1155 generation: Computer parts, laptops, electronics, and more

Specification:

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Performance:

Memory Specifications:

Graphics Specifications:

Advanced Technologies:

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Intel is a worldwide leader in the design and manufacturing of Best Processor which is very reliable and long life Hardware. it has Best performance than other processor.

LGA 1155 (Socket h3)

LGA 1155 ( or Socket h3 ) — socket for Intel processors of Sandy Bridge and Ivy Bridge architecture. Released in January 2011 to replace the LGA 1156 socket (Socket H). Designed for desktops, workstations and servers of medium and entry levels.

The LGA 1155 and LGA 1156 sockets are very similar in design, but not compatible. At the same time, they have the same fastening of the processor cooling system (you can use the same coolers).

LGA 1155 is made in the LGA (Land Grid Array) format, that is, it contains spring-loaded or soft contacts, to which the installed processor is pressed. The number of pins in the socket is 1155. The size of the installed processors is 37. 5 × 37.5 mm.

Processors for LGA 1155 have up to 4 processing cores, an integrated controller for 16 PCI Express 2.0 lanes (Sandy Bridge processors) or PCI Express 3.0 lanes (Ivy Bridge processors), an integrated RAM controller (two DDR3 channels). Most processors have an integrated video core (with the exception of some Xeon and Core i5 processor models). Core i7, Core i3, and most Xeon processors have Hyper-Threading support. Core i7, Core i5 and Xeon processors have auto-acceleration (Turbo Boost).

The integrated video core of the processor communicates with the motherboard chipset using the FDI bus. The processor is connected to the chipset via the DMI 2.0 system bus (4 GB/s).

LGA 1155 socket motherboards for desktop use Intel Z68, Q67, P67, H67, Q65, B65, H61 (Cougar Point series), and Intel Z77, Q77, H77, Z75, Q75, B75 (Cougar Point series). Panther point). For server systems with this socket, motherboards based on the Intel C202, C204, C206 (Cougar Point series) and C216 (Panther Point series) chipsets are intended.

Panther Point series chipsets support Sandy Bridge and Ivy Bridge microarchitecture processors. A motherboard with a Cougar Point series chipset may require a BIOS update to support Ivy Bridge processors.

The capabilities of each motherboard model depend both on the chipset used in it and on the features of their implementation by the manufacturer.

Cougar Point Series Chipsets

Processor PCI Express Configurations

support

chipset

	Z68	Q67	P67	H67	Q65	B65	H61	C206	C204	C202
Release year	2011
Manufacturing process	65nm
TDP	6.1W
Support for Sandy Bridge 9 processors0030	+
Support for Ivy Bridge processors	+ (may require BIOS update)
Max. number of processors in the system	1
Overclocking support	CPU+GPU+RAM	GPU	CPU + RAM	GPU	GPU	GPU	GPU	GPU	—	—
Type of installed memory	DDR3
ECC support	—	—	—	—	—	—	—	+	+	+
Max. number of memory slots (DIMM)	4	4	4	4	4	4	2	4	4	4
Total number of SATA ports	6	6	6	6	6	6	4	6	6	6
Max. number of SATA 3 ports	2	2	2	2	1	1	—	2	2	—
RAID 0/1/5/10 support	+	+	+	+	—	—	—	+	+	+
Integrated graphics output	+	+	—	+	+	+	+	+	—	—
Max. number of displays for integrated graphics	2	2	—	2	2	2	2	2	—	—
	1×16 2×8	1×16	1×16 2×8	1×16	1×16	1×16	1×16	1×16 2×8	1×16	1×16
PCI	—	+	—	—	+	+	—	+	+	+
PCI Express Chipset Revision	2.0
Number of PCI Express lanes of	8	8	8	8	8	8	6	8	8	8
Chipset PCI Express Configuration	x1, x2, x4							2×4, 4×2, 8×1
Max. number of USB 2.0 ports	14	14	14	14	14	12	10	14	12	12
USB 3.0 support	—
Firmware revision Intel ME	—	7.0	—	—	7.0	—	—	8.1	—	—
Technology support
Intel Clear Video	+	+	—	+	+	+	+	+	—	—
Intel VT-d	—	+	—	—	—	—	—	+	+	+
Intel vPro	—	+	—	—	—	—	—	—	—	—
Intel Quick Resume	—	—	—	—	—	—	—	+	+	+
Intel Rapid Storage	+	+	+	+	—	—	—	+	+	+
Intel Trusted Execution	—	+	—	—	—	—	—	+	+	+
Anti-Theft	—	+	—	—	—	—	—	+	—	—

