AMD Goes Low Power with 6W Ryzen Embedded R1102G & 10W Ryzen Embedded R1305G Processors

If you’d like a relatively low cost (~$200) mini PC featuring a recent processor with a TDP less than 10W your only options up to this point were models with Intel Cherry Trail, Apollo Lake or Gemini Lake processors.

AMD launched some 12W-25W processors with Ryzen Embedded V1000 series and Ryzen Embedded R1000 series for embedded systems over the course of the last two years. But the company is now providing lower cost and lower power versions of their Embedded R1000 family with Ryzen Embedded R1102G and Ryzen Embedded R1305G processors with a TDP of respectively 6W and 10W.

Ryzen Embedded R1102G & R1305G Key Specs

The new processors have many the same features as the previous R1505G & R1606G models but at a lower TDP and performance (frequencies):

  • Ryzen Embedded R1102G – 2-core/2-thread @ 1.2 GHz / 2.6 GHz (Turbo); 3x CU Radeon Vega 3 graphics cores @ 1.0 GHz; 6W TDP
  • Ryzen Embedded R1305G – 2-core/4-thread @ 1.5 GHz / 2.8 GHz; 3x CU Radeon Vega 3 graphics cores @ 1.0 GHz; 8-10W TDP
  • Ryzen Embedded R1505G – 2-core/4-thread @ 2.4 GHz / 3.3 GHz; 3x CU Radeon Vega 3 graphics cores @ 1.0 GHz; 12-25W TDP
  • Ryzen Embedded R1606G – 2-core/4-thread @ 2.6 GHz / 3.5 GHz max; 3x CU Radeon Vega 3 graphics cores @ 1.2 GHz; 12-25W TDP

R1102G supports up to two 4K displays, and single-channel DDR4 memory, while other parts can drive up to three displays and feature a dual-channel DDR4 memory interface.

All parts come with dual 10GbE, 2x USB 2.0, 4x USB 3.1 Gen2 and 2x
SATA interfaces. You can find details on AMD website.

Ryzen R1305G Motherboard and Mini PC

AMD Ryzen R1305G MotherboardAMD also announced one of the first hardware platforms based on the new low-power Ryzen Embedded R1305G processor will be Sapphire NP-FP5 4″x4″ motherboard to be found in SimplyNUC Oak Tree mini PC.

Sapphire NP-FP5 key features and specifications:

  • SoC – AMD Ryzen Embedded R1505G (12W-25W) or R1305G Processor  (8W-10W)
  • System Memory – 2x DDR4 SO-DIMM up to 2400 GHz, Max. 32GB
  • Storage – mSATA see below
  • Video Output – 2 x mini-DP
  • Audio – Combo Mic In/Audio out Jack
  • Connectivity – Gigabit Ethernet
  • USB – 2x USB3.1 + 2x USB2.0, 1x internal USB header
  • Expansion Slots
    • 1x M.2 (Key M, 2242/2280) with PCIe x4 and SATA for SSD
    • 1x M.2 (Key E, 2230) with PCIe x1 and USB2.0 for Wireless
  • Misc – Front panel header
  • Power Supply – 12 ~ 19V DC power jack
  • Form Factor – 4″x4″ (10.16 x 10.16 cm)

The board is designed to be actively cooled, but I suppose there may be ways to go fanless with the 8W-10W processor.

Simply NUC Red Oak Ryzen Embedded R1305G Mini PCSimplyNUC Red Oak is expected in Q2 2020. Price has not been disclosed, but it should be higher than a typical Intel Apollo Lake/Gemini Lake mini PC because those are designed for business applications such as digital signage, industrial automation, or “edge data analytics”.

Via Liliputing

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9 Replies to “AMD Goes Low Power with 6W Ryzen Embedded R1102G & 10W Ryzen Embedded R1305G Processors”

    1. Mmm… IMHO not enough additional oomph compared to the H2’s Celeron J4105. The latter is 4C/4T while the R1000 series is 2C/4T. The main difference would the 2 x 10Gbe for the R1000 and 8 PCI 3.0 lanes vs 6 PCI 2.0 lanes. It costs money to design a board with a new socket. Not sure it would be worth the effort. The V1000 series would be more interesting, however it means $$$.

