQ of an eggplant, but that can’t be helped.
Supreme Commander
We tested performance using Supreme Commander‘s built-in benchmark, which plays back a test game and reports detailed performance results afterward. We launched the benchmark by running the game with the “/map perftest” option. We tested at 1024×768 resolution with the game’s fidelity presets set to “High.”.
Supreme Commander’s built-in benchmark breaks down its results into several major categories: running the game’s simulation, rendering the game’s graphics, and a composite score that’s simply comprised of the other two. The performance test also reports good ol’ frame rates, so we’ve included those, as well.
Well, the QX6850 comes out on top in various ways, including in terms of both average and median low frame rates. Again, though, the performance deltas between the processors aren’t large enough to matter much.
Valve Source engine particle simulation
Next up are a couple of tests we picked up during a visit to Valve Software, the developers of the Half-Life games. They’ve been working to incorporate support for multi-core processors into their Source game engine, and they’ve cooked up a couple of benchmarks to demonstrate the benefits of multithreading.
The first of those tests runs a particle simulation inside of the Source engine. Most games today use particle systems to create effects like smoke, steam, and fire, but the realism and interactivity of those effects are limited by the available computing horsepower. Valve’s particle system distributes the load across multiple CPU cores.
Only the eight-core Xeon systemwhich is totally cheating and everyone knows itcan beat out the QX6850 here.
Valve VRAD map compilation
This next test processes a map from Half-Life 2 using Valve’s VRAD lighting tool. Valve uses VRAD to precompute lighting that goes into games like Half-Life 2. This isn’t a real-time process, and it doesn’t reflect the performance one would experience while playing a game. Instead, it shows how multiple CPU cores can speed up game development.
Cut and paste special: Only the eight-core Xeon systemwhich is totally cheating and everyone knows itcan beat out the QX6850 here.
WorldBench
WorldBench’s overall score is a pretty decent indication of general-use performance for desktop computers. This benchmark uses scripting to step through a series of tasks in common Windows applications and then produces an overall score for comparison. WorldBench also records individual results for its component application tests, allowing us to compare performance in each. We’ll look at the overall score, and then we’ll show individual application results alongside the results from some of our own application tests. Because WorldBench’s tests are entirely scripted, we weren’t able to capture Task Manager plots for them, as you’ll notice.
The QX6850 continues to lead all reasonable competitionand the dual Xeons, this timein WorldBench’s overall score. The QX6850’s large lead over the QX6800 is something of a fluke, though, for reasons I’ll explain below.
Productivity and general use software
MS Office productivity
WorldBench’s office test involves a multitasking component, since several Office apps are opened and in use simultaneously. Given that, the Athlon 64 X2 6400+’s quick time here is impressive, though it’s overshadowed by the QX6850.
Firefox web browsing
Multitasking – Firefox and Windows Media Encoder
Here’s another WorldBench component test with a multitasking bent. This one uses a multithreaded application, Windows Media Encoder, alongside the Firefox web browser. As a result, the quad-core (and better) solutions grab the top spots, with the QX6850 in the lead.
WinZip file compression
Ouch. I suspect the Core 2 chips stomp the Athlon 64 X2s in this one because of their larger caches, but that’s just a guess.
Nero CD authoring
Here’s why I said the QX6800’s relatively low score is a bit of a fluke. The Nero test is largely dependent on the disk controller, and with the WorldBench 6 beta in Windows Vista, the results from this test tend to vary quite a bit from one run to the next. Even with multiple runs, the QX6800 came out with an inordinately low score. I wouldn’t hold that against it.
Image processing
Photoshop
The Apple guys will want to look at this one carefully, since everyone knows that all CPU performance ultimately boils down to a few select Photoshop filters.
The Panorama Factory photo stitching
The Panorama Factory handles an increasingly popular image processing task: joining together multiple images to create a wide-aspect panorama. This task can require lots of memory and can be computationally intensive, so The Panorama Factory comes in a 64-bit version that’s multithreaded. I asked it to join four pictures, each eight megapixels, into a glorious panorama of the interior of Damage Labs. The program’s timer function captures the amount of time needed to perform each stage of the panorama creation process. I’ve also added up the total operation time to give us an overall measure of performance.
It’s getting late here, and that’s a lotta colors and numbers and stuff. Let’s go for a second cut-‘n’-paste special: Only the eight-core Xeon systemwhich is totally cheating and everyone knows itcan beat out the QX6850 here.
picCOLOR image analysis
picCOLOR was created by Dr. Reinert H. G. Müller of the FIBUS Institute. This isn’t Photoshop; picCOLOR’s image analysis capabilities can be used for scientific applications like particle flow analysis. Dr. Müller has supplied us with new revisions of his program for some time now, all the while optimizing picCOLOR for new advances in CPU technology, including MMX, SSE2, and Hyper-Threading. Naturally, he’s ported picCOLOR to 64 bits, so we can test performance with the x86-64 ISA. Eight of the 12 functions in the test are multithreaded, and in this latest revision, five of those eight functions use four threads.
Scores in picCOLOR, by the way, are indexed against a single-processor Pentium III 1 GHz system, so that a score of 4.14 works out to 4.14 times the performance of the reference machine.
If you’re looking to run at over fifteen times the speed of a Pentium III 1GHz, the QX6850 is your ticket.
Video encoding and editing
Windows Media Encoder x64 Edition video encoding
Windows Media Encoder is one of the few popular video encoding tools that uses four threads to take advantage of quad-core systems, and it comes in a 64-bit version. Unfortunately, it doesn’t appear to use more than four threads, even on an eight-core system. For this test, I asked Windows Media Encoder to transcode a 153MB 1080-line widescreen video into a 720-line WMV using its built-in DVD/Hardware profile. Because the default “High definition quality audio” codec threw some errors in Windows Vista, I instead used the “Multichannel audio” codec. Both audio codecs have a variable bitrate peak of 192Kbps.
Windows Media Encoder video encoding
Roxio VideoWave Movie Creator
The QX6850 sweeps our video tests, continuing its dominance. Notably, its margins of victory over the QX6800 can probably be explained almost entirely by the QX6850’s 66MHz clock speed advantage. The faster bus doesn’t appear to help much at all here.
LAME MT audio encoding
LAME MT is a multithreaded version of the LAME MP3 encoder. LAME MT was created as a demonstration of the benefits of multithreading specifically on a Hyper-Threaded CPU like the Pentium 4. Of course, multithreading works even better on multi-core processors. You can download a paper (in Word format) describing the programming effort.
Rather than run multiple parallel threads, LAME MT runs the MP3 encoder’s psycho-acoustic analysis function on a separate thread from the rest of the encoder using simple linear pipelining. That is, the psycho-acoustic analysis happens one frame ahead of everything else, and its results are buffered for later use by the second thread. That means this test won’t really use more than two CPU cores.
We have results for two different 64-bit versions of LAME MT from different compilers, one from Microsoft and one from Intel, doing two different types of encoding, variable bit rate and constant bit rate. We are encoding a massive 10-minute, 6-second 101MB WAV file here, as we have done in many of our previous CPU reviews.
Ok, so the Athlon 64 X2 6400+ gets a little uppity in one test, but the QX6850 smacks it back down in the next one.
Cinebench rendering
Graphics is a classic example of a computing problem that’s easily parallelizable, so it’s no surprise that we can exploit a multi-core processor with a 3D rendering app. Cinebench is the first of those we’ll try, a benchmark based on Maxon’s Cinema 4D rendering engine. It’s multithreaded and comes with a 64-bit executable. This test runs with just a single thread and then with as many threads as CPU cores are available.
