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ASUSTek Intel C612 PCHチップセット搭載 LGA2011-v3 デュアルCPU対応 WSシリーズ EEBマザーボード Z10PE-D8 WS

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ブランド ASUS
CPUソケット LGA 2011
対応デバイス パソコン
RAMメモリ技術 DDR4
チップセットタイプ Intel C612

この商品について

  • メモリー : 8(最大512GB)DDR4-1333-2133 RDMM、LRDIMM、NVDIMM
  • VRMフェーズ : DIGI+VRM 8フェーズ、メモリー 2フェーズ
  • 拡張スロット : 1 x PCI Gen3 x 4
  • LAN : 2xIntel i210-AT
  • USB3.0 : 10(B6/F4)
  • USB2.0 : 4(B2/F2)
  • 正規代理店製品
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ASUSTek Intel C612 PCHチップセット搭載 LGA2011-v3 デュアルCPU対応 WSシリーズ EEBマザーボード Z10PE-D8 WS

ASUSTek Intel C612 PCHチップセット搭載 LGA2011-v3 デュアルCPU対応 WSシリーズ EEBマザーボード Z10PE-D8 WS

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商品の説明

人気を博したZ9PE-D8 WSの後継モデル 2wayのLGA2011-v3 Xeon、DDR4に対応したZ10シリーズのワークステーションマザーボード 拡張スロットは4-Way SLI / CrossFireXに対応 最大で18コアのE5-2699v3を2個まで搭載可能 ストレージもM.2,SATA EXPRESS、SATAポートを用意 CPUクーラーにはLGA2011のノーマルタイプが使用可能

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星5つ中3.7つ
5つのうち3.7つ
27グローバルレーティング

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上位レビュー、対象国： 日本

atom1-5
5つ星のうち5.0 Dual-Xeon用に購入
2015年10月27日に日本でレビュー済み
Amazonで購入
個人用にDual-Xeonを組むために購入。

サイズがATXより大きなSSI-EEB(E-ATXと同じでネジ穴が違う)のためケース選びに苦労したが、現在はCorsair750Dで使用中。

以下、気になった点でも。
・CPUクーラーにはマザーボードの裏から台座を付けるものがあるが、最初から付いており、ネジ用の溝もあった。
・CPUソケットの上にあるPlatinumと書かれた金属部はしっかりと固定されているわけではない(グラグラする)ので注意が必要。
・申し訳程度と考えてたVGA出力はWUXGA@60Hzと、そう不便でもない。
・USB3.0は端子もコネクタも充実しているが、それに対してUSB2.0が少ない。
・M.2ストレージはPCIeと正方形の金属部の間にボードに平行に入れる。グラフィックボードと干渉しそう。
・時の運もあるだろうが、日本語マニュアルが付いてた。

同社X99-WSとも約2万円差で悩んだが、Xeonが2基載る点、PCIe x16を4基のままx8でもう1基使える点でこちらにした。(X99-WSは5基目を載せると1スロットの除き全てx8動作になる)

拡張性が高く、今後個人的なこの製品の役割が変わったとしても十分使っていける製品である。
購入してから見つかった期待以上の点が幾つかあったので、星5つとした。
16人のお客様がこれが役に立ったと考えています
役に立った
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tturgut
5つ星のうち5.0 Which case to chose, cooler options , how to set up nVMe (and other important tips):
2018年2月24日にアメリカ合衆国でレビュー済み
Amazonで購入
1) The mother board is very nice! I have a dual E5 2699v3 installed. (running 100%, 36 cores at 2.8Ghz at 50C, with no overclocking (yet)

2) Size: Large: SSB EEB (same size as EATX 12x13, but different holes.) size wise, it would fit in cases that can fit eATX, but eATX holes do not match up. I had to drill 4 holes. (5/36 inch, used standoffs, with a back screw) Chose your case carefully.

3) Cases: I used the Corsair Air 740, excellent cube case with 2 separate compartments (looks very nice, problems: only front fan filter and needs additional holes for SSI EEB motherboard) . but you need to be able to drill 4 holes (5/10 fits, 4/10 needs to be drilled., 1/10 is in a hole) Other good cases that should work with this that I considered were: Thermaltake Core X9, thermal take Core X5 (these 2 are horizontal motherboard installations very interesting, X9 is bigger and cheaper, would probably my choice between the two), Nanoxia Deep silence 6, Corsair Cosmos 2 (last 2 are EEB ready) you need a very large, roomy case to work comfortably) Thermaltake Tower 900 is very interesting case (if you are planning custom water cooling especially, it's a show case) but it is huge.

4) nVMe hard drive: NVMe set up: 1) There is one nVMe spot directly connected to the mother board. You can also use PCI Xpress spots for additional NVme drives (using an PCI Xpress adapter (but this causes heat, you may need to use cooling pad (or fan) with this option) 3) If you directly connect to the motherboard (easiest option, Samsung NVMe is good, but order an M2 screw (tiny, for some reason Samsung did not put it) 3) technical : If you use the NvMe, you need to do these: First install the card in the motherboard, then set up UEFI in Bios, then download Rufus, then in Rufus set it up in GPT mode (FAT 32), then download windows iso directly from Microsoft website to your computer- then using Rufus and GPT format download the Windows 10 iso to the USB drive (sounds complicated but it wasn't) , set USB UEFI it as 1st boot option, and boot (delete key to BIOS) (My choice was Samsung 960 evo 500GB for 200$ (actual speeds read 3100, write 1700)

5) I originally bought Supermicro XDAL-I-o, but my processor speeds were less (2699v3 x2, at 36 cores 2,6Ghz at 100% , this one has 2.8Ghz all cores,at 100% ( without nay overclocking (it should go to 3.1 on air) yet)

6) Cooling: I am using Noctua Aircoolers: NH-U12DXi4 with additional Noctua NF-F12 coolers (if you are comfortable with closed loop air coolers, there is great space in this case.) I got industrial grade NF F12 and they are moderately loud (if you care, water cooling will be much easier. My temps are below 50 at 100% load, 36 cores at 2.8GHz on air. Any case that fits this large motherboard willmost likely have enough clearance for at least 2 x 280 mm closed loop liquid coolers (and probably even larger ones with 3 fans)

7) Overclocking: (I did not overclock yet, may need liquid coolers for speeds up to 3.4Ghz all core- that is what I am told this can do with micro node change) But this motherboard is good enough for easy overclocking 5-10% additional without problems. (read AnandTech forum if you are planning overclocking) 3.1x36 may be possible on air with asus software.

8) memory is very expensive: I bought them from ebay (server pulls, almost new) ECC, Reg, 2133, DDR4 1700 (now supports 2400 also)

9) v4 processors: it works. (you need