Aside from the mini-ITX motherboard on display, Supermicro also had its two X299 consumer-based motherboards on display. These two were somewhat identical, although each had a separate key feature – one with IPMI interactivity normally need on server-level motherboards, and the other had an interesting listing on CPU power consumption support.

The first board, the C9X299-PGF, with integrated IPMI management, has been listed on Supermicro’s website for a while, but we were able to see it up close for the first time. Normally on server motherboards, the Aspeed AST2500 controller that does this management has a dedicated Ethernet interface, but in the consumer line-up, it actually piggybacks off of one of the two built-in gigabit Ethernet ports instead. Some home users enjoy having this functionality, and as such Supermicro offers two versions: one with, and one without.

The second board, however, is the surprising one. Listed as the C9X299-PG300, where ‘PG’ is for Professional Gaming, it uses Supermicro’s new heatsink design for dual M.2 drive cooling supported by the chipset, with RGB LEDs underneath the chipset heatsink to illuminate the ‘Play Harder’ slogan for the Supero consumer product brand. The rear panel has an updated cover using the same metallic look and colors, as does the power delivery heatsink on the CPU.

Staying on the CPU for a second: the reason it is called the ‘PG300’ is because this motherboard is geared up to accept CPUs with up to 300W TDP. This comes across as somewhat odd – the X299 platform only has CPUs up to 165W listed. Even with turbo modes applied and all cores going, somewhere around 240-250W is ‘normal’, which would mean that the system is being geared for something bigger.

Now at this point, I should point out that the Z370 motherboard on display said ‘support’ up to 120W TDP, which might draw the same conclusion, although the CPUs that the Z370 supports have been observed at 120W in regular use with motherboard turbo modes. Also, there was a Xeon W motherboard on display, stating support for CPUs up to 165W TDP, which is what I would have expected. So with this C9X299-PG300, listing 300W TDP support, it can mean one of two things.

  1. It is geared for extreme overclocking. To which Supermicro has no serious heritage.
  2. There are CPUs still to be released that might flirt with the 300W TDP.

Obviously trying to confirm this on the record is somewhat of a fruitless task. Supermicro couldn’t answer any questions (not even as a negative), and Intel does not comment on rumor/future product.

Two other things spring to mind on this. A number of X299 motherboards, especially the high-end ones, are built for extreme overclocking, where the CPU can draw 500W+. None of those are listed as having 300W TDP support, although Supermicro is a bit different to those companies. Secondly, the initial run of X299 motherboards had problems with CPUs with high power consumption and the power delivery, causing the VRMs to overheat and throttle. Some vendors combatted this with new designs with bigger heatsinks, so it would be a similar kettle of fish if higher TDP processors were released.

However, other features on the PG300 include dual U.2 ports, an Aquantia AQC107-based 10-gigabit ethernet port, support for dual M.2 drives, support up to DDR4-4000, and customizable RGB LED headers. There is also legacy PS2 support, and a pair of USB 3.1 (10 Gbps) controllers, giving four ports on the rear.

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  • PaoDeTech - Tuesday, January 23, 2018 - link

    It would be nice if Supermicro made a 1P Epyc consumer mobo. Reply
  • wild_one_81 - Tuesday, January 23, 2018 - link

    I don't think anyone is making such a board, though it looks like Supermicro does at least have a few single EPYC processor options, just a bit pricey...

    https://www.supermicro.com/Aplus/motherboard/EPYC7...
    Reply
  • drajitshnew - Tuesday, January 30, 2018 - link

    what gets my goat is that all epyc MBs are hobbled. this has only 1 DPC and does not use all the PCIe lanes of the processor either. Reply
  • Pork@III - Tuesday, January 23, 2018 - link

    madness Reply
  • Ej24 - Tuesday, January 23, 2018 - link

    The 18 core Skylake X cpu has been shown to draw nearly 500W by itself when overclocked. Perhaps that's what they are referencing, that it can handle OCed cpu's? I just don't see Intel releasing a cpu that's 250-300w stock tdp. That'd be quite a reversal with amd which used to be known for blistering tdp's. Reply
  • ydeer - Tuesday, January 23, 2018 - link

    One extreme overclocker even observed 1000W CPU power consumption on the CPU 12V rail (!) from a 7980XE with extreme cooling. Link: https://youtu.be/rEdXayoA1Es?t=499

    There are some rumors about AMD readying a 32 core Threadripper, perhaps Intel is gearing up for that.
    Reply
  • Ej24 - Tuesday, January 23, 2018 - link

    I've always wondered if amd would bring what is essentially a full epyc cpu to the enthusiast market. I doubt there's any reason they can't physically do it other than market/product segmentation. Reply
  • Pork@III - Tuesday, January 23, 2018 - link

    Maybe TR32 will come with ZEN2 and 7nm process. TDP will be same like of its predecessor. Reply
  • Lolimaster - Tuesday, January 23, 2018 - link

    Zen2 TR 24cores 7nm 2019
    Zem3 TR 32cores 7nm+ 2020
    Reply
  • Pork@III - Wednesday, January 24, 2018 - link

    In both cases, it is relatively soon. Prosumers will smear slices with good processors at ... affordable prices. Reply

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