The Intel processors look relatively stronger in this new R10 release of Cinebench than they did in version 9.5. The QX6850 again leads all quad-core solutions, with only those show-off Xeons scoring higher.
POV-Ray rendering
We caved in and moved to the beta version of POV-Ray 3. 7 that includes native multithreading. The latest beta 64-bit executable is still quite a bit slower than the 3.6 release, but it should give us a decent look at comparative performance, regardless.
3ds max modeling and rendering
Our remaining rendering tests play out much as expected, although the Quad FX system steals one from the QX6850 in the POV-Ray chess2 scene.
[email protected]
Next, we have a slick little [email protected] benchmark CD created by notfred, one of the members of Team TR, our excellent Folding team. For the unfamiliar, [email protected] is a distributed computing project created by folks at Stanford University that investigates how proteins work in the human body, in an attempt to better understand diseases like Parkinson’s, Alzheimer’s, and cystic fibrosis. It’s a great way to use your PC’s spare CPU cycles to help advance medical research. I’d encourage you to visit our distributed computing forum and consider joining our team if you haven’t already joined one.
The [email protected]Home project uses a number of highly optimized routines to process different types of work units from Stanford’s research projects. The Gromacs core, for instance, uses SSE on Intel processors, 3DNow! on AMD processors, and Altivec on PowerPCs. Overall, [email protected] should be a great example of real-world scientific computing.
notfred’s Folding Benchmark CD tests the most common work unit types and estimates performance in terms of the points per day that a CPU could earn for a Folding team member. The CD itself is a bootable ISO. The CD boots into Linux, detects the system’s processors and Ethernet adapters, picks up an IP address, and downloads the latest versions of the Folding execution cores from Stanford. It then processes a sample work unit of each type.
On a system with two CPU cores, for instance, the CD spins off a Tinker WU on core 1 and an Amber WU on core 2. When either of those WUs are finished, the benchmark moves on to additional WU types, always keeping both cores occupied with some sort of calculation. Should the benchmark run out of new WUs to test, it simply processes another WU in order to prevent any of the cores from going idle as the others finish. Once all four of the WU types have been tested, the benchmark averages the points per day among them. That points-per-day average is then multiplied by the number of cores on the CPU in order to estimate the total number of points per day that CPU might achieve.
This may be a somewhat quirky method of estimating overall performance, but my sense is that it generally ought to work. We’ve discussed some potential reservations about how it works here, for those who are interested. I have included results for each of the individual WU types below, so you can see how the different CPUs perform on each.
Shockingly, the QX6850 is the fastest quad-core system once again! I should note that its lead is even more pronounced with the Gromacs work unit types, which I hear are more commonly used in Folding projects these days.
MyriMatch proteomics
Our benchmarks sometimes come from unexpected places, and such is the case with this one. David Tabb is a friend of mine from high school and a long-time TR reader. He recently offered to provide us with an intriguing new benchmark based on an application he’s developed for use in his research work. The application is called MyriMatch, and it’s intended for use in proteomics, or the large-scale study of protein. I’ll stop right here and let him explain what MyriMatch does:
In shotgun proteomics, researchers digest complex mixtures of proteins into peptides, separate them by liquid chromatography, and analyze them by tandem mass spectrometers. This creates data sets containing tens of thousands of spectra that can be identified to peptide sequences drawn from the known genomes for most lab organisms. The first software for this purpose was Sequest, created by John Yates and Jimmy Eng at the University of Washington. Recently, David Tabb and Matthew Chambers at Vanderbilt University developed MyriMatch, an algorithm that can exploit multiple cores and multiple computers for this matching. Source code and binaries of MyriMatch are publicly available.
In this test, 5555 tandem mass spectra from a Thermo LTQ mass spectrometer are identified to peptides generated from the 6714 proteins of S. cerevisiae (baker’s yeast). The data set was provided by Andy Link at Vanderbilt University. The FASTA protein sequence database was provided by the Saccharomyces Genome Database.
MyriMatch uses threading to accelerate the handling of protein sequences. The database (read into memory) is separated into a number of jobs, typically the number of threads multiplied by 10. If four threads are used in the above database, for example, each job consists of 168 protein sequences (1/40th of the database). When a thread finishes handling all proteins in the current job, it accepts another job from the queue. This technique is intended to minimize synchronization overhead between threads and minimize CPU idle time.
The most important news for us is that MyriMatch is a widely multithreaded real-world application that we can use with a relevant data set. MyriMatch also offers control over the number of threads used, so we’ve tested with one to eight threads.
I should mention that performance scaling in Myrimatch tends to be limited by several factors, including memory bandwidth, as David explains:
Inefficiencies in scaling occur from a variety of sources. First, each thread is comparing to a common collection of tandem mass spectra in memory. Although most peptides will be compared to different spectra within the collection, sometimes multiple threads attempt to compare to the same spectra simultaneously, necessitating a mutex mechanism for each spectrum. Second, the number of spectra in memory far exceeds the capacity of processor caches, and so the memory controller gets a fair workout during execution.
Here’s how the processors performed.
The QX6850 finished six seconds ahead of the QX6800not exactly a big gain given the QX6850’s higher bus speed. On a happier note, we are seeing much better scaling and quicker completion times here than we saw in most recent look at server processorslikely due to locking and mutex handling improvements in the Windows Vista kernel.
STARS Euler3d computational fluid dynamics
Charles O’Neill works in the Computational Aeroservoelasticity Laboratory at Oklahoma State University, and he contacted us to suggest we try the computational fluid dynamics (CFD) benchmark based on the STARS Euler3D structural analysis routines developed at CASELab. This benchmark has been available to the public for some time in single-threaded form, but Charles was kind enough to put together a multithreaded version of the benchmark for us with a larger data set. He has also put a web page online with a downloadable version of the multithreaded benchmark, a description, and some results here. (I believe the score you see there at almost 3Hz comes from our eight-core Clovertown test system.)
In this test, the application is basically doing analysis of airflow over an aircraft wing. I will step out of the way and let Charles explain the rest:
The benchmark testcase is the AGARD 445.6 aeroelastic test wing. The wing uses a NACA 65A004 airfoil section and has a panel aspect ratio of 1.65, taper ratio of 0.66, and a quarter-chord sweep angle of 45º. This AGARD wing was tested at the NASA Langley Research Center in the 16-foot Transonic Dynamics Tunnel and is a standard aeroelastic test case used for validation of unsteady, compressible CFD codes.
The CFD grid contains 1.23 million tetrahedral elements and 223 thousand nodes . . . . The benchmark executable advances the Mach 0.50 AGARD flow solution. A benchmark score is reported as a CFD cycle frequency in Hertz.
So the higher the score, the faster the computer. Charles tells me these CFD solvers are very floating-point intensive, but oftentimes limited primarily by memory bandwidth. He has modified the benchmark for us in order to enable control over the number of threads used. Here’s how our contenders handled the test with different thread counts.
Here, we see a bit more of a meaningful performance boost out of the QX6850’s 1333MHz bus.
SiSoft Sandra Mandelbrot
Next up is SiSoft’s Sandra system diagnosis program, which includes a number of different benchmarks. The one of interest to us is the “multimedia” benchmark, intended to show off the benefits of “multimedia” extensions like MMX, SSE, and SSE2. According to SiSoft’s FAQ, the benchmark actually does a fractal computation:
This benchmark generates a picture (640×480) of the well-known Mandelbrot fractal, using 255 iterations for each data pixel, in 32 colours. It is a real-life benchmark rather than a synthetic benchmark, designed to show the improvements MMX/Enhanced, 3DNow!/Enhanced, SSE(2) bring to such an algorithm.
