Top 15 Highest frequencies for AMD Duron(tm)
Top 15 Highest frequencies for AMD Duron(tm) — CPU-Z VALIDATOR
#
Frequency
CPUID / Step
CPU — Core
— Thread
Motherboard
RAM Type
RAM Brand
GPU
Submitted
1
2430.21 MHz
(13.5×180.02)
6.8.1 / 7.8 (B0)
1 — 1 — 1
Asus A7V8X-X
2 GB @ 180 MHz
(2.5-3-3-7)
Unknown
NVIDIA GeForce2 GTS/GeForce2 Pro (Microsoft Corporation)
by Jurin1388
Mar 22nd, 2017
22:21
2
2092.66 MHz
(13.5×155.01)
6.8.1 / 7.8 (B0)
1 — 1 — 1
Asus A7V8X-X
0 GB @ 155 MHz
(2.5-3-4-6)
Unknown
RADEON 9600 SERIES — Secondary
by Vityok
Sep 21st, 2016
17:31
3
1818.19 MHz
(13.5×134.68)
6.8.1 / 7.8 (B0)
1 — 1 — 1
Unknown K7S41GX
0 GB @ 0 MHz
(2.5-3-3-6)
Smart Modular
SiS 661FX_760_741_M661FX_M760_M741
by FAMILIA-2CD1E0F
Jan 19th, 2015
05:01
4
1804. 65 MHz
(13.5×133.66)
6.8.1 / 7.8 (B0)
1 — 1 — 1
Unknown K7S41GX
2 GB @ 0 MHz
(2.5-3-3-6)
Unknown
SiS 661FX_760_741_M661FX_M760_M741
by LEONARD-1871193
Nov 29th, 2014
22:11
5
1804.41 MHz
(13.5×133.66)
6.8.1 / 7.8 (B0)
1 — 1 — 1
MSI MS-6367
1 GB @ 0 MHz
(2-3-3-6)
Unknown
NVIDIA GeForce FX 5200
by MARKUS-1
Mar 7th, 2017
07:47
6
1804.41 MHz
(13.5×133.66)
6.8.1 / 7.8 (B0)
1 — 1 — 1
MSI MS-6367
1 GB @ 0 MHz
(2-3-3-6)
Unknown
NVIDIA GeForce FX 5200
by MARKUS-1
Jun 1st, 2017
17:57
7
1804.17 MHz
(13.5×133.64)
6.8.1 / 7.8 (B0)
1 — 1 — 1
MSI MS-6367
0 GB @ 0 MHz
(2-3-3-6)
Unknown
NVIDIA GeForce FX 5200
by MARKUS-1
Nov 14th, 2016
08:05
8
1801.51 MHz
(13.5×133.45)
6.
8.1 / 7.8 (B0)
1 — 1 — 1
MSI MS-7047
1 GB @ 133.4 MHz
(2-2-2-6)
Unknown
ASUS Ah4450 Series
by ROMAN-C16D0C6B6
Aug 8th, 2016
09:38
9
1800.38 MHz
(13.5×133.36)
6.8.1 / 7.8 (B0)
1 — 1 — 1
ECS M825VXX
2 GB @ 133.4 MHz
(2.5-3-3-6)
Unknown
S3 Graphics ProSavageDDR (Microsoft Corporation)
by NACIONAL
Mar 31st, 2016
21:50
10
1800.06 MHz
(13.5×133.34)
6.8.1 / 7.8 (B0)
1 — 1 — 1
Unknown Unknown
2 GB @ 0 MHz
(0-0-0-0)
A-Data
Standardowa karta graficzna VGA
by KRYCHU
Jan 28th, 2014
21:01
11
1800.06 MHz
(13.5×133.36)
6.8.1 / 7.8 (B0)
1 — 1 — 1
ECS M825G
0 GB @ 166.7 MHz
(2.5-4-2-7)
Unknown
by CASA-6D4566DD53
Apr 16th, 2014
00:04
12
1799.82 MHz
(13.5×133.32)
6.8.1 / 7.8 (B0)