Sample system diagram based on the Intel Z68 chipset:

Panther Point Series Chipsets

processor support

support

chipset

Chipset PCI Express Configurations

	Z77	Q77	H77	Z75	Q75	B75	C216
Release year	2012
Manufacturing process	65nm
TDP	6. 7W
Sandy Bridge	+
Support for Ivy Bridge processors	+
Max. number of processors in the system	1
Overclocking support	CPU+GPU+RAM	CPU+GPU	CPU+GPU	CPU+GPU+RAM	CPU+GPU	CPU+GPU	CPU+GPU
Supported memory type	DDR3
ECC support	—						+
Max. number of memory slots (DIMM)	4
Total number of SATA ports	6
Max. number of SATA 3 ports	2	2	2	2	1	1	2
RAID 0/1/5/10 support	+
Integrated graphics output	+
Max. number of displays for integrated graphics	2
Processor 9 PCI Express configurations0030	1×16 2×8 1×8 + 2×4	1×16	1×16	1×16 2×8	1×16	1×16	1×16 2×8
PCI	—	+	—	—	+	+	+
PCI Express Chipset Revision	2.0
Number of PCI Express lanes of	8
	x1, x2, x4						2×4, 4×2, 8×1
Max. number of USB 2.0 ports	10	10	10	10	10	8	10
Max. number of USB 3.0 ports	4
Firmware revision Intel ME	8. 1	8.1	—	—	—	—	8.1
Technology support
Intel Clear Video	+	+	+	+	+	+	+
Intel VT-d	—	+	—	—	—	—	+
Intel vPro	—	+	—	—	—	—	+
Intel Quick Resume	—	—	—	—	—	—	—
Intel Rapid Storage	+	+	+	+	—	—	+
Intel Trusted Execution	—	+	—	—	—	—	+
Anti-Theft	+	+	+	+	+	+	+

Sample system diagram based on the Intel Z77 chipset:

Processors installed in the LGA1155

(placed in the order of reduction of the performance index)