The benchmark is multi-threaded for up to 64 CPUs maximum on SMP systems. This works by interlacing, i. e. each thread computes the next column not being worked on by other threads. Sandra creates as many threads as there are CPUs in the system and assignes [sic] each thread to a different CPU.
We’re using the 64-bit version of Sandra. The “Integer x16” version of this test uses integer numbers to simulate floating-point math. The floating-point version of the benchmark takes advantage of SSE2 to process up to eight Mandelbrot iterations in parallel.
I’m keeping this test around to see how AMD’s new quad-core processors, with their single-cycle 128-bit SSE capabilities, handle it. (Shh.. don’t tell, but they won’t catch the Core 2.)
Power consumption and efficiency
Now that we’ve had a look at performance in various applications, let’s bring power efficiency into the picture. Our Extech 380803 power meter has the ability to log data, so we can capture power use over a span of time. The meter reads power use at the wall socket, so it incorporates power use from the entire systemthe CPU, motherboard, memory, graphics solution, hard drives, and anything else plugged into the power supply unit. (We plugged the computer monitor into a separate outlet, though.) We measured how each of our test systems used power across a set time period, during which time we ran Cinebench’s multithreaded rendering test.
All of the systems had their power management features (such as SpeedStep and Cool’n’Quiet) enabled during these tests via Windows Vista’s “Balanced” power options profile.
Anyhow, here are the results:
Looking at the graph of the raw data, you can see that the QX6850 doesn’t consume any more power at peak than the QX6800 did.
We can slice up the data in various ways in order to better understand them, though. We’ll start with a look at idle power, taken from the trailing edge of our test period, after all CPUs have completed the render.
With two chips and lots of transistors onboard, the QX6850’s idle power wasn’t going to be the lowest of the lot, but it isn’t bad. Idle power is higher than the QX6800, perhaps due to the 1333MHz front-side bus.
Next, we can look at peak power draw by taking an average from the ten-second span from 30 to 40 seconds into our test period, during which the processors were rendering.
The QX6850’s extra little bit of performance on the QX6800 requires no additional power at peak, and the QX6850 draws less power than a couple of the Athlon 64 X2s, as well. That’s gonna leave a mark in Austin.
Another way to gauge power efficiency is to look at total energy use over our time span. This method takes into account power use both during the render and during the idle time. We can express the result in terms of watt-seconds, also known as joules.
Because the QX6850 finishes rendering quickly and drops back to idle, it doesnt’ consume much power during our test time span. Those uppity Xeons finally get their comeuppance, too.
We can quantify efficiency even better by considering the amount of energy used to render the scene. Since the different systems completed the render at different speeds, we’ve isolated the render period for each system. We’ve then computed the amount of energy used by each system to render the scene. This method should account for both power use and, to some degree, performance, because shorter render times may lead to less energy consumption.
By delivering more performance with no additional power consumption, the QX6850 brings new highs in efficiency in this measurement, which may be our best means of quantifying the vaunted “performance per watt” of a processor. Betcha didn’t expect to see a high-end part taking the lead in this regard. This is more evidence that Intel hasn’t pushed the clock speed envelope terribly hard with its 65nm chips; even the high-end models are in a nice place on the power/speed/voltage curves.
Overclocking
No matter what I tried, I couldn’t get our QX6850 stable at 3.66GHz. I started at the stock voltage and stepped up through the settings to 1.4125V, and I ran into math errors in Prime95 or blue screens of death at every step along the waysometimes one followed by the other. The problem seemed to be the first of the four cores, which is where all of the Prime95 errors happened. That’s life with a quad-core Intel processor: you can’t overclock past the limits of the slowest core. I was able to get the QX6850 rock-solid stable at 3.5GHz on a 1400MHz bus, as my CPU-Z screenshot proves in legally binding fashion.
Here’s what overclocking this puppy to 3.5GHz will get you in terms of performance:
Tasty.
Conclusions
So, we’ve seen an awful lot of interesting performance data, but it all boils down to this: the Core 2 Extreme QX6850 doesn’t change much. The QX6800 was the fastest desktop processor before it, and the QX6850 brings slightly higher performance in the same power envelope. The faster 1333MHz bus doesn’t pay huge dividends, even for this quad-core part, but we did see reasonable gains in certain memory-bandwidth-limited tests.
Would I recommend buying this product? Nope, probably not. Long-time TR readers know about my aversion to paying the big premiums to get top-end products when reasonably priced alternatives are available. The Core 2 Quad Q6600 was secretly the star of our show today, with its quad-core performance and sub-$300 price tag. Grab one of those puppies and overclock it to 3GHz if you want a quad-core processor with a 1333MHz bus, fer crying out loud.
Still, I must admit that am warming to the idea that high-end processors may have their place. CPUs are relatively cheap compared to, well, a great many things, especially time. Our benchmarks have shown how a faster CPU can trim minutes and seconds off of common desktop computing tasks (and uncommon media creation and scientific computing ones, as well.) If time is money and your time is limited, the QX6850 may be worth every penny to you. One can’t entirely quarrel with this sort of speed, and the easy overclocking is nice to have.
The thing is, as I’ve mentioned, Intel is about to change things all over again. Given the performance we’ve seen out of the Xeon implementation of the new “Penryn” core, we expect big things from the upcoming Core 2 Extreme QX9650, which is scheduled for its official launch on November 12. Hang onto your dinero for a few short weeks longer if you want to retain bragging rights for your shiny new monster PC for any reasonable amount of time.
Intel Core 2 Extreme QX6850 Quad-Core – Techgage
When Intel launched their P35 chipset two months ago, it ushered in not only DDR3 support, but also native 1333FSB support. This wasn’t much of a surprise, since DDR3-1333 is a standard, and it’s common to want to run 1:1 ratios with the FSB and memory frequency. We saw this with 800FSB CPUs and DDR2-800 memory and also 1066FSB CPUs with DDR2-1066 memory. The next big thing from Intel will be 1333FSB Penryn, which we have taken a look at in depth in previous months. To tide us over until then, Intel is launching refreshing parts of their Core 2 line-up to include native 1333FSB processors.
We took a look at their second-to-top offering a few weeks ago, in the form of a 2.66GHz E6750. Although it’s an incredible CPU for the money, we already knew what to expect since it was a ‘mere’ speed bump and retained identical TDPs. You could take any Core 2 Duo and clock it to 1333FSB and have the same performance, in reality.
As I mentioned in that review, though, the biggest reason you should look forward to these new launches is because of their price points. The 2.66GHz E6750 will retail for around $200, which is an incredible thought considering what prices were set at last year. $200 will now get you a very powerful processor that will not be the bottleneck in gaming or other activities. In years past, you almost had to hand over $1,000 for a new CPU if you wanted ultimate performance. The Core 2 series has well proved itself since launch however, with even the budget offerings giving any enthusiast the performance they crave.
Those who don’t enjoy overclocking, or are skeptical of the activity, are in luck because of the fact that they can still have a great CPU and not skip a car payment. But, despite the fact that there are powerful CPUs out there for reasonable prices, the Extreme line exists for two types of people. Those who want a top of the line processor without overclocking, and those who want to get every last ounce out of their overclocking. Because Extreme CPUs are binned higher, it’s not unusual to see the top overclocks performed with them.
The only downside, of course, is the price. One has to wonder if the premium nowadays is truly worth it, considering the performance of the budget offerings can still be considered extreme by todays standards. Nothing stops overclockers from achieving the same frequencies with ease, either. Still, those who refuse to overclock for the sake of stability or what-have-you, but still want the best performance available, can’t go wrong.
