Intel core i7 cPU tested
Chinese-language PC Online is one step ahead in the game. The website already had the chance to test and benchmark the performance of one of Intel's upcoming quad-core Core i7 CPUs, namely the Extreme 940 model.
Now, remember, these new chips aren't expected to come out until sometime in November, so the fact that they have already been tested is quite an important aspect. This is all the more true especially since, in order to fully set up a benchmarking platform for these CPUs, you require not only the processor itself, but also an X58-based motherboard, which comes with the only chipset that can support Intel's upcoming socket LGA1366.
The test was ran in comparison with Intel's Core 2 QX9770 (featuring 12MB of L2 cache) at both reference and overclocked core speeds. The Core 2 test platform included an ASUS X48 motherboard, two 1GB Apacer DDR3-1333 memory modules, a 500GB SATA 7200RPM Seagate hard drive and a GeForce GTX 260 graphics card. The Core i7 test platform featured the same components, plus the Intel X58 motherboard and the Core i7 Extreme 940 CPU, running at a reference clock speed of 2.93GHz and featuring 8MB of L3 cache.In regard to the software, the testing systems ran on a Windows Vista operating system, using the latest drivers. Benchmarking software included Super PI 1.4, Everest Ultimate 4.6, WinRAR 3.71, CINEBENCH R10, Fritz Chess Benchmark, 3DMark2006 and 3DMark Vantage version 101. Also, both CPUs were tested using some of the latest DirectX 9 and DirectX 10 games.
As it turns out, the Extreme Core i7 CPU outperformed both the overclocked and the standard Core 2 QX9770 processor in most benchmarks. Practically, the only tests where the Core i7 CPU could not live up to its name were the Super PI 1.4 benchmark and some of the gaming applications, including DirectX9 Call of Duty 4, Half Life 2: Ep2, and DirectX10 Company of Heroes. Aside from that, in 3DMark Vantage, the Core i7 940, clocked at 2.93GHz, achieved a CPU score of 18252, while the overclocked Core 2 could only go as high as 13128 points.
It is clear that the new Core i7 CPU will deliver an impressive performance boost compared with Intel's current CPU offering. However, it would have been nice to know how the non-Extreme Core i7 920 model would perform against some of Intel's more decently priced Core 2 models - especially since the Core i7 920 will probably become the most successful on the market, thanks to its comparatively lower estimated price tag.
Intel ships 3.5 GHz dual-core Xeon CPU
According to Intel's menu, the 3.5 GHz Xeon is priced at $1,172 (price for 1000-unit tray quantities).
Intel to reveal TjMax value of all Core 2 CPUs
After detailing the 45nm Core 2 Duo/Quad Digital Thermal Sensor (DTS) specs in August, at the San Francisco IDF (Intel Developer Forum), Intel is now preparing to go all out and also talk about the DTS of its 65nm Core 2 processors and Xeon CPUs.
The full disclosure is set to be made at the upcoming IDF in Taiwan which will kick off on October 20th.
source
AMD Changed Naming Scheme For 45nm
According to sources, AMD intends to start shipping DDR2 variants of Deneb this year as you can see from the table below.
Name | Freq. | HT 3.0 Freq. | Memory | Total Cache | TDP | Release Date |
---|---|---|---|---|---|---|
Phenom X4 20x00 | 3.0GHz | 4.0GHz* | DDR3-1333 | 8MB | 125W | Q2 2009 |
Phenom X4 20550 | 3.0GHz | 4.0GHz* | DDR2 | 8MB | 125W | Q4 2008 |
Phenom X4 20x00 | 2.8GHz | 4.0GHz* | http://en.wikipedia.org/wiki/DDR3_SDDR3-1333 | 8MB | TBD | Q1 2009 |
Phenom X4 20350 | 2.8GHz | 4.0GHz* | DDR2 | 8MB | 125W | Q4 2008 |
Phenom X4 20x00 | 2.6GHz | 4.0GHz* | DDR3-1333 | 8MB | 95W | Q1 2009 |
Phenom X4 16x00 | 2.8GHz | 4.0GHz* | DDR3-1333 | 2MB | 95W | Q1 2009 |
Phenom X4 16x00 | 2.6GHz | 4.0GHz* | DDR3-1333 | 3MB | 95W | Q1 2009 |
Phenom X3 14x00 | 2.6GHz | 4.0GHz* | DDR3-1333 | 7.5MB | 95W | Q2 2009 |
Phenom X3 12x00 | 2.8GHz | 4.0GHz* | DDR3-1333 | 1.5MB | 95W | Q2 2009 |
Phenom X3 12x00 | 2.6GHz | 4.0GHz* | DDR3-1333 | 1.5MB | 95W | Q2 2009 |
*There are obviously errors in this rumored roadmap as HyperTransport 3.0 has a maximum clockspeed of 2.6GHz, and even the newly released HyperTransport 3.1 only runs at a maximum of 3.2GHz. It is possible that 4.0GT/s is meant instead, equating to a 2.0GHz HT 3.0 clockspeed across the board.