	Intel e3-1275 V2 V2 4 cor. / 3500 MHz	11926 (100%)
2.	Intel Xeon E3-1280 v2 4 cor. / 3600 MHz	11827 (100%)
3.	Intel Xeon E3-1290 v2 4 cor. / 3700 MHz	11789 (99%)
4.	Intel Core i7-3770K 4 cor. / 3500 MHz	11671 (98%)
5.	Intel Xeon E3-1270 v2 4 cor. / 3500 MHz	11658 (98%)
6.	Intel Core i7-3770 4 cor. / 3400 MHz	11582 (98%)
7.	Intel Xeon E3-1245 v2 4 cor. / 3400 MHz	11477 (97%)
8.	Intel Xeon E3-1240 v2 4 cor. / 3400 MHz	11463 (97%)
9.	Intel Xeon E3-1230 v2 4 cor. / 3300 MHz	11226 (95%)
10.	Intel Core i7-3770S 4 cor. / 3100 MHz	11162 (94%)
11.	Intel Core i7-2700K 4 cor. / 3500 MHz	10306 (87%)
12.	Intel Xeon E3-1280 4 cor. / 3500 MHz	10160 (86%)
13.	Intel Core i7-3770T 4 cor. / 2500 MHz	10038 (85%)
14.	Intel Core i7-2600K 4 cor. / 3400 MHz	9937 (84%)
15.	Intel Xeon E3-1275 4 cor. / 3400 MHz	9888 (83%)
16.	Intel Xeon E3-1270 4 cor. / 3400 MHz	9807 (83%)
17.	Intel Xeon E3-1240 4 cor. / 3300 MHz	9742 (82%)
18.	Intel Core i7-2600 4 cor. / 3400 MHz	9660 (81%)
19.	Intel Xeon E3-1245 4 cor. / 3300 MHz	9640 (81%)
20.	Intel Xeon E3-1230 4 cor. / 3200 MHz	9224 (78%)
21.	Intel Xeon E3-1235 4 cor. / 3200 MHz	9104 (77%)
22.	Intel Xeon E3-1265L v2 4 cor. / 2500 MHz	9097 (77%)
23.	Intel Xeon E3-1290 4 cor. / 3600 MHz	9028 (76%)
24.	Intel Core i5-3570K 4 cor. / 3400 MHz	8963 (76%)
25.	Intel Core i5-3570 4 cor. / 3400 MHz	8889 (75%)
26.	Intel Core i5-3550 4 cor. / 3300 MHz	8645 (73%)
27.	Intel Xeon E3-1225 v2 4 cor. / 3200 MHz	8632 (73%)
28.	Intel Core i5-3470 4 cor. / 3200 MHz	8466 (71%)
29.	Intel Xeon E3-1220 v2 4 cor. / 3100 MHz	8462 (71%)
30.	Intel Core i5-3570S 4 cor. / 3100 MHz	8389 (71%)
31.	Intel Core i7-2600S 4 cor. / 2800 MHz	8257 (70%)
32.	Intel Core i5-3550S 4 cor. / 3000 MHz	8172 (69%)
33.	Intel Core i5-3450 4 cor. / 3100 MHz	8078 (68%)
34.	Intel Core i5-3470S 4 cor. / 2900 MHz	7924 (67%)
35.	Intel Core i5-3450S 4 cor. / 2800 MHz	7834 (66%)
36.	Intel Core i5-3350P 4 cor. / 3100 MHz	7698 (65%)
37.	Intel Core i5-3340 4 cor. / 3100 MHz	7667 (65%)
38.	Intel Core i5-3475S 4 cor. / 2900 MHz	7628 (64%)
39.	Intel Core i5-2550K 4 cor. / 3400 MHz	7573 (64%)
40.	Intel Core i5-2450P 4 cor. / 3200 MHz	7557 (64%)
41.	Intel Core i5-2500K 4 cor. / 3300 MHz	7443 (63%)
42.	Intel Core i5-2500 4 cor. / 3300 MHz	7432 (63%)
43.	Intel Core i5-3330 4 cor. / 3000 MHz	7403 (63%)
44.	Intel Core i5-3570T 4 cor. / 2300 MHz	7343 (62%)
45.	Intel Xeon E3-1260L 4 cor. / 2400 MHz	7313 (62%)
46.	Intel Core i5-3335S 4 cor. / 2700 MHz	7208 (61%)
47.	Intel Core i5-3340S 4 cor. / 2800 MHz	7103 (60%)
48.	Intel Xeon E3-1220 4 cor. / 3100 MHz	7009 (59%)
49.	Intel Core i5-2400 4 cor. / 3100 MHz	6961 (59%)
50.	Intel Xeon E3-1225 4 cor. / 3100 MHz	6931 (59%)
51.	Intel Core i5-3330S 4 cor. / 2700 MHz	6911 (58%)
52.	Intel Core i5-2380P 4 cor. / 3100 MHz	6873 (58%)
53.	Intel Core i5-2320 4 cor. / 3000 MHz	6632 (56%)
54.	Intel Core i5-2310 4 cor. / 2900 MHz	6585 (56%)
55.	Intel Core i5-2500S 4 cor. / 2700 MHz	6219 (53%)
56.	Intel Core i5-2300 4 cor. / 2800 MHz	6123 (52%)
57.	Intel Xeon E3-1265L 4 cor. / 2400 MHz	5758 (49%)
58.	Intel Core i5-2400S 4 cor. / 2500 MHz	5734 (49%)
59.	Intel Core i5-2405S 4 cor. / 2500 MHz	5394 (46%)
60.	Intel Core i5-3470T 2 cor. / 2900 MHz	5349 (45%)
61.	Intel Core i5-2500T 4 cor. / 2300 MHz	5325 (45%)