That’s where the QX6850 comes into play, a 3. 0GHz Core 2 Extreme that offers four cores to computing enthusiasts. This is the fastest Core 2 processor ever released, and in turn the fastest processor the market has to offer. Price as expected, is $999 in quantities of 1,000. You should expect to see it retail for closer to ~$1,250 at your favorite e-tailer, or even higher though. It’s like buying a Ferrari, where paying $50,000 over SRP is not uncommon. This is just on a far smaller scale.
Although we are taking a look at the top offering for the 1333FSB processors, there will be a total of five being released immediately, with availability in the coming weeks. Below you will find the completely up-to-date line-up.
CPU Model |
Clock Speed |
FSB |
L2 Cache |
TDP |
Cores |
Intel Core 2 Extreme QX6850 | 3. 0GHz | 1333MHz | 4MB x 2 | 130w | 4 |
Intel Core 2 Extreme QX6800 | 2.93GHz | 1066MHz | 4MB x 2 | 130w | 4 |
Intel Core 2 Quad Q6700 | 2.66GHz | 1066MHz | 4MB x 2 | 130w | 4 |
Intel Core 2 Quad Q6600 | 2.40GHz | 1066MHz | 4MB x 2 | 105W | 4 |
Intel Core 2 Duo E6850 | 3.0GHz | 1333MHz | 4MB | 65W | 2 |
Intel Core 2 Extreme X6800 | 2.93GHz | 1066MHz | 4MB | 65W | 2 |
Intel Core 2 Duo E6750 | 2.66GHz | 1333MHz | 4MB | 65W | 2 |
Intel Core 2 Duo E6700 | 2.60GHz | 1066MHz | 4MB | 65W | 2 |
Intel Core 2 Duo E6600 | 2.40GHz | 1066MHz | 4MB | 65W | 2 |
Intel Core 2 Duo E6550 | 2. 33GHz | 1333MHz | 2MB | 65W | 2 |
Intel Core 2 Duo E6540 | 2.33GHz | 1333MHz | 2MB | 65W | 2 |
Intel Core 2 Duo E6400 | 2.13GHz | 1066MHz | 2MB | 65W | 2 |
Intel Core 2 Duo E6300 | 1.86GHz | 1066MHz | 2MB | 65W | 2 |
Intel Core 2 Duo E4500 | 2.2GHz | 800MHz | 2MB | 65W | 2 |
Intel Core 2 Duo E4400 | 2.0GHz | 800MHz | 2MB | 65W | 2 |
Intel Core 2 Duo E4300 | 1.80GHz | 800MHz | 2MB | 65W | 2 |
Compared to the previous top-end processor, the QX6850 has a 70MHz advantage. Though a non-impressive frequency boost, it should prove much faster than the QX6800 overall, thanks to the much-improved FSB frequency.
The first Extreme Quad-Core released late last year was the QX6700, clocking in at 2. 66GHz. Because of this new launch, it is being re-released as the Q6700, meaning no unlocked multiplier. Its price will also be dropped, alongside the rest of the line-up.
Below is a table of just the new processors, with their prices in quantities of 1,000.
CPU Model |
Clock Speed |
FSB |
L2 Cache |
TDP |
Cores |
$/1,000 |
Intel Core 2 Extreme QX6850 | 3.0GHz | 1333MHz | 4MB x 2 | 130w | 4 | $999 |
Intel Core 2 Quad Q6700 | 2.66GHz | 1066MHz | 4MB x 2 | 130w | 4 | $530 |
Intel Core 2 Duo E6850 | 3.0GHz | 1333MHz | 4MB | 65W | 2 | $266 |
Intel Core 2 Duo E6750 | 2. 66GHz | 1333MHz | 4MB | 65W | 2 | $183 |
Intel Core 2 Duo E6550 | 2.33GHz | 1333MHz | 2MB | 65W | 2 | $163 |
Also announced today is Intels first extreme mobile part, the X7800. Like the desktop counter-parts, this Extreme processor features an unlocked multiplier, so it’s overclocking friendly. This dual-core CPU is clocked at 2.6GHz and features an 800MHz FSB and 4MB of L2 Cache. Like all other extreme offerings though, it doesn’t come cheap, costing $851 to OEMs.
The 6×50 series will be available to consumers in two weeks time, through your favorite retailer or e-tailer. The X7800 mobile CPU is being sold to OEMs now, and should be available in various notebooks in the coming weeks.
With that, let’s cover our testing methodology and then jump right into benchmarking.
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Intel Core 2 refresh: QX6850, E6850 & E6750
Manufacturer:Intel
At the end of last month, we previewed the performance of Intel’s then soon-to-be-released Core 2 Duo E6750 – Intel’s first desktop processor with a 1333MHz front side bus speed. During that article, we hinted that the release of a whole host of 1333MHz FSB processors was imminent and that day has finally arrived.
In conjunction with its scheduled price cuts, Intel will introduce five new processors with 1333MHz front side buses into the market on July 22nd and we have had three of them in-house for a bit of benchmarking over the past few weeks. Let’s have a look at how this changes the processor price/performance matrix…
Amongst the processors being announced yesterday there is one new quad-core processor at the high-end and four deceptively mainstream processors that will refresh the top end of Intel’s dual-core lineup.
We say deceptively mainstream for a reason because in actual fact they’re replacing Intel’s current flagship dual-core processors at some quite outstanding price points. Indeed the E6850, Intel’s fastest dual-core processor, will set you back around £160 (inc. VAT) – this is in stark contrast to the company’s previous fastest dual-core processor, the Core 2 Extreme X6800, which is still priced at over £600 (inc. VAT).
Intel dual-core processor pricing (effective July 22nd) | |||||
Model | Frequency | FSB | L2 Cache | Price (1Ku) | UK Pricing |
Core 2 Extreme X6800 | 2.93GHz | 1066MHz | 4MB | $999 | £600 |
Core 2 Duo E6850 | 3.00GHz | 1333MHz | 4MB | $266 | £160 |
Core 2 Duo E6750 | 2.66GHz | 1333MHz | 4MB | $183 | £115 |
Core 2 Duo E6700 | 2. 66GHz | 1066MHz | 4MB | $316 | £190 |
Core 2 Duo E6600 | 2.40GHz | 1066MHz | 4MB | $224 | £135 |
Core 2 Duo E6550 | 2.33GHz | 1333MHz | 4MB | $163 | £100 |
Core 2 Duo E6540 | 2.33GHz | 1333MHz | 4MB | $163 | £100 |
Core 2 Duo E6420 | 2.13GHz | 1066MHz | 4MB | $183 | £115 |
Core 2 Duo E6400 | 2.13GHz | 1066MHz | 2MB | $183 | £115 |
Core 2 Duo E6320 | 1.86GHz | 1066MHz | 4MB | $163 | £100 |
Core 2 Duo E6300 | 1.86GHz | 1066MHz | 2MB | $163 | £100 |
Core 2 Duo E4400 | 2.00GHz | 800MHz | 2MB | $113 | £70 |
Core 2 Duo E4300 | 1.80GHz | 800MHz | 2MB | $113 | £70 |
Intel dual-core processor pricing, effective July 22nd 2007
Lower down the range, the Core 2 Duo E6750 is priced as was rumoured on the day we previewed the Core 2 Duo E6750’s performance at the end of June. It’ll sit at $183 or around £115 (inc. VAT) in Great British Squids. That’s significantly lower than the Core 2 Duo E6700, which comes with roughly the same performance on a 1066MHz front side bus.
The trend continues further down the line too as the E6550 and E6540, which are both clocked at 2.33GHz, are the same price as the E6320 and E6300. This also means that they’re at lower price points than the Core 2 Duo E6420 and E6400. The E6540 and E6550 are essentially the same processor with the only difference being that Intel TXT isn’t enabled on the latter (we discuss this technology over the page in more detail). If anything, it’s as if Intel is deliberately pushing these new 1333MHz FSB processors out into the market to sell more motherboards based on its 3-series chipset.