      The embedded AMD pricing/conditions for small OEMs might not be as cheap and flexible as Intel. Given AMD pricing for R1000 and V1000 series, it is impossible to make a sub-$200 SBC with them. Think more like $350~500+ range depending on model. I do not believe that UDOO BOLT V8 is selling like crazy.

      AMD embedded (R1000 and V1000 series) is targeting industrial boards (i.e. signage, medical equipment, etc). The Hard Kernel H2 x86 is targeting a much broader set of users while being sub-$200. The new AMD R4000 mobile series (and future replacement of 3400g, 3200g for very high-end SBC) or the Intel Atom Denverton and the newly P5900 series would be more adapted to what Hard Kernel is doing.

      Add the thermal constraints: you need a heat sink large enough to avoid active cooling. Some of the processors I mentioned above would be a challenge.

      Finally, if not sub-$200 then you reach a very hard ceiling: the competition from the main stream motherboard makers.

      What I noticed in the x86 world is that the users are prompt to base their comparisons only on price and marketing specifications without looking into the details: especially the shared HSIO lines between PCIe, M.2 and SATA. Main stream motherboard maker marketing teams are experts at selling “unicorns” where a board has many PCIe lanes, M.2 and SATA ports. Except that when you read the manual you simply discover you can’t have all of them at the same time. Duh.

      1. Yeah, but you’re comparing a 14nm CPU with 7nm one, and that’s pretty unfair. Any 14nm CPU would deliver enough juice with a TDP of 6-10W, if these were made on 7nm I assure you that 2c/4t +2Ghz with a nice iGPU would raise up, paired with 8GB RAM and SSD of 250-500GB more than enough for the most of users without any doubt. The price? it would be more expensive for sure, but we are talking about the lowest end CPU’s so not that much.

        1. > but you’re comparing a 14nm CPU with 7nm one

          Are you sure about the 7nm? According to Heise Online (german news site) these new Ryzens are manufactured in 14nm by Globalfoundries.

          1. Yes, they are 14nm and they are Zen, not Zen+ or Zen 2. For instance:

            Anyway, my OP was not comparing the CPU but rather describing what makes sense and what does not for an SBC OEM like Hard Kernel. Again two of the constraining factors are thermal (passive cooling) and pricing (what SBC users are willing to pay for). The R1000 series does not help at all for the latter.

            Sadly (I’m a 3900X user) AMD has not yet learned the ropes for providing cheap embedded solutions in comparison to Intel. That’s the reason you for instance find Intel Denverton in so many home, SOHO. small business NAS models (see

        2. Note that the nm of today are the MHz of 20 years ago. Using TSMC or GF’s thinnest etching is an excellent marketing argument in a mobile world. You can claim whatever gate width you want and it’s not just a matter of nm anymore, because the technology in use (FinFET, 3D, number of metal layers, gate length etc) has a higher impact on efficiency and chip size than the gate width. This also explains why a number of inexpensive mobile SoCs arrive with a very thin lithography that’s almost unavailable to more advanced technologies used in higher end chips.

      2. The R1305G and R1505G are price competitive (<$150) with the J4105 boards, and from what I'm seeing on Passmark, higher performance than the Celeron J4105

        GPU wise they are a level or two above the Celeron.

        Shame if they are 14nm and Zen vs Zen2

  1. laptop motile 14″ ryzen 3200U is in the same battle : 200$ for a powerful CPU, network, nvme, sata and a lowpower idle like 7w with screen on.
    Let’s doing a real SBC in x64, efficient with real GPU drivers support for 70$, i will forget lot of craps from ARM
    The only bad news is linux kernel have to be uptodate to the lastest 5.4.x

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