After entering the PC memory market about a year and a half ago, things have for the most part been quiet for AMD’s fledgling memory operations. With DDR3 enjoying a long, prosperous reign as the memory of choice for PCs, memory is not a fast-moving field that has the kind of rapid innovation and quick product turnovers as AMD’s GPU and CPU businesses do. But with that said, even as a commodity product there’s still periodic bumps in capacity and performance, and that’s what AMD is announcing today.

Joining AMD’s existing 1600MHz (RE1600) and 1866MHz (RP1866) Radeon Memory products today is a new SKU, the 2133MHz (RG2133) Gamer Series. The RG2133 is a middle of the road 2133MHz part, sporting a CAS 10 latency (10-11-11-30) and a voltage of 1.65v. In keeping with AMD’s other memory products they aren’t using any flamboyant heatsinks here, so these are simple DIMMs enclosed in a heatspreader, keeping the DIMM height at a low profile of 30mm.

AMD Memory Specification Comparison
  RE1600 RP1866 RG2133
Kit Speed 1600MHz 1866MHz 2133MHz
Subtimings 9-9-9-28 9-10-9-27 10-11-11-30
Voltage 1.5v 1.5v 1.65v
Size 2 x 8GB 2 x 8GB 4 x 4GB
Price $95 $125 $155

As with AMD’s other memory products RG2133 memory is being manufactured and sold in 16GB kit form. The DIMMs are 4GB each – unlike AMD’s other speed grades which are 8GB these days – so the full 16GB kit is 4x4GB rather than 2x8GB. Meanwhile AMD continues to contract out the actual manufacturing of their memory products, and while they haven’t named the manufacturer of the RG2133 DIMMs they’ve said that they’re keeping the same manufacturer as with their other products, which would mean it’s once again Patriot doing AMD’s manufacturing.

For AMD the primary benefit of introducing another speed grade of RAM is not only to keep themselves competitive in the memory market, but also to work the fact that AMD’s APUs greatly benefit from increased memory bandwidth. Even though the GPUs in AMD’s APUs are lower performing than AMD’s discrete GPUs they’re still memory bandwidth starved to a very large degree, and as we’ve seen even back in 2011 with Llano most games benefit from additional memory bandwidth. So by pairing RG2133 memory with Trinity/Richland, AMD can significantly improve their GPU performance in many cases even with the same silicon.

The catch as always will be pricing. 2133MHz memory carries a distinct premium, so although faster memory will improve gaming performance it’s not a “free” upgrade. Builders and buyers will be looking at a $155 price tag for a 16GB RG2133 kit, $30 more than the RP1866 kit. However short of adding a discrete GPU, this is going to be the best way of improving AMD’s iGPU performance for the time being.

On a final note, AMD will once more be bundling licenses for their branded version of Dataram’s RAMDisk software with their memory. RG2133 kits will come with a license good for a 64GB RAM disk (note that you can’t actually get 64GB of RG2133 into a system at the moment). All other AMD memory products will continue to ship with a license for a 6GB RAM disk. The usefulness of AMD’s RAMDisk software remains questionable, but as AMD’s pricing is generally competitive it’s essentially a freebie with an otherwise solid memory package.

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  • jmke - Wednesday, May 08, 2013 - link

    what is on SLIDE 14?
    where these games tested at 640x480 to see 22% speed increase due to system memory bandwidth upgrade?

    Since Athlon 64 and Intel Core 2 Duo memory bandwidth has had <5% impact on gaming performance... as the bottleneck that gets hits in order is GPU>CPU>MEM...
    Reply
  • jmke - Wednesday, May 08, 2013 - link

    where=were Reply
  • silverblue - Wednesday, May 08, 2013 - link

    The point of these memory modules is primarily accelerating APU gaming performance, the one thing that is significantly affected by memory speed.

    I imagine the benchmark results are from comparing with the 1600MHz kit as the difference between 1866MHz and 2133MHz is far less than 22%. It's quite a big difference in performance but without knowing the benchmark particulars (or, indeed, slide 14 of the presentation), it's not amazingly indicative of anything.
    Reply
  • Death666Angel - Wednesday, May 08, 2013 - link

    These are APUs, not CPUs like you mentioned. Intergrate graphics can benefit tremendously from higher speed RAM. Reply
  • Torashin - Wednesday, May 08, 2013 - link

    Is it dual or quad channel? Reply
  • Death666Angel - Wednesday, May 08, 2013 - link

    Huh? That is entirely up to the CPU memory controller. I don't think AMD has quad channel CPUs in the consumer field (no idea about Opteron). So if you go with a consumer AMD or Intel product, you get dual channel support. If you have workstation stuff (I think SNB-E and higher) you can get quad channel. The memory itself has no impact on that. It's all advertising. Reply
  • tipoo - Wednesday, May 08, 2013 - link

    I wonder if they'll make GDDR5 memory sticks for their APUs which will support it. That would make the AMD memory branding start to make sense. Reply
  • marc1000 - Wednesday, May 08, 2013 - link

    agreed. if AMD is able to launch APU's with GDDR5 support and a memory kit to go with it, it would be a great strike. even if it has the limitation of HAVING to populate all 4 memory slots in this case. Reply
  • DanNeely - Friday, May 10, 2013 - link

    GDDR ram's timing/pathlength constraints are too tight to make it swappable via a dimm type package.

    If they do anything on that front I'd expect to see GDDR chips added to the APU package itself.
    Reply
  • Termie - Wednesday, May 08, 2013 - link

    For at least the past week, AMD's RAM has been undercutting the name-brand competition by about 15% in price. If that keeps up, everyone will be buying AMD's memory soon. Reply

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