Intel quad-core processor pricing (effective July 22nd) | |||||
Model | Frequency | FSB | L2 Cache | Price (1Ku) | UK Pricing |
Core 2 Extreme QX6850 | 3. 00GHz | 1333MHz | 2x4MB | $999 | £600 |
Core 2 Extreme QX6800 | 2.93GHz | 1066MHz | 2x4MB | $999 | £600 |
Core 2 Quad Q6700 | 2.66GHz | 1066MHz | 2x4MB | $530 | £310 |
Core 2 Quad Q6600 | 2.40GHz | 1066MHz | 2x4MB | $266 | £160 |
Intel quad-core processor pricing, effective July 22nd 2007
If we move onto Intel’s quad-core lineup, the trend continues as both the QX6850 and QX6800 are at the same price point. We’ve omitted the Core 2 Extreme QX6700 from the table because it’s not going to be around for very long; it’s being replaced by the Core 2 Quad Q6700, which is practically the same CPU with the only difference being that the Q6700 cannot use multipliers higher than 9x.
Considering the fact that the Q6700 is almost half the price of what the QX6700 is currently priced at, we’d do without the unlocked multiplier and increase the front side bus when overclocking instead – that’s generally the preferred method of overclocking anyway. If you’re looking for a quad-core processor, but the attractively priced Q6700 is out of your reach, Intel has lowered the barrier of entry to $266 or around £160 (inc. VAT) – final UK retail pricing is not confirmed at this time.
That puts it at exactly the same price point as the Core 2 Duo E6850 – Intel’s fastest dual-core processor. Even though there are several games on the way that will make use of multiple processors (and some will even make use of quad-core), there are undoubtedly going to be some that will find the Q6600 a hard sell over the E6850 largely because of the massive difference in clock speed. Hopefully we’ll be able to answer some of your quad-core concerns over the course of this article.
1 — Introduction, Pricing2 — Trusted Execution Technology3 — Test Setup4 — Oblivion5 — Supreme Commander6 — Call of Duty 2 & Quake 47 — Valve Particle Simulation & Cinebench8 — POV-Ray9 — Photoshop Elements & WinRAR10 — VirtualDub Xvid Encoding & LAME MT11 — Final Thoughts. ..
3DNews Processors and memory Intel Core 2 Extreme QX6850 processors: first impressions… The most interesting news
Let’s explore the new flagship of the «extreme» series of Intel processors — Core 2 Extreme QX6850. First impressions from tests, considerations for the future and much more… ⇣ Contents
So, on the first page, we have already found out that the difference between the new Core 2 Extreme QX6850 processor and the former leader Core 2 Extreme QX6800 lies, firstly, in the support for FSB 1333 MHz (instead of 1066 MHz), and secondly, in the multiplier that the new chip is 9x (11x for the QX6800 and 10x for the QX6700), which automatically results in an increase in the clock frequency to 3.0 GHz (against 2. 93 for the predecessor and 2.66 MHz for the QX6700). Test bench
Of course, in this article, it would not hurt to have a study of the overclocking potential of the QX6850, as well as a comparison with the capabilities of the QX6800, which is close in frequency, but, alas, we will have to refer to the lack of time allotted for testing, as well as the features of the test bench, which did not allow for a detailed study and bring processor frequencies into close correspondence. So it remains only to promise the appearance of detailed results in future publications. Thus, our today’s task, moreover, complicated by the poor volume of test results, in fact, does not even come down to the traditional question of reassessing the leadership in the desktop processor market, which until now belonged to the Core 2 Extreme QX6800 processor. Also, today it will not be possible to evaluate the advantages that appear when using a processor with a higher system bus frequency — 1333 MHz. Of course, it’s impossible to compare processors with different clock speeds head-on, it remains only to evaluate the percentage «expansion» of the performance of the QX6700 and QX6850 chips in the most typical test applications. Again, roughly taking about a 20% difference in FSB frequencies or about a 12% difference in clock frequencies as a basis (and taking into account different multipliers!) will not work either — the times of the linear «megahertz race» are long gone. So today we are publishing actually absolute data on the QX6850 processor, which is loosely tied to the possibility of comparison, if you like, a kind of data preparation for the next detailed comparisons. First — synthetic benchmarks. Built-in 3Mark 2006 CPU test.
Key processor tests of the benchmark SiSoft Sandra 2007 Lite.
Matrix multiplication and encryption performance test using the ScienceMark benchmark AES algorithm.
Key tests of the CrystalMark benchmark.
Video encoding with Windows Media Encoder.
Finally, the evaluation of the data compression speed by the built-in benchmarks of the WinRAR and 7ZIP packages.
I repeat once again: today there can be no quantitative comparative conclusions when comparing the test results of processors that differ so much in clock frequencies and FSB. However, some interesting results are still noticeable even on such material. So, for example, the maximum difference is noticeable in video encoding and archiving, fortunately, these tests are obviously optimized for multi-core processors. The gap in the results in a number of synthetic tests is also impressive, however, which parameter — a higher clock frequency or FSB — made a greater contribution to the gain, it is not possible to say from these data, additional research is needed. Of course, there were no surprises: the Intel Core 2 Extreme QX6850 processor will now take the «top» position in the hierarchy of the company’s desktop chips anyway. It is possible that it will even be able to compete for some time with the new «non-extreme» novelties with a FSB of 1333 MHz and, perhaps, clock frequencies above 3 GHz — not least thanks to the «unlocked» multiplier, the ability to adjust the bus frequency and other overclocking options. By the way, there have already been reports on the Web about overclocking the QX6850 to clock frequencies above 5 GHz. A more detailed study of the Intel Core 2 Extreme QX6850 processor in our laboratory will undoubtedly reflect its overclocking capabilities, experiments with DDR3 memory, and most importantly, it will clarify the quantitative gap between the new flagship and its closest rivals from AMD. I hope the continuation will not have to wait long.
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Comparison of Intel Core 2 Extreme QX6850 and Intel Core 2 Extreme QX6800
Comparative analysis of Intel Core 2 Extreme QX6850 and Intel Core 2 Extreme QX6800 processors by all known characteristics in the categories: General information, Performance, Compatibility, Security and reliability, Technology, Virtualization, Memory.