AMD didn’t comment on this news story.
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Intel '09 Roadmap Revealed, Part 2
At this point we have some useful data – we already know what is coming and what expected prices are going to be like. Of course final pricing may deviate from what is projected from Intel http://en.wikipedia.org/wiki/Intel_Corporation at this point depending on the current market at the time of release. On-top of all of this, Nvidia http://en.wikipedia.org/wiki/Nvidia enthusiasts will now have more freedom when it comes to a choice of boards.
Intel Mobile Processors 2008/2009
Target | Q3-08 | Q4-08 | Q1-09 | Q2 to Q3-09 | Q3-09+ |
Extreme | QX9300 | QX9300 | QX9300 | QX9300 | Clarksfield |
| X9100/ Q9100 | Q9100 | Q9000/9100 | Q9000/9100 | Clarksfield |
Performance | T9400/9600 | T9400/9600 | T9550/9800 | T9550/9800 | Clarksfield |
Power Savings | P8400/8600/ 9500 | P8400/8600/ 9500 | P8600/8700/ 9600 | P8600/8700/ 9600 | Auburndale |
Processor | Speed | Cache | Bus | Cores |
QX9300* | Up to 2.53GHz | 12MB | 1066MHz | 4 |
X9100* | Up to 3.06GHz | 6MB | 1066MHz | 2 |
Q9100 | 2.26GHz | 12MB | 1066MHz | 4 |
T9600 | Up to 2.8GHz | 6MB | 1066MHz | 2 |
T9400 | Up to 2.8GHz | 6MB | 1066MHz | 2 |
P9500 | Up to 2.8GHz | 6MB | 1066MHz | 2 |
P8600 | Up to 2.53Ghz | 3MB | 1066MHz | 2 |
P8400 | Up to 2.53Ghz | 3MB | 1066MHz | 2 |
585 | Up to 2.26GHz | 1MB | 667MHz | 1 |
575 | Up to 2.26GHz | 1MB | 667MHz | 1 |
*Unlocked for over-clocking and fine tuning – enthusiast driven.
Intel Netbook http://en.wikipedia.org/wiki/Psion_Netbook Processors 2008/2009
Processor | Speed | Cache | Bus | Cores | TDP |
SU9400 | Up to 1.8GHz | 3MB | 800MHz | 2 | 10W |
SU9300 | Up to 1.8GHz | 3MB | 800MHz | 2 | 10W |
SU3300 | 1.8GHz | 3MB | 800MHz | 1 | 5.5W |
723 | 1.2GHz | 1MB | 800MHz | 1 | 10W |
585 | Up to 2.26GHz | 1MB | 667MHz | 1 | 31W |
575 | Up to 2.26GHz | 1MB | 667MHz | 1 | 31W |
Intel's '09 Roadmap Revealed, Part 1
Intel's 2009 Roadmap
Bloomfield Processor Features : Based on next generation Nehalem architecture - Intel Turbo Boost Techonology* - Intel 8MB Smart Cache - Octo(8) Intel Hyper-Threading across four cores - Integrated Memory Controller – 3 channel DDR3 http://en.wikipedia.org/wiki/DDR3_SDRAM - Intel QuickPath Interconnect to the X58 Express Chipset - PCI Express 2.0 discrete graphics for multi-card performance (2x16 or 4x8) ATI or Nvidia http://en.wikipedia.org/wiki/Nvidia - Seven new SSE4 instruction sets - Available in 2.66GHz , 2.93GHz and Extreme Edition 3.2GHz - LGA-1366 Socket Interface - Release starts late Q4-08
Lynnfield Processor: Based on next generation Nehalem architecture - Intel Turbo Boost Technology* - Octo(8) Intel Hyper-Threading across four cores - 8MB of Intel Smart Cache - Integrated Memory Controller – 2 channel DDR3 - PCI Express 2.0 discrete graphics for single or multicard performance (1x16 or 2x8) ATI or Nvidia - LGA-1366 Socket Interface - Release starts early Q3-09
