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One of the surprising things we learned earlier this month with the launch of AMD’s FirePro W Series was that AMD would be retiring their FireStream brand. FireStream had been AMD’s dedicated compute part, sitting alongside – and in contrast to – AMD’s workstation graphics focused FirePro brand in AMD’s product lineup. With FireStream AMD had seen some success in the dedicated compute market over the years, but ultimately it fell behind NVIDIA and their Tesla lineup, leading to a shakeup of AMD’s product lineup with this latest generation. Already too similar to FirePro, FireStream as a brand was to go away, and its functionality and users were to be rolled into a singular FirePro brand.

With such a significant move comes the obvious question of whether AMD is still intending to participate in the server GPU market, to which we got some mixed responses from AMD. One the one hand, for the launch of the FirePro W series AMD chose to focus on the workstation graphics functionality of the product lineup. On the other hand AMD fully admitted to the fact that they were also working on FirePro based compute clusters, but couldn’t say much more than that, leading us to believe they were talking about building such clusters with the W series. As it turns out, we were asking the right questions but at the wrong time.

That brings us to today. Just 3 weeks after the launch of the FirePro W series AMD is making their second major FirePro product announcement, finally revealing how they are going to integrate the FireStream and FirePro markets.  Joining the workstation-focused FirePro W series will be the server-focused FirePro S series. The FirePro S series will be the direct successor to the passively cooled FirePro Vx800P cards of the last generation, and will serve as the spiritual successor to FireStream.

AMD FirePro S Series Specification Comparison
  AMD FirePro S9000 AMD FirePro V9800P AMD FirePro S7000 AMD FirePro V7800P
Stream Processors 1792 1600 1280 1440
Texture Units 112 80 80 72
ROPs 32 32 32 32
Core Clock 900MHz 825MHz 700MHz 700MHz
Memory Clock 5.5GHz GDDR5 4.6GHz GDDR5 4.8GHz GDDR5 4GHz GDDR5
Memory Bus Width 384-bit 256-bit 256-bit 256-bit
VRAM 6GB 4GB 4GB 2GB
Double Precision 1/4 1/5 1/16 1/5
Transistor Count 4.31B 2.15B 2.8B 2.15B
TDP 225W 225W 150W 138W
Manufacturing Process TSMC 28nm TSMC 40nm TSMC 28nm TSMC 40nm
Architecture GCN VLIW5 GCN VLIW5
Warranty 3-Year 3-Year 3-Year 3-Year
Launch Price $2499 $2499 $1249 $1249

The FirePro S series will be composed by the FirePro S9000 and FirePro S7000. These parts are very similar – but not identical – to the W9000 and W7000 parts launched earlier this month. Like the W series they are based on AMD’s Tahiti and Pitcairn GPUs respectively, but the resulting cards are constructed and speced for servers rather than workstations. For AMD this means building passively cooled cards that can also adhere to the tight TDP requirements that passive cooling brings with it.

The S9000 will be AMD’s top FirePro S series card, based on Tahiti and engineered to fit within a 225W TDP limit. In this configuration we’re looking at a partially cut-down Tahiti – only 28 of the 32 CUs are enabled – paired with 6GB OF GDDR5 and clocked at 900MHz. Though the FirePro S series is focused on several different uses, this will be AMD’s only serious compute part, owing to the fact that it’s the only S series card with ECC memory support. Meanwhile with AMD’s specs this puts the card’s theoretical compute performance at around 3.2 TFLOPs for single precision and 0.8 TFLOPs for double precision.

AMD’s other card is the S7000, a Pitcairn based product with a 150W TDP.  Unlike S9000 AMD didn’t need to do a lot of work to hit their TDP target beyond tweaking clockspeeds, so we’re looking at a fully enabled Pitcairn card clocked at 700MHz and paired with 4GB of GDDR5. Interestingly, this is a single-slot card, an intentional move by AMD to allow it to be installed in dense configurations. Even with its lower clocks its single precision compute performance is quite good at 2.4 TFLOPs, but lacking ECC this card is better suited for server-side graphics workloads.

Of course the product specs are only half of the story. Having rolled FireStream into the FirePro family, the S series is now being tasked with covering all of AMD’s server GPU businesses, which has affected how AMD has fleshed out their product lineup and how they intend to promote it. Whereas the S series’ predecessors were primarily focused on graphical tasks, especially Virtual Desktop Infrastructure (VDI), the S series itself adds compute into the mix as part of its FireStream inheritance.

On the VDI side of things, AMD is effectively continuing from where they left off on the previous generation of products. This means that AMD is targeting low-performance/high-density workloads such as virtualizing a large number of office workers on a single server, while also targeting high-performance/low-density remote workstation workloads. There’s nothing explicitly new here that AMD wasn’t already working on, but with FirePro S the higher GPU performance means that AMD’s customers can increase user density and/or increase the performance available to a single user.