1 — 1 — 1
MSI MS-6712
0 GB @ 133.
3 MHz
(2-3-3-6)
Unknown
RADEON 9200 SE Secondary (Omega 3.8.252)
by BLACKV8
Oct 14th, 2015
15:12
13
1799.1 MHz
(13.5×133.27)
6.8.1 / 7.8 (B0)
1 — 1 — 1
ECS M851
2 GB @ 166.6 MHz
(2.5-5-3-6)
G.Skill
ATI Radeon HD 3650 AGP
by BERRY
Apr 23rd, 2015
18:04
14
1799 MHz
(13.5×133.33)
6.8.1 / 7.8 (B0)
1 — 1 — 1
ECS M825VXX
1 GB @ 133.3 MHz
(2.5-3-3-6)
Unknown
NVIDIA GeForce4 MX 440 CnBeta Tweak For Nvidia 4.0
by LUKAS-50906B64F
Apr 19th, 2017
23:57
15
1798.37 MHz
(13.5×133.21)
6.8.1 / 7.8 (B0)
1 — 1 — 1
Unknown K7VT4A+
2 GB @ 166.6 MHz
(2.5-3-3-7)
Unknown
by ANONYMOUS
Jul 25th, 2016
15:38
CPUID ©2001-2022 — All website content subjected to copyright Samuel D. & Franck D.
- privacy policy
The Basics — AMD Duron
by Anand Lal Shimpion June 19, 2000 12:00 PM EST
- Posted in
- CPUs
0 Comments
|
0 Comments
IndexThe BasicsDuron’s L2 vs Celeron’s L2 Green or Blue?EV6, Socket-462 & OverclockingThe TestContent Creation Winstone 2000 Win98SE PerformanceSYSMark 2000 Win98SE PerformanceQuake III Arena Win98SE PerformanceUnrealTournament Win98SE PerformanceExpendable Win98SE PerformanceContent Creation Winstone 2000 Win2K PerformanceHigh End Winstone 99 Win2K PerformanceQuake III Arena Win2K PerformanceSPECviewperf Professional OpenGL Win2K PerformanceProfessional OpenGL Win2K Performance (continued)RC5 PerformanceFinal Words
The Basics
In
spite of the name change, the Duron is still based on the same Athlon design
that we were introduced to just less than one year ago.
The reason for the
new name is so that AMD can clearly point those that aren’t as familiar with
CPUs as most of you all in the direction of the Duron if they want a low cost
system or an Athlon if they want the highest performance desktop system available
from AMD.
But of
course, AnandTech readers know that “value” doesn’t necessarily have to mean
slow, case in point being the incredible success we’ve had with Intel’s Celeron
line of “value” processors which happen to be the Duron’s chief competitor.
In order
to distance the Duron from the Athlon even more, it is only being released
at three clock speeds, none of which overlap with currently available Athlon
(Thunderbird) parts. The Duron will be available in 600, 650 and 700MHz frequencies
and the Thunderbird picks up at 750MHz all the way up to 1GHz (and pretty
soon, 1.1GHz).
Since
the Duron is based on the Athlon, it still features the same 2-way set associative
128KB L1 cache that all Athlon based processors (K7, K75 & Thunderbird)
have had.
The Duron sets itself apart from the classic Athlon and the newer
Thunderbird by the size of its L2 cache.
Like the
Thunderbird, the Duron features a 16-way set associative on-die L2 cache running
at the processor’s clock speed. The Duron differs in that instead of featuring
a 256KB L2 cache it only has a 64KB L2 cache, or 1/4 the size of the Thunderbird
and 1/2 the size of the Celeron’s L2 cache.
If you
remember from our Thunderbird review, the on-die 256KB L2 cache of the processor
increased the transistor count by a total of 15 million transistors from 22
million on the original K7 core up to a total of 37 million on the Thunderbird
core. Since the Duron has 1/4 of the L2 cache of the Thunderbird you would
expect it to have 1/4 as big of an increase in transistor count as the Thunderbird
as well. Weighing in at 25 million transistors, the Duron features 3 million
more transistors than the original K7 core, or 20% of the transistor increase
of the Thunderbird.