Intel Core 2 Extreme QX6850
versus
Intel Core 2 Extreme QX6800
Benefits
Reasons to choose Intel Core 2 Extreme QX6800
- Processor unlocked, unlocked multiplier allows easy overclocking
Unlocked | Unlocked / Locked |
Performance comparison
Intel Core 2 Extreme QX6850 | Intel Core 2 Extreme QX6800 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Architecture name | Kentsfield | Kentsfield | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Production date | Q3’07 | April 2007 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Place in the ranking | not rated | not rated | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Processor Number | QX6850 | QX6800 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Series | Legacy Intel® Core™ Processors | Legacy Intel® Core™ Processors | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Status | Discontinued | Discontinued | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Applicability | Desktop | Desktop | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Support 64 bit | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Base frequency | 3. 00 GHz | 2.93 GHz | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Bus Speed | 1333 MHz FSB | 1066 MHz FSB | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Crystal area | 286 mm2 | 286 mm2 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Process | 65nm | 65 nm | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Maximum core temperature | 64.5°C | 64.5°C | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Number of cores | 4 | 4 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Number of transistors | 582 million | 582 million | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Permissible core voltage | 0. 8500V-1.500V | 0.8500V-1.500V | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Level 1 cache | 256KB | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Level 2 cache | 8192 KB | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Maximum frequency | 2.93 GHz | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Unlocked | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Low Halogen Options Available | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Supported sockets | LGA775 | LGA775 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Power consumption (TDP) | 130 Watt | 130 Watt | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Maximum number of processors in configuration | 1 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Package Size | 37. 5mm x 37.5mm | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Execute Disable Bit (EDB) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel® Trusted Execution Technology (TXT) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Enhanced Intel SpeedStep® Technology | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Parity FSB | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Idle States | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel 64 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel® AES New Instructions | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel® Demand Based Switching | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel® Hyper-Threading Technology | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel® Turbo Boost Technology | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Thermal Monitoring | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Intel® Virtualization Technology (VT-x) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Supported memory types | DDR1, DDR2, DDR3 |
Indicator | Core 2 Extreme QX6850 | Core 2 Duo E6850 | Core 2 Duo E6750 | Core 2 Duo E6550 |
Number of cores | 4 | 2 | ||
Clock frequency, MHz | 3000 | 3000 | 2666 | 2333 |
FSB frequency, MHz | 1333 | |||
L2 cache size, MB | 2×4 | 4 | ||
MSRP $ | 999 | 266 | 183 | 163 |
Q2 2007 | Q3 2007 | IV quarter 2007 | Quarter I 2008 | Q2 2008 | |
Extreme | QX6700/QX6800 | QX6800/QX6850 | Yorkfield | ||
X6800 | |||||
Performance | Q6600 | Q6700 | Yorkfield/Q6700 | Yorkfield | |
Mainstream 3 | E6700 | Q6600 | Yorkfield/Q6600 | Yorkfield | |
E6600 | E6850 | Wolfdale/E6850 | |||
Mainstream 2 | E6400/E6420 | E6750 | Wolfdale/E6750 | ||
Mainstream 1 | E6300/E6320 | E6550 | Wolfdale/E6550 | ||
Pentium D 945 |
And here we are waiting for the first update of the Core architecture — four models announced on July 16 differ from the previous flagships for the better. Of course, the 45nm Penryn will really become a new generation of processors, but the current Conroe / Kentsfield G0 stepping is a small step forward.
The main innovation was another increase in the frequency of the Front Side Bus — from 266 to 333 MHz. Traditionally for Intel, such improvements are accompanied by the release of fresh chipsets (in this case, Series 3, presented a month before the release of new processors), and in general, a lot of marketing attention is paid to moving the CPU to the next FSB frequency. In fact, as long-term practice shows, an increase in the system bus frequency in itself has a minimal effect on processor performance. In particular, after conducting a series of tests of the Core 2 Extreme QX6850 at 2666 MHz in 10×266 and 8×333 MHz modes, we noted an average performance increase of 1-3%, while increasing the FSB frequency by as much as 25%! However, one should not consider the growth of FSB as a marketing trick — this parameter simply has an impact in combination with other system characteristics, primarily the speed of the memory subsystem. In light of the introduction of solutions with DDR3 to the market and the good prospects for increasing DRAM bandwidth in the next two years, we can confidently say that the transition to the 333 MHz bus is fully justified, and the next generations of processors will receive a more noticeable speed increase from this than the current first models with such a tire.
Speaking of chipsets. Formally, only motherboards based on the system logic of Intel 3 Series and NVIDIA nForce 6 Series have support for the new CPUs. However, as practice shows, by releasing updated BIOSes (or, in the worst case, revisions of the motherboard itself), motherboard manufacturers realize the possibility of installing 333 MHz CPUs in a wide variety of platforms with Socket LGA775.
The second distinguishing feature of the new processors is their clock frequency, which is a multiple of 333 MHz (instead of 266). Thanks to this, the flagship models of dual- and quad-core CPUs have overcome the psychological threshold of 3 GHz, although the increase in frequency itself is meager — 67 MHz compared to 2. 93 GHz X6800 and QX6800. Consumers should be pleased not so much with this fact in itself, but with its combination with Intel’s pricing policy: among dual-core processors, the Core 2 Extreme X6800 with a recommended price of $999 was replaced by the Core 2 Duo E6850 with a price of $266. The new top Kentsfield, of course, took the very royal place in the price list, to which it has every right, since it has no competitors yet.
Due to the release of 333 MHz models, the Core 2 Duo/Quad processor line is being optimized. Intel’s current plans for positioning various CPUs are shown in the diagram — the current innovations will take their places in the model range until the release of Penryn in the 1st quarter of 2008.
All new processors have G0 steping, which enthusiasts started talking about outstanding overclocking abilities long before the official announcement. And indeed, even a simple test using only air cooling (Zalman CNPS-9700NT) confirmed the “people’s rumor”. We achieved stable operation of the Core 2 Duo E6850 at 3950 MHz and the Core 2 Extreme QX6850 at 3850 MHz, which is significantly higher than the average performance for previous Conroe and Kentsfield steppings (even if we do not take into account the summer heat, which probably negatively affected the potential of new processors ). Combined with the reasonable price of the 3GHz E6850, we dare to suggest that a new «super choice of overclockers» has appeared on the market. For the vast majority of consumers who are not concerned about squeezing performance out of the computer in excess of the declared one, the release of fresh Core 2 is also good news — they are somewhat faster than their predecessors and much more promising in terms of upgrades, since the fast system bus will have to perform well in combination with DDR3 memory .
Motherboard | ASUS P5K Deluxe |
RAM | 2×Corsair Dominator CM2X1024-8888C4D |
Video card | EVGA e-GeForce 8800 Ultra Superclocked |
Hard disk | Seagate Barracuda 7200. 10 80GB |
Power supply | Hiper Type-R HPU-4S730 |
ASUS | Technopark | www.technopark.ua |
Corsair | Corsair | www.corsairmemory.com |
Intel | Intel | www.intel.com |
EVGA, Hiper | Nebesa | www.nebesa.ua |
Zalman | Eletek | www.eletek.com.ua |
Technology or instruction name | Meaning | Short description |
---|---|---|
EIST (Enhanced Intel SpeedStep) | Enhanced Intel SpeedStep Energy Saving Technology. | |
Stop Grant state | Energy saving status. | |
Extended HALT state | Extended stop state. | |
HALT state | Stop status. |
Technology or instruction name | Meaning | Short description |
---|---|---|
MMX (Multimedia Extensions) | Multimedia extensions. | |
SSE (Streaming SIMD Extensions) | Streaming SIMD processor extension. | |
SSE2 (Streaming SIMD Extensions 2) | Processor Streaming SIMD Extension 2. | |
SSE3 (Streaming SIMD Extensions 3) | Streaming SIMD Processor Extension 3. | |
SSSE3 (Supplemental Streaming SIMD Extension 3) | Additional SIMD extensions for streaming 3. | |
EM64T (Extended Memory 64-bit Technology) | 64-bit extended memory technology. | |
NX (Execute disable bit) | Execution inhibit bit. |
Technology or instruction name | Value | Short description |
---|---|---|
VT-x (Virtualization technology) | Virtualization technology. |
Intel Core 2 Extreme QX6800 Processor Overview
Core 2 Extreme QX6800 is a central processor designed for home PCs based on the Kentsfield-XE microarchitecture. 4-core, powerful processor for work, entertainment and gaming. The beginning of the start of sales can be considered 2007.
With a 65 nanometer process, the total number of transistors is 582 million. The processor will need a good cooling system as the TDP goes up to 130 watts. The maximum temperature of the processor at the highest load will be 645 degrees. Intel claims that the bus power will be 1066 MHz FSB. It is placed exclusively on motherboards with an LGA775 connector.
Pretty high-performance processor when released in 2007, which can guarantee excellent PC gaming.