Either card can be used for this task, though for most scenarios S7000 is particularly well suited for this since its single-slot design means that it can be densely packed into servers, while the lack of compute performance and features is hardly a concern in this role. This kind of density also helps to offset AMD’s one real hardware weakness at the moment, which is that higher performance (unabstracted) VDI passthrough modes restrict VDI to one user per GPU. AMD’s eventual competition in the high-density space will be NVIDIA’s VGX card, which packs 4 GK107 GPUs into a double-slot card, which is twice the density AMD can achieve (but with lower performing GPUs).

Meanwhile on the compute side of things, FirePro S takes over for the retired FireStream. As one of GCN’s major design goals was to greatly improve AMD’s GPU compute performance, this marks the first time AMD has offered a server compute product (dedicated or otherwise) using GCN. Though FirePro S isn’t a dedicated compute part, in this role it still effectively goes head-to-head against NVIDIA’s Tesla lineup in servers.

As was the case with VDI both cards are technically suited for the task, but for most scenarios the S9000 is the better compute card thanks to its much higher double precision performance and the inclusion of ECC support – a first for any AMD server GPU compute product. In this case the S9000 is basically a FireStream by any other name, with AMD taking advantage of their consolidation move to offer both a compute product at a high-performance VDI product based on a single card. We’ve seen GCN in action before and it’s extremely potent, so it will be interesting to see how well the FirePro S series does in this market segment against NVIDIA’s Tesla cards. The real differentiator may come down to software, with AMD having invested virtually everything into OpenCL. Success here means that AMD needs to continue turning developers away from CUDA and towards OpenCL, as they can’t sell hardware to developers until developers can run their projects on AMD’s hardware in the first place.

Finally, when it comes to pricing and availability it should come as no surprise that AMD is looking to beat NVIDIA both to the punch and to buyers’ wallets. Both the S9000 and S7000 are expected to be available at the end of September; this is as opposed to December for NVIDIA’s Tesla K20 (though AMD must already face the K10) and a still-unannounced launch date for NVIDIA’s VGX hardware. Pricing will be $2499 for the S9000 ($700 below the Tesla K20) and $1249 for the S7000.

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  • CeriseCogburn - Monday, August 27, 2012 - link

    nVidia has the far superior support software, so buy that, not the junk that amd is Reply
  • StevoLincolnite - Monday, August 27, 2012 - link

    AMD are far from junk.

    You wan't bad graphics software support? Don't look past Intel, Matrox, S3, SiS et all.

    AMD are making massive inroads as far as compute is concerned, they even gobbled up Manju Hegde who was massively influential with Cuda and helped bring Ageia to the table.
    With HSA and OpenCL AMD have made great inroads and I'm looking forward to what they can achieve with that in the future.
    Reply
  • CeriseCogburn - Monday, August 27, 2012 - link

    That's kind of the problem isn't it - it's still a wait for the future. I hear that all the time concerning amd - all the time.
    The future driver release that fixes the problems. (partially, and breaks others)
    The future games that make use of the unusable ram.(while the core petered out now)
    The future call on the debt payment, not so far off.
    Intel has shown vast improvements quickly - now they are also competition, but bringing up sis and s3 - really ?
    Stealing an nVidia insider for IP theft, nice move for an evil company.
    nVidia is further down the road and had been with OpenCL even as amd's pr had all their little fanboys screaming about PhysX and propriety... then AMD did the corpo pig lout thing and proprietized winzip - in 100% pure hypocrisy mode...
    Not that I care really, it's what amd should have been doing but Bullet sucks in comparison, and now they have the little amd fans thinking everything is compute in games.... even bitcoin claim the rabid and vapid groupies (incorrectly of course!).
    So whatever - good luck amd, the future, if it ever comes, looks umm... a ways off.
    Reply
  • StevoLincolnite - Tuesday, August 28, 2012 - link

    You cannot take advantage of compute over night.
    You need developers to bring in applications to take advantage of it, it's slowly been happening since the Radeon x19xx days where Apps like Folding@Home were the first to take the plunge into GPU compute.

    What AMD has done is slowly opening up compute via OpenCL and HSA, it's not something that's happening in the future, it's something that has been happening in the past, present and will continue to happen in the future and will more than likely accelerate from here on out.

    As for IP theft, now you're just pulling dog poop out of the air, you should go lay down before you embarrass yourself, nVidia and AMD are always taking key personnel from each other and other companies.
    Reply
  • coder543 - Monday, August 27, 2012 - link

    you and I must be thinking of two different AMDs... the company that is, does not resemble the company that was. Reply
  • CeriseCogburn - Monday, August 27, 2012 - link

    The company that was had more employees and at least had competition for the CEO position, instead of the near incapability of filling the spot.
    AMD did a Bain on themselves. LOL
    Reply
  • extide - Monday, August 27, 2012 - link

    Those are some really nice looking cards!! Glad GCN is finally getting to shine, but it is a disappointing that there i no fully enabled Tahiti XT part :( Reply
  • sirroman - Monday, August 27, 2012 - link

    This article needs a major rewrite, it's very badly written. Please fix it, mistaking W with S, writing "hardwdare", etc. Reply

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