Havendale Processor: Based on next generation Nehalem architecture - Intel Turbo Boost Technology* - Quad Intel Hyper-Threading across two cores - 4MB Intel Smart Cache - Integrated Memory Controller – 2 channel DDR3 - Integrated graphics or Discrete graphics support for single card performance (1x16) Nvidia or ATI - LGA-1366 Socket Interface - Release starts early Q3-09
Clarksfield Processor: Based on next generation Nahalem architecture - Octo(8) Intel Hyper-Threading technology on four cores - Intel Turbo Boost Technology* - Up to 8MB of Intel Smart Cache - Integrated Memory Controller – 2 channel DDR3 - Discrete Graphics Support for single or multi card performance (1x16 or 2x8) – Releases in late Q3-09
Auburndale Processor: Based on next generation Nehalem architecture - Quad Intel Hyper-Threading technology on two cores - Intel Turbo Boost Technology - Integrated Memory Controller – 2 channel DDR3 - Integrated Graphics or Discrete Graphics Support for single card performance (1x16) – Releases in late Q3-09
Intel Turbo Boost Technology: Intel Turbo Boost Technology dynamically increases or decreases processor performance based on demand from applications. Dynamically increases clock frequency based on available TDP headroom.
Bloomfield , Lynnfield , Havendale
Processor | Clock | Cache | Memory | TDP | Socket | Cores | Architecture | Price |
Bloomfield | 3.20GHz | 8MB | 1066/ | 130W | LGA-1366 | 4/8 | 45nm | $999 |
Bloomfield | 2.93GHz | 8MB | 1066/ | 130W | LGA-1366 | 4/8 | 45nm | $562 |
Bloomfield | 2.66GHz | 8MB | 1066/ | 130W | LGA-1366 | 4/8 | 45nm | $284 |
Lynnfield | TBD | TBD | TBD | TBD | TBD | TBD | 45nm | TBD |
Havendale | TBD | TBD | TBD | TBD | TBD | TBD | 45nm | TBD |
Intel Workstation & Server Processors 2009
(Xeon)Tylersburg
Processor | Speed | Cache | TDP | Memory | Sockets | Platform | Price |
W5580 | 3.20GHz | 8MB | 130W | 1333MHz | 2 | Workstation | $1600 |
X5570 | 2.93GHz | 8MB | 95W | 1333MHz | 2 | Server | $1386 |
X5560 | 2.80GHz | 8MB | 95W | 1333MHz | 2 | Server | $1172 |
X5550 | 2.66GHz | 8MB | 95W | 1333MHz | 2 | Server | $958 |
E5540 | 2.53GHz | 8MB | 80W | 1066MHz | 2 | Server | $744 |
E5530 | 2.40GHz | 8MB | 80W | 1066MHz | 2 | Server | $530 |
E5520 | 2.26GHz | 8MB | 80W | 1066MHz | 2 | Server | $373 |
E5506 | 2.13GHz | 4MB | 80W | 800MHz | 2 | Server | $266 |
E5504 | 2.00GHz | 4MB | 80W | 800MHz | 2 | Server | $224 |
E5502 | 1.86GHz | 4MB | 80W | 800MHz | 2 | Server | $188 |
L5520 | 2.26GHz | 4MB | 60W | 1066MHz | 2 | Server | $530 |
L5506 | 2.13GHz | 4MB | 60W | 800MHz | 2 | Server | $423 |
W3570 | 3.20GHz | 8MB | 130W | 1333MHz | 1 | Workstation | $999 |
W3540 | 2.93GHz | 8MB | 130W | 1066MHz | 1 | Workstation | $562 |
W3520 | 2.66GHz | 8MB | 130W | 1066MHz | 1 | Workstation | $284 |