As far
as die sizes are concerned, we noticed an interesting phenomenon with the
Duron. Let’s take a look at a quick comparison of the various die sizes:
|
CPU
|
||||||||
| AMD Duron |
AMD
|
|||||||
| Core |
Spitfire
|
K7
|
K75
|
Thunderbird
|
||||
| Die Size |
100mm^2
|
184
|
102mm^2
|
120mm^2
|
||||
In order
for the Duron to have a smaller die size than the K75 AMD must have done some
reorganizing of the core because the Duron essentially has the same core plus
an additional 64KB of integrated L2 cache.
This confirms that the Duron and
Thunderbird are much more than K75 cores with on-die L2 cache. AMD did quite
a bit of optimization of the 0.18-micron layout with the two new cores. It
is possible that AMD could have added another metal layer to the core much
like Intel did with the Coppermine when they added a 6th metal layer.
|
CPU
|
||||||||
|
AMD Duron |
AMD
|
Intel
|
Intel
|
|||||
| Core |
Spitfire
|
K7
|
K75
|
Thunderbird
|
Katmai
|
Coppermine
|
Mendocino
|
Coppermine128
|
|
Clock Speed
|
600
|
500
|
750
|
450
|
500
|
300
|
533
|
|
| L1 Cache |
|
32KB
|
||||||
| L2 Cache |
64KB
|
512KB
|
256KB
|
512KB
|
256KB
|
128KB
|
||
| L2 Cache speed |
core
|
1/2
|
2/5
|
core
|
1/2
|
core
|
||
| L2 Cache bus |
64-bit
|
256-bit
|
64-bit
|
256-bit
|
||||
| System Bus |
|
100
|
66
|
|||||
| Interface |
Socket-A
|
Slot-A
|
Socket-A
|
Slot-1
|
Slot-1
|
Socket-370
|
||
| Manufacturing Process |
0.
|
|||||||
| Transistor Count
|
25
|
22
|
37
|
9.5
|
28
|
19
|
28
|
|
2
Since
the Duron has all of its cache on-die, there is no need for a processor card
to place any L2 cache chips on, so it comes in the same 462-pin Socket-A packaging
as the Thunderbird and will work in the same motherboards.
While
the Thunderbird operates at a 1.70/1.75v core voltage (1.75v for 900MHz and
faster parts), the Duron is running at 1.60v for the 600 — 700MHz parts because
it has less cache to power.
Click
Here to find the lowest prices on AMD processors
Index
Duron’s L2 vs Celeron’s L2
IndexThe BasicsDuron’s L2 vs Celeron’s L2 Green or Blue?EV6, Socket-462 & OverclockingThe TestContent Creation Winstone 2000 Win98SE PerformanceSYSMark 2000 Win98SE PerformanceQuake III Arena Win98SE PerformanceUnrealTournament Win98SE PerformanceExpendable Win98SE PerformanceContent Creation Winstone 2000 Win2K PerformanceHigh End Winstone 99 Win2K PerformanceQuake III Arena Win2K PerformanceSPECviewperf Professional OpenGL Win2K PerformanceProfessional OpenGL Win2K Performance (continued)RC5 PerformanceFinal Words
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Archive »
Advertising block:
Features
Socket-A support for AMD Athlon/Duron TM uni-processor
266MHz system bus
VIA Apollo KT3 controller 33 and VT82335 High Bandwidth Vlink Client for Southbridge
ATA 133 support
USB 2.0 support
AGP slot with 4X AGP support with optional card fixing
Support 2.5V DDR200/DDR266/DDR333 DDR SDRAM
PC’99 Ready & PC’99 Colorful I/O Ports Design
Support for USB & PS/2 Mouse controllers, Infrared (IR) port
Additional headers for fans
BIOS control only, no jumpers
FSB clock wizard
Constant monitoring of the operating state of the PC
Software installation wizard
Changing the voltage of the processor core
Regulation of the voltage on the processor using jumpers DDR DRAM Voltage2.
5/2.6/2.7/2.8V ,System 3.3V,AGP 1.5V/1.6V
Set processor core voltage via BIOS
Power off function when processor overheats
3-phase processor power stabilization to improve system stability
Write protection in BIOS (to prevent virus attacks, etc.)
