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Review – NVIDIA GTX 580: Fermi at its Best

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NVIDIA’s latest flagship, the GeForce GTX 580, has been officially announced earlier today. While still based on the same Fermi architecture, it comes under the new GF110 codename. The GPU is positioned at the very top position of NVIDIA’s consumer graphics hierarchy, replacing their previous best, the GeForce GTX 480. It means that the GTX580 should be both faster and more expensive compared to its predecessor. Just how much better is it exactly? That’s what we’re going tell you! But before we get on to that, let’s examine the technical specs first.

NVIDIA GeForce GTX 580

Specification

NVIDIA GTX 480 NVIDIA GTX 580
Codename GF100 GF110
Fabrication Process 40 nm 40 nm
Transistors 3 Billion 3 Billion
Die Size 320 mm² 320 mm²
Core Clock 700 MHz 772 MHz
Stream Processors (CUDA Core) 480 512
Shader Clock 1400 MHz 1544 MHz
Texture Units 60 64
ROPs 48 48
Memory Type GDDR5 GDDR5
Memory Size 1536 MB 1536 MB
Memory Clock (effective) 3696 MHz 4008 MHz
Memory Interface 384-bit 384-bit
DirectX Version 11 11
Shader Model 5 5
Power Connectors 8-pin + 6-pin 8-pin + 6-pin
Min Recommended Power Supply 600 Watt 600 Watt
Bus Support PCIe 2.1 x16 PCIe 2.1 x16
TDP 250 Watt 244 Watt
GPU Thermal Threshold 105 C 97 C

According to early rumors, the first Fermi GPU (which later became the GTX 480) was originally meant to be outfitted with as much as 512 Stream Processors (or CUDA cores, as NVIDIA likes to call them these days). However, as it turned out later on, the GeForce GTX 480 comes around with “only” 480 Stream Processors. NVIDIA decided to cut off some 32 Stream Processors. Still, in spite of that reduced processing power, GeForce GTX 480-based cards remained one the most powerful single-solutions GPU by the time of launch.

Now, the GTX 580 here, codenamed “GF110”, comes full-blown with 512 Stream Processors. It almost seems to us that, this is the way the GTX 480 was meant to be. Finally, after 7 months, NVIDIA manages to exploit the full potential of their Fermi design.

If you take a closer look at the above specification table, you can notice some technical similarities between the GeForce GTX 580 and its predecessor, the GTX 480. There are also some differences as well, like the amount of Stream Processors, Texture Units, and operating frequencies. Interestingly enough, even as the GTX 580 is technically superior compared to the GTX 480, its TDP (Thermal Design Power) and GPU Thermal Threshold are rated at lower numbers. Does that mean that the GTX 580 consumes less power and generates lesser heat? We’ll learn about that later on.

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Comments

  1. […] the test results in our first GeForce GTX 580 article, we know that the corresponding graphics card holds ample processing power under the hood. Both in […]

  2. […] our first GeForce GTX 580 article, our discussion revolved around the performance, temperature, and power efficiency of this latest […]

  3. […] NVIDIA’s latest GF110 flagship (that is the GTX 580), has a total of 512 stream processors (or CUDA cores, as NVIDIA likes to call them these days). That’s a bunch more than the GF100 (GTX480), which had to settle with “only” 480 stream processors by the time of its initial launch. Put simply, GeForce GTX 580 is a refinement product that performs better in most -if not all- aspects compared to the GTX 480, NVIDIA’s previous highest-end GPU. You can see the comparison between the two in our first review on the GTX 580. […]

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