62.	Intel Core i3-3250T 2 cor. / 3000 MHz	4797 (41%)
63.	Intel Xeon E3-1220L v2 2 cor. / 2300 MHz	4438 (38%)
64.	Intel Core i3-3250 2 cor. / 3500 MHz	4375 (37%)
65.	Intel Core i5-2390T 2 cor. / 2700 MHz	4299 (37%)
66.	Intel Core i3-3245 2 cor. / 3400 MHz	4154 (35%)
67.	Intel Core i3-3240 2 cor. / 3400 MHz	4151 (35%)
68.	Intel Xeon E3-1220L 2 cor. / 2200 MHz	4066 (35%)
69.	Intel Core i3-3220 2 cor. / 3300 MHz	4057 (35%)
70.	Intel Core i3-3225 2 cor. / 3300 MHz	4040 (34%)
71.	Intel Core i3-3210 2 cor. / 3200 MHz	3924 (33%)
72.	Intel Core i3-2125 2 cor. / 3300 MHz	3789 (32%)
73.	Intel Pentium G2140 2 cor. / 3300 MHz	3787 (32%)
74.	Intel Core i3-2102 2 cor. / 3100 MHz	3673 (31%)
75.	Intel Core i3-3240T 2 cor. / 2900 MHz	3666 (31%)
76.	Intel Core i3-2130 2 cor. / 3400 MHz	3647 (31%)
77.	Intel Core i3-2120 2 cor. / 3300 MHz	3523 (30%)
78.	Intel Core i3-3220T 2 cor. / 2800 MHz	3505 (30%)
79.	Intel Pentium G2130 2 cor. / 3200 MHz	3448 (29%)
80.	Intel Pentium G2120 2 cor. / 3100 MHz	3407 (29%)
81.	Intel Core i3-2105 2 cor. / 3100 MHz	3381 (29%)
82.	Intel Core i3-2100 2 cor. / 3100 MHz	3320 (28%)
83.	Intel Pentium G2030 2 cor. / 3000 MHz	3095 (26%)
84.	Intel Celeron G1630 2 cor. / 2800 MHz	3090 (26%)
85.	Intel Pentium G2100T 2 cor. / 2600 MHz	3061 (26%)
86.	Intel Pentium G2020 2 cor. / 2900 MHz	3014 (26%)
87.	Intel Pentium G2120T 2 cor. / 2700 MHz	2920 (25%)
88.	Intel Pentium G2010 2 cor. / 2800 MHz	2862 (24%)
89.	Intel Pentium G2030T 2 cor. / 2600 MHz	2862 (24%)
90.	Intel Pentium G632 2 cor. / 2700 MHz	2829 (24%)
91.	Intel Celeron G1620T 2 cor. / 2400 MHz	2788 (24%)
92.	Intel Celeron G1620 2 cor. / 2700 MHz	2786 (24%)
93.	Intel Pentium G860T 2 cor. / 2600 MHz	2741 (23%)
94.	Intel Pentium G622 2 cor. / 2600 MHz	2732 (23%)
95.	Intel Celeron G1610 2 cor. / 2600 MHz	2723 (23%)
96.	Intel Pentium G870 2 cor. / 3100 MHz	2721 (23%)
97.	Intel Core i3-2120T 2 cor. / 2600 MHz	2703 (23%)
98.	Intel Core i3-2100T 2 cor. / 2500 MHz	2694 (23%)
99.	Intel Pentium G860 2 cor. / 3000 MHz	2623 (22%)
100.	Intel Pentium G850 2 cor. / 2900 MHz	2525 (22%)
101.	Intel Celeron G1610T 2 cor. / 2300 MHz	2486 (21%)
102.	Intel Pentium G645 2 cor. / 2900 MHz	2455 (21%)
103.	Intel Pentium G2020T 2 cor. / 2500 MHz	2453 (21%)
104.	Intel Pentium G640 2 cor. / 2800 MHz	2359 (20%)
105.	Intel Pentium G630 2 cor. / 2700 MHz	2328 (20%)
106.	Intel Celeron G555 2 cor. / 2700 MHz	2295 (20%)
107.	Intel Pentium G620 2 cor. / 2600 MHz	2221 (19%)
108.	Intel Celeron G550 2 cor. / 2600 MHz	2198 (19%)
109.	Intel Pentium G840 2 cor. / 2800 MHz	2147 (19%)
110.	Intel Pentium G645T 2 cor. / 2500 MHz	2107 (18%)
111.	Intel Celeron G540 2 cor. / 2500 MHz	2062 (18%)
112.	Intel Pentium G640T 2 cor. / 2400 MHz	2062 (18%)
113.	Intel Celeron G540T 2 cor. / 2100 MHz	2058 (18%)
114.	Intel Celeron G550T 2 cor. / 2200 MHz	1995 (17%)
115.	Intel Celeron G530 2 cor. / 2400 MHz	1986 (17%)
116.	Intel Celeron G530T 2 cor. / 2000 MHz	1912 (17%)
117.	Intel Pentium G630T 2 cor. / 2300 MHz	1863 (16%)
118.	Intel Pentium G620T 2 cor. / 2200 MHz	1622 (14%)
119.	Intel Celeron G470 1 cor. / 2000 MHz	1085 (10%)
120.	Intel Celeron G465 1 cor. / 1900 MHz	991 (9%)
121.	Intel Celeron G460 1 cor. / 1800 MHz	849 (8%)
122.	Intel Celeron G440 1 cor. / 1600 MHz	770 (7%)
Overall processor speed rating >>>