Competitors and analogues
Competitors on the LGA775 socket include models from intel: Core 2 Extreme QX9770 based on the Yorkfield microarchitecture, Q9705 model on the LGA775 socket from the Core 2 Quad processor family, Xeon X3380 on the Yorkfield microarchitecture, which was released later than Core 2 Quad Q9650, Xeon X3360 based on Yorkfield architecture, X3370 LGA775 model from the Xeon X family. In 2007, the Core 2 Extreme QX6800 had few rivals of its type, only the Core 2 Extreme QX6850 based on the Kentsfield-XE microarchitecture deserves interest, the Q6600 model among the Core processor family 2 Quad, Core 2 Quad Q6700 based on Kentsfield microarchitecture, model 9600 among the Phenom processor family, Phenom X4 9500 based on the Agena microarchitecture, QX9650 LGA775 model from the Core 2 Extreme processor family. Among the analogues of AMD processors today, one can single out the Phenom II X4 965 BE, released 2 years later, the more modern Phenom II X4 945 model, the 559 model from the Athlon II family, the B35 Socket AM3 model, Socket AM2 + among the Phenom II processor family, several later Phenom II X4 955 BE, and model 553 among the Athlon II line.
If we compare the entire series of Core processors, then the QX6800 confidently holds the 4th place in the rating. The most similar processors from INTEL are Core 2 Extreme QX6700, Core 2 Extreme QX6850. They run on the same Kentsfield-XE microarchitecture and LGA775 sockets.
Technologies and Instructions
The Intel Core 2 Extreme QX6800 processor supports many of the latest instructions and technologies.
The processor has built-in power saving instructions, for example — Stop Grant state, HALT state, Enhanced SpeedStep, Extended HALT state. The standard instruction sets SSE2, NX (Execute disable bit), MMX, SSSE3, SSE3 (Streaming SIMD Extensions 3), SSE (Streaming SIMD Extensions), Extended Memory 64-bit Technology are used.
Similar processors
Core 2 Quad Q9505S
Core 2 Quad Q9505
Phenom II X4 940
Core i3-2100
Athlon II X4 651
Core 2 Extreme QX6850
Celeron J3455E
Phenom II X4 B40
Phenom II X4 B50
A8-3870K
Celeron G4930T
Phenom II X4 850
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Core 2 quad wikipedia
- Socket T (LGA775)
Core 2 Quad is a quad-core processor from Intel. The processor under this brand appeared in January 2007 and was based on the design of the Kentsfield cores, which was produced according to the 65-nm process technology and was called the Intel Core 2 Quad Q6600, had a clock frequency of 2400 MHz, a 1066 MHz bus and a fairly large L2 cache size of 8 MB. And the first quad-core Intel processor was announced back in the fall of 2006, the Core 2 Extreme QX6700 with a clock speed of 2667 MHz and an unlocked multiplier — it was really an extremely powerful processor at that time with no less extreme cost. A little later, in 2007, updated models Core 2 Quad Q6700 with a frequency of 2667 MHz and Core 2 Extreme QX6800 appeared 2933 MHz with a 1066 MHz bus, later in 2007 added the QX6850 at 3000 MHz with a fairly high 1333 MHz bus — it was the most powerful and latest of the Kentsfield design processors. Already in March 2009, Kentsfield chips stopped rolling off the assembly line. At the beginning of 2008, Intel significantly increased the range of quad-core processors for the LGA775 and the processor models of which started with the nine Q9400, Q9450 and Q9550, based on the updated design of the Yorkfield cores, which had already begun to be produced using the 45-nm process technology, went on sale. a set of SSE4.1 instructions, an increase in the L2 cache from 8 MB to 12 MB and a bus frequency of 1333 MHz up to 1600 MHz for Core 2 Extreme, also some Core 2 Quad and Core 2 Extreme models were produced for the LGA771 socket, which could be seen in expensive gaming computers Dell Alienware and Acer Predator. In 2009Intel continued to fill the lineup of Core 2 Quad processors with Yorkfield design even despite the release at the end of 2008 of completely new processors that differed significantly from the design of Yorkfield cores under the new Core i7 brand with a new Bloomfield core design and a new LGA 1366 socket. Quads with Yorkfield core designs were produced until February 7, 2011.
The Intel Core 2 Quad family is the latest LGA775 solution.
Contents
Kentsfield [edit | edit code]
Kentsfield — the design of the cores that formed the basis of the quad-core processors, was announced on November 2, 2006. The announcement came only a couple of months after the announcement of the Conroe design, due to the fact that the development of these designs was going on at the same time. The main model based on the Kentsfield design is the Intel Core 2 Quad Q6600, which went on sale on January 8, 2007 for $851. It was the only model until July 22, 2007, when the Intel Core 2 Quad Q6700 and Intel Core 2 Extreme QX6850 went on sale for 530 and 9$99 respectively. The Intel Core 2 Extreme QX6850 was based on the Kentsfield XE design. The price of the Intel Core 2 Quad Q6600 was further reduced to $266, making the processor available to the general public.
Kentsfield XE is an upgraded design of Kentsfield cores that has minor differences from the original, namely more efficient high frequency stability and free multiplier. This design was used in the Intel Core 2 Extreme QX6700, QX6800 and QX6850 processors.
Kentsfield core design has an area of 286 mm² and 582 million transistors. The L1 cache is 32 KB for instructions and 32 KB for data per core. The total cache memory of the second level is 8 MB. For the production of the design, the norms of the 65-nm semiconductor manufacturing process are used. Power consumption is 95-105 for Kentsfield and 130 W for Kentsfield XE. The maximum supply voltage is 1.350 V. The last stepping is G0.
Yorkfield [edit | edit code ]
Yorkfield — similar Kentsfield core design, consisting of two chips, but uses 45nm Wolfdale chips, which are based on the new Intel Penryn architecture, however, they do not carry significant architectural changes compared to 65nm Conroe chips based on core microarchitecture. The Yorkfield chips were originally scheduled to go on sale in January 2008, but the date had to be pushed back to March due to a design error. First models — Intel Core 2 Quad Q9300 and Q9450, which had frequencies of 2500 and 2667 MHz and were sold at a price of $266 and $316, respectively. In April, the 2833 MHz Intel Core 2 Quad Q9550 was released for $530.
Yorkfield core design has 214mm² area and 820M transistors, 45nm process norms are used to produce the design. The L1 cache is 32 KB for instructions and 32 KB for data per core. The total cache memory of the second level is 12 MB. The maximum supply voltage is 1.200 V. The power consumption is 65-95W for Yorkfield and Yorkfield 6M and 130W for Yorkfield XE. The last stepping is R0.
Yorkfield XE — the design that formed the basis of the Intel Core 2 Extreme QX9650, QX9770, QX9775 processors. The earliest — November 11, 2007, that is, even before the main Yorkfield design was released — went on sale Intel Core 2 Extreme QX9650. This design is compatible with LGA771 server socket. Also, a design feature can be called a free multiplier, which is a natural characteristic of the Intel Core 2 Extreme line.
Yorkfield-6M is a core design based on a pair of Wolfdale-3M chips used in cheap Intel Core 2 Duo E7xxx models. The Yorkfield-6M design was used in the Intel Core 2 Quad Q9xxx which has 6MB L2 cache and the Q8xxx which has 4MB L2 cache. The number of transistors in this design was reduced to 548 million pieces, and the area was reduced to 162 mm².
