Instead, AMD is clearly targeting power efficiency with “good enough” top level performance in order to address the largest possible server segments available, all without removing scalability or key features. To design a CPU that could do both (have fantastic power efficiency and the best performance available) would mean you would have to sacrifice on both ends of the scale. That of course doesn’t mean that cloud servers don’t need to perform but it seems obvious that when you are operating 10,000 servers that are not often running under a full load the need to be scalable from a power perspective is significantly more important.ĪMD puts it like this: cloud servers tend to operate at 10-20% of their top performance capacity at any given time and only need to be able to “spike” CPU performance at specific instances. According to AMD the demand of raw performance is much less critical to the success of a machine designed to serve the cloud than power efficiency, density and even core scalability. In this diagram, the yellow diamonds represent “cloud server workloads” while the gray circles are for our more standard server workloads such as databases, etc. AMD claims that this market consists of buyers looking to expand on the cloud infrastructure that is dominating the news headlines today as well as the small-and-medium businesses (SMB) that are once again growing across the world. Usually consisting of two and four socket machines, the Opteron 6000 parts were met with quite a bit of criticism being the first to a 12-core offering though they were usurped by much more expensive Intel Xeon processors not long after.Īfter meeting with AMD in their Austin offices early in the spring it became apparent to me that while AMD was taking that market very seriously and still has ambitions to dominate in that field, the real target was becoming apparent: the mid-range 1-2P servers that dominate the landscape in volume. Over the past 6 months or so we have seen AMD’s server strategy for the next few years come to fruition starting with the release of the Opteron 6000 series of processors that featured both 8-core and 12-core units configured for the traditional high end server space. Can a $99 server processor coupled with power-per-core efficiency spell success for AMD in the cloud computing infrastructure? Can can the new FireStream parts put a dent in NVIDIA’s Tesla lineup? The new Opteron 4100-series of processors takes the Lisbon core and lowers price to the point of absurdity. Can a server processor coupled with power-per-core efficiency spell success for AMD in the cloud computing infrastructure? Can can the new FireStream parts put a dent in NVIDIA’s Tesla lineup?ĪMD gets more aggressive in the server market AMD is announcing a pair of new product lines today to address a couple of server markets. AMD is announcing a pair of new product lines today to address a couple of server markets.AMD gets more aggressive in the server market.Output Video Formats: all video formats with H.264 codec, GeForce 900 and 10xx Series also support HEVC/H. Input Video Formats: AVI, MPEG, WMV, MP4, FLV, MKV, HEVC/H.265, H.264/MPEG-4, DivX, XviD, MOV, M4V, VOB, ASF, 3GP, 3G2, SWF, H.261, H.264, DV, DIF, MJPG, MJPEG, DVR-MS, NUT, QT, YUV, DAT, MPV, NSVĪVCHD Video (*.mts, *.m2ts), H.264/MPEG-4 AVC (*.mp4), HEVC/H.265 Video (*.mp4 *.ts *.mkv), MPEG2 HD Video (*.mpg *.mpeg), MPEG-4 TS HD Video (*.ts), MPEG-2 TS HD Video (*.ts), Quick Time HD Video (*.mov), WMV HD Video (*.xwmv), Audio-Video Interleaved HD Video (*.avi) The diagram above shows the improvement in performance when converting with and without CUDA/AMD APP. By processing video conversions on NVIDIA's GPU/AMD APP instead of your computer's CPU, more CPU resources can be spared for other applications, making your computer run 5 time faster.Ĭonversion profiles that leverage CUDA technology/AMD APP technology are clearly labeled users can optionally enable GPU encoding/decoding acceleration once CUDA-enable graphics card/AMD graphics card with AMD APP technology has been detected. 5X Speed Promotion with NVIDIA® CUDA TM & AMD APPįor a better video conversion experience, Xilisoft's products have been upgraded with NVIDIA CUDA technology and AMD APP technology(upgraded from ATI Stream technology) offering improved video encoding/decoding performance (when processing high-definition videos in particular) for any computer running on CUDA-enabled GPU or AMD APP-enabled GPU.
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