Automatic processor voltage detection in BIOS
Full compatible with Windows 2000 and XP
ACPI support
1. Remote power on
2. Timed power on
3. LAN monitoring capability
4. Power management software support
5. Power button protection against repeated pressing (or turning off when pressed for more than 4 seconds)
Specification
SPECIFICATION
Processor
Support Socket-A for AMD Athlon /DuronTM uni-processor at 266MHz Front Side Bus with double data rate
chipset
VIA Apollo KT333 System controller and VT8225 High Bandwidth Vlink Client South Bridge
CPU Bus Frequency
CPU Bus Frequency , Choose One Step Add 1MHz From 100MHz Up to 200MHz in BIOS Setup (Frequency Magic Setting)
jumpless
Support Jumpless Function by BIOS SETUP Let Users More Easier to Change The Frequency
expansion slot
Five 32-bit PCI Bus Master slots
One CNR (Communication Network Raiser) Slot
System Memory
3 x 184-pin DDR Module Socket support DDR200/DDR266/DDR333 DDR SDRAM up to 3.
0GB System memory.
On Board IDE
Support 2 X IDE Connectors for up to 4 IDE Drives
Support PIO Mode 3 and Mode 4 and Bus Master IDE DMA, Mode 4 Timing for up to 16M Bytes/s
Support UTRA DMA-133 Bus Master IDE, Provide faster transfer rate up to 133M Bytes/s
Support LS-120 / ZIP Device
AGP SLOT
Support 4X AGP VGA Mode for 266MHz of AD and SBA signaling
Pipelined split transaction long-burst transfers up to 1GB/sec
1.5V AGP Card Only
On Board 3D Audio
Software Audio Controller With On Board CODEC Complete to AC97′
Support 3D Surround
Support 3D Positioning
Full Duplex Operation For Simultaneous Record And Playback
Sound Driver for Windows 95 , Windows 98 & Windows NT4.
0 , Media Rack
On Board Ultra I/O
2 X Serial Ports (16550 Fast UART Compatible)
1 X Parallel Port (EPP and ECP capabilities)
1 X Floppy Disk Connector (Supports 2 Floppy Drivers)
1 x PS2 Mouse Connector
1 X Keybord Connector
2 X Three Wire FAN Connector (Include CPU FAN)
1 X LINE IN / LINE OUT / Microphone Connector
1 X Game Port Connector (Support Two Joysticks)
2 X Analog Audio CD Music line Connectors (different connector)
1 X Consumer IR Connector
1 X Standard IR Connector (Infrared)
Winbond Hareware Doctor
Winbond Hareware Doctor to Track CPU & SYSTEM Temperature, Voltage, Fan speed, Monitoring your Computer
Driver For Win95/98
On Board USB
6 X USB 2.
0 Ports Connector
Support USB Keyboard & USB Mouse
power saving
ACPI/APM Power Management
Modem Ring remote wake up
RTC Alarm Wake up
Support Software Suspend & Power off
Wake on LAN For OS
Support Power Button Ride (Instant off or Delay 4 second power off)
power supply
Support 20-pin ATX power supply (ATX-PW)
BIOS
Award BIOS , Support Green function, Plug and Play Function
2MBit Flash ROM
Dimension
ATX Form Factor with 30.
5cm X 21cm
» back to list
AMD and «Aquarius» announce the beginning of cooperation — the official site of «Aquarius»
The company «Aquarius» announces the start of deliveries of computers based on AMD processors. As part of the Professional series, PCs based on AMD Athlon TM XP processors have now appeared, and within the Standard series — AMD Duron TM .
Alexey Nechuyatov, Commercial Marketing Manager for AMD Corporation in the CIS and Eastern Europe, said: «As a leader in the commercial market, with a strong and established customer base and an efficient distribution structure, Aquarius will contribute its a positive contribution to the development of the success of AMD Corporation and the promotion of AMD products in the regions of Russia». He added: «In partnership with the market leader Aquarius, we are offering business users the latest high-performance system capabilities based on our processors.
Announced systems based on AMD Duron 9 processors0121 TM and AMD Athlon TM XP guarantee the perfect combination of performance, stability and reliability. Vladimir Shibanov, General Director of PK Aquarius. – AMD produces a high-quality product that is in demand by the market, an important indicator of which is a significant increase in requests for equipment manufactured on AMD processors through ongoing regional tenders. The opening of an AMD representative office in Moscow allows us to talk about the company’s strategic interests in the Russian market, which, in turn, will have a positive impact on our cooperation.»