Nibe F1155 — new generation geothermal heat pump

depending on the need. This results in maximum savings, as the heat pump operates with minimum starting currents and the required power. Suitable for both small and large residential buildings.

NIBE F1155 is almost an exact copy of the NIBE F1255 model, the main difference is the lack of a built-in NIBE F1155 hot water tank. NIBE F1155 is the ideal system for those sites where there are restrictions on the allocated electrical power. The heat pump adapts to the needs of the building, automatically delivers the required heat output — this leads to maximum energy savings, since the inverter heat pump works with the required power all year round without peak starting loads.

With heating outputs from 1.5 kW to 6 kW (model NIBE1155-6), from 3 kW to 12 kW (model NIBE1155-12) and from 4 to 16 kW (model NIBE 1155-16), this heat pump is versatile solution for heating small and large buildings.

It is possible to create a flexible heating system and connect additional options: NIBE F1155 is combined with hot water boilers of any capacity, connected to various additional devices and accessories — a solar collector, a ventilation heat exchanger, a swimming pool. NIBE F1155 provides passive cooling, active cooling, heating with different temperature systems (underfloor heating, radiators, etc.).

The NIBE F1155 ground source heat pump is an advanced model of a new generation ground source heat pump that guarantees comfort and minimum operating costs to the consumer.

• Model NIBE 1155-6: 1.5 to 6 kW.
• NIBE Model 1155-12: 3 to 12 kW.
• Model NIBE F1155-16: 4 to 16 kt.

NIBE F1155 benefits:

• Heat output 1-16 kW
• Extremely High Efficiency (COP) — 5.12
• Optimum satisfaction of the heating demand throughout the year thanks to the inverter controlled compressor
• Variable speed circulation pumps
• Minimum operating costs
• Flow temperature — up to +65°C (+70°C ) / return up to +58°C
• Planning (indoor climate, hot water, ventilation)
• Heating control (up to 4)
• Additional equipment and accessories: for pool heating, passive and active cooling
• Compatible with NIBE Uplink

NIBE Uplink, the fastest, simplest and most efficient tool that gives you complete control over your heating system.

Specifications NIBE F1155:

Heat output	1.5-16 kW
Electrical output at 0/35 °C *, 50 Hz (EN 255)	1.81 kW
Thermal output at 0/35 °C * , 50 Hz (EN 255)	9.27 kW
COP 0/35 °C * (EN 255)	5.12
Electrical output at 0/35 °C * , 50 Hz (EN 14511)	1.83 kW
Thermal output at 0/35 °C * , 50 Hz (EN 14511)	8.89 kW
COP 0/35°C (EN 14511)	4.85
COP ** ( EN 14825 )	5.4
Operating voltage	3×400 V 50 Hz
Max. amperage (fuse type C), except for booster heater	10 A
Auxiliary heater, max.	9 kW
Refrigerant type	R407C
Maximum heating medium temperature (flow/return) at 0 °C brine	70 /58 °C
Sound power level (LWA) ***	36-47 dBA
Sound pressure level (LpA) ****	21-32 dBA
Weight	185 kg
Height	1500 mm
Width	600 mm
Depth	620 mm

* At rated power

** Cold climate, low temperature

*** According to EN 12102 at 0/35 °C

**** According to EN 11203 at 0/35 °C and distance 1 m

Characteristics of heat pumps Nibe F1155:

Heat output	1. 5 — 6 kW	4-16 kW
According to EN 255
Heating output at 0/35°C ¹) 50 Hz (kW)	3.27	9.27
Electrical output at 0/35 °C ¹) 50 Hz (kW)	0.66	1.81
COP 0/35° ¹ )	4.97	5.12
According to EN 14511:2011
Heating output at 0/35°C ¹ ) 50 Hz (kW)	3.15	8.89
Electrical output at 0/35 °C ¹ ) 50 Hz (kW)	0.67	1.83
COP 0/35° ¹ )	4.72	4.85
According to EN 14825
P design (kw)	6	16
SCOP ² ) on 0/35 °C (seasonal efficiency)	5. 4	5.4
Operating voltage	400V 3NAC 50Hz
Min. amperage (fuse type C) except booster heater (A)	16	10
Auxiliary heater, max. (kW)	6.5	9
Refrigerant type R407C (kg)	1.16	2.2
Maximum heating medium temperature (flow/return) at 0 °C brine (°C)	70/58
Noise
Sound power level (LwA) * (dBA)	36 – 43	36-47
Sound pressure level (LpA) ** (dBA)	21 – 28	21-32
Net weight (kg)	150	180
Height (mm)	1500	1500
Width (mm)	600	600
Depth (mm)	620	620

Nibe F1155 User Manual-en.