AMD Shows Off Trinity APU Die And Trinity Powered Notebook

Subject: Cases and Cooling, Processors | January 10, 2012 - 05:13 PM |
Tagged: VLIW-4, trinity, piledriver, CES, APU, amd

Today at CES, the Consumer Electronics Show, we got to see a demonstration by AMD of an AMD powered computer running dual monitors. Only, it was not just a dual monitor pushing desktop computer. In a surprise twist, AMD took the side panel off of the desktop computer to reveal that it was actually a laptop computer using their next generation AMD Trinity APU that was driving the game on one display, and the windows desktop on the other display. Even more, on the laptop screen itself, it was playing a 720p video.

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Here you can see the two displays that the Trinity powered laptop was driving with Dirt 3 on the left monitor and the Windows desktop on the right one where a video conversion was happening in the background. AMD did not get into any details regarding the transcode, however.

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This is the "desktop" computer case that they opened up to reveal that it was, in fact, a Trinity laptop that was driving all the displays.

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A die shot of the upcoming Trinity APU (Accelerated Processing Unit) sitting next to a USB flash drive. Specifications of the Trinity APUs have not yet been released by AMD; however, if this leak holds true the Trinity APUs will have either two or four Piledriver CPU cores and TDP (thermal design power) of 65 W, 100 W, and 125 Watts (depending on particular chip). Clock speeds will further vary between 2.2 and 3.8 GHz at stock speeds (will run a bit faster with Turbo Core 3.0). The GPU aspect will be clocked between 563 MHz and 711 MHz and is based on the VLIW4 technology of the Cayman graphics Cards (69xx). They estimate that it will deliver up to 30% more performance versus current Llano chips and will support all the fancy new X86 instruction sets like AVX and AES-NI. A nice boost and hopefully the real specifications will come close to this (or be even better, of course).

Update: Another interesting bit of information is that AMD will have a low power Trinity APU with a TDP of 17 watts and will supposedly deliver the same level of performance as the current Llano chips (that draw twice the power).

Update:  AMD has stated Trinity will deliver a 25% increase in CPU performance and a 50% increase in GPU performance versus current Llano APUs.  Stay tuned to PC Perspective for more Trinity info as it develops.

PC Perspective's CES 2012 coverage is sponsored by MSI Computer.

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Manufacturer: AMD

Introducing the AMD FSA

At AMD’s Fusion 11 conference, we were treated to a nice overview of AMD’s next generation graphics architecture.  With the recent change in their lineup going from the previous VLIW-5 setup (powered their graphics chips from the Radeon HD 2900 through the latest “Barts” chip running the HD 6800 series) to the new VLIW-4 (HD 6900), many were not expecting much from AMD in terms of new and unique designs.  The upcoming “Southern Isles” were thought to be based on the current VLIW-4 architecture, and would feature more performance and a few new features due to the die shrink to 28 nm.  It turns out that speculation is wrong.

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In late Q4 of this year we should see the first iteration of this new architecture that was detailed today by Eric Demers.  The overview detailed some features that will not make it into this upcoming product, but eventually it will all be added in over the next three years or so.  Historically speaking, AMD has placed graphics first, with GPGPU/compute as the secondary functionality of their GPUs.  While we have had compute abilities since the HD 1800/1900 series of products, AMD has not been as aggressive with compute as has its primary competition.  From the G80 GPUs and beyond, NVIDIA has pushed compute harder and farther than AMD has.  With its mature CUDA development tools and the compute heavy Fermi architecture, NVIDIA has been a driving force in this particular market.  Now that AMD has released two APU based products (Llano and Brazos), they are starting to really push OpenCL, Direct Compute, and the recently announced C++ AMP.

Continue reading for all the details on AMD's Graphics Core Next!