Technology [edit | edit code]
Technologies supported by Intel Core 2 Quad processors:
- Intel Virtualization Technology (VT) (except Q8200, Q8200s, Q8300)
- Intel Streaming SIMD Extensions 4.1 (SSE 4.1) (45nm Yorkfield only)
- Intel Enhanced Virus Protection or Execute Disable Bit (EVP)
- Intel Extended Memory 64 Technology (EM64T)
- Enhanced Intel SpeedStep Technology
- Enhanced Halt State (C1E)
- Intel Thermal Monitor 2
Core 2 Quad is a four-core processor from Intel. It appeared in January 2007 and was based on the design of Kentsfield cores and was called the Intel Core 2 Quad Q6600. Then, in July 2007, the Intel Core 2 Quad Q6700 processor was released, which differed only in an increased frequency from 2400 to 2667 MHz. But the 65 nm process technology is not enough for quad-core processors, so processors based on the Kentsfield core have not gained distribution. The picture changed only in March 2008, when processors based on the Yorkfield core design, which was produced using the 45-nm process technology, went on sale. The much lower power consumption of processors based on this design allowed the Intel Core 2 Quad family to expand significantly. As early as March 2009years, Kentsfield chips stopped rolling off the Intel assembly line. Yorkfield chip production came to an end on February 7, 2011. Processors of the Intel Core 2 Quad family are the latest solution in LGA775 performance.
Kentsfield
Kentsfield — the design of the cores that formed the basis of the quad-core processors, was announced on November 2, 2006. The announcement came only a couple of months after the announcement of the Conroe design, due to the fact that the development of these designs was going on at the same time. The main model based on the Kentsfield design is the Intel Core 2 Quad Q6600, which went on sale on January 8, 2007 for $851. It was the only model until July 22, 2007, when the Intel Core 2 Quad Q6700 and Intel Core 2 Extreme QX6850 for 530 and 9$99 respectively. The Intel Core 2 Extreme QX6850 was based on the Kentsfield XE design. The price of the Intel Core 2 Quad Q6600 was further reduced to $266, making the processor available to the general public.
Kentsfield XE is an upgraded design of Kentsfield cores that has minor differences from the original, namely more efficient high frequency stability and free multiplier. This design was used in the Intel Core 2 Extreme QX6700, QX6800 and QX6850 processors.
Kentsfield core design has an area of 286 mm² and 582 million transistors. The L1 cache is 32 KB for instructions and 32 KB for data per core. The total L2 cache is 8 MB. For the production of the design, the norms of the 65-nm semiconductor manufacturing process are used. Power consumption is 95-105 for Kentsfield and 130 W for Kentsfield XE. The maximum supply voltage is 1.350 V. The last stepping is G0.
Yorkfield Edit
Yorkfield — similar Kentsfield core design, consisting of two chips, but uses 45nm Wolfdale chips, which are based on the new Intel Penryn architecture, however, they do not carry significant architectural changes compared to 65nm Conroe chips based on Intel Core architecture. The Yorkfield chips were originally scheduled to go on sale in January 2008, but the date had to be pushed back to March due to a design error. First models — Intel Core 2 Quad Q9300 and Q9450, which had frequencies of 2500 and 2667 MHz and were sold at a price of $266 and $316, respectively. In April, the 2833 MHz Intel Core 2 Quad Q9550 was released for $530.
Yorkfield core design has 214mm² area and 820M transistors, 45nm process norms are used to produce the design. The L1 cache is 32 KB for instructions and 32 KB for data per core. The total L2 cache is 12 MB. The maximum supply voltage is 1.200 V. The power consumption is 65-95W for Yorkfield and Yorkfield 6M and 130W for Yorkfield XE. The last stepping is R0.
Yorkfield XE — the design that formed the basis of the Intel Core 2 Extreme QX9650, QX9770, QX9775 processors. The earliest — November 11, 2007, that is, even before the main Yorkfield design was released — went on sale Intel Core 2 Extreme QX9650. This design is compatible with LGA771 server socket. Also, a design feature can be called a free multiplier, which is a natural characteristic of the Intel Core 2 Extreme line.
Yorkfield-6M is a core design based on a pair of Wolfdale-3M chips used in cheap Intel Core 2 Duo E7xxx models. The Yorkfield-6M design was used in the Intel Core 2 Quad Q9xxx which has 6 MB L2 cache and the Q8xxx which has 4 MB L2 cache. The number of transistors in this design was reduced to 548 million pieces, and the area was reduced to 162 mm².
Technologies Edit
Technologies supported by Intel Core 2 Quad processors:
- Intel Virtualization Technology (VT) (except Q8200, Q8200s, Q8300)
- Intel Streaming SIMD Extensions 4.1 (SSE 4.1) (45nm Yorkfield only)
- Intel Enhanced Virus Protection or Execute Disable Bit (EVP)
- Intel Extended Memory 64 Technology (EM64T)
- Enhanced Intel SpeedStep Technology
- Enhanced Halt State (C1E)
- Intel Thermal Monitor 2
Kentsfield is the core design behind the world’s first quad-core processors. It was announced on November 2, 2006. The announcement came only a couple of months after the announcement of the Conroe design due to the fact that the development of these designs was going on at the same time. The main model based on the Kentsfield design is the Intel Core 2 Quad Q6600, which went on sale on January 8, 2007 for $851. It was the only model until July 22, 2007, when the Intel Core 2 Quad Q6700 and Intel Core 2 Extreme QX6850 for 530 and 9$99 respectively. The Intel Core 2 Extreme QX6850 was based on the Kentsfield XE design. The price of the Intel Core 2 Quad Q6600 was further reduced to $266, making the processor available to the general public.
Kentsfield XE is a modernized design of Kentsfield cores, which has minor differences from the original, namely more effective resistance [ refine ] at high frequencies and free multiplier. This design was used in the Intel Core 2 Extreme QX6700, QX6800 and QX6850 processors.
Kentsfield core design has an area of 286 mm² and 582 million transistors. The L1 cache is 32 KB for instructions and 32 KB for data per core. The total L2 cache is 8 MB. For the production of the design, the norms of the 65-nm semiconductor manufacturing process are used. Power consumption is 95-105 for Kentsfield and 130 W for Kentsfield XE. The maximum supply voltage is 1.350 V. The last stepping is G0.
Yorkfield
Yorkfield — similar Kentsfield core design, consisting of two chips, but uses 45nm Wolfdale chips, which are based on the new Intel Penryn architecture, however, they do not carry significant architectural changes compared to 65nm Conroe chips based on Intel Core architecture. The Yorkfield chips were originally scheduled to go on sale in January 2008, but the date had to be pushed back to March due to a design error. First models — Intel Core 2 Quad Q9300 and Q9450, which had frequencies of 2500 and 2667 MHz and were sold at a price of $266 and $316, respectively. In April, the 2833 MHz Intel Core 2 Quad Q9550 was released for $530.
Yorkfield XE — the design that formed the basis of the Intel Core 2 Extreme QX9650, QX9770, QX9775 processors. The earliest — November 11, 2007, that is, even before the main Yorkfield design was released — went on sale Intel Core 2 Extreme QX9650. This design is compatible with LGA771 server socket. Also, a design feature can be called a free multiplier, which is a natural characteristic of the Intel Core 2 Extreme line.
Yorkfield-6M is a core design based on a pair of Wolfdale-3M chips used in cheap Intel Core 2 Duo E7xxx models. The Yorkfield-6M design was used in the Intel Core 2 Quad Q9x00 models which have 6 MB L2 cache, the Q8xxx which has 4 MB L2 cache and the Q7xxx models which have 2 MB L2 cache. The number of transistors in this design was reduced to 548 million pieces, and the area was reduced to 162 mm².
Yorkfield core design has an area of 214 mm² and 820 million transistors. The L1 cache is 32 KB for instructions and 32 KB for data per core.