For the successful promotion of new products, AMD and Aquarius have developed a program of marketing activities, which includes joint advertising, seminars for partners and end users, and promotional events for the distribution channel.
In addition to commercial desktop systems based on AMD processors, Aquarius plans to introduce workstations based on AMD Athlon TM MP processors in the summer of 2002.
These two-processor stations are targeted at the CAD-CAM systems segment of the commercial market. These systems are currently under development.
Aquarius expects AMD-based PCs to account for 10% of total Professional and Standard series sales.
About Aquarius
Aquarius is the oldest Russian manufacturer of computer equipment and one of the leaders in the local IT industry. Aquarius was founded in 1989. It became the first private company producing IBM-compatible personal computers in the former USSR. «Aquarius» received the ISO 9001 certificate in the field of development, design and production of computer hardware. In addition, «Aquarius» has a license from the Ministry of Economy of the Russian Federation for the production of computer hardware. «Aquarius» has its own complex for the production of PCs (Shuya, Ivanovo region) and an assembly shop in Moscow.
Additional information about the company «Aquarius» on the Web-site at www.
aq.ru.
About AMD Athlon TM XP
AMD Athlon TM XP with QuantiSpeed architecture 901 22 TM forms the basis of a new generation of computer platforms. It delivers top-notch application performance and expands the capabilities of computers immeasurably.
AMD Athlon 9 processor0121 TM XP is the latest addition to the AMD Athlon TM processor family. It is designed for the requirements of the most advanced software applications that place high demands on processor performance.
AMD achieves significant performance gains by increasing the amount of work a processor can do per clock while increasing its operating frequency. As a result, the company was able to offer a processor architecture that performs more work per clock at high operating frequencies — in other words, has the perfect combination of features to provide unprecedented application performance.
About the AMD Duron TM
Processor The AMD Duron TM processor was designed as an evolution of the industry-acclaimed AMD Athlon™ processor and is the foundation for practical systems that allow you to solve everyday tasks of home and business users. Through innovative design features, the AMD Duron TM processor features an improved all-on-chip cache architecture with a total capacity of 192K bytes, a 200MHz system bus, and a superscalar floating point module supporting advanced 3DNow! TM Professional and hardware prefetch.
The AMD Duron TM processor offers users the ability to use the latest technology and achieve performance that is not available with other processors in its class. This is made possible by AMD’s over 32 years of experience in processor design and manufacturing. Over the entire history of its existence, the company has sold more than 175 million processors.
AMD Duron 9 Processors0121 TM are manufactured in 0.18 micron technology at FAB 25 in Austin, Texas.
About AMD Athlon TM MP
AMD Athlon TM MP supporting QuantiSpeed 901 architecture 21 TM and Smart MP technology is the latest addition to the AMD Athlon TM processor family . The AMD Athlon TM MP processor features full-featured logic to support more efficient multiprocessing powered by AMD’s Smart MP technology. Thanks to the QuantiSpeed architecture, the AMD Athlon 9 processor0121 TM MP provides additional performance by increasing the amount of work performed per cycle, while at the same time increasing the clock frequency. This combination guarantees unrivaled application performance. The AMD Athlon TM MP processor is the world’s first 7th generation x86 processor, delivering high server and workstation performance.
It is the fundamental building block for single and dual processor servers and workstations specifically targeted at commercial and enterprise users.
This processor is designed to optimally run multi-threaded and mission-critical applications, as well as to meet the reliability and processing power requirements of today’s applications. The AMD Athlon TM MP enables servers and workstations to not only run the most resource-demanding business and multimedia applications today, compatible with Microsoft ® Windows ® , but also creates performance headroom for advanced software products and operating systems. systems of tomorrow.
About AMD
AMD is a global supplier of integrated circuits for the personal computer, networking and communications markets, with manufacturing bases in the United States, Europe, Japan and Asia. AMD Corporation manufactures microprocessors, flash memory devices, and support chips for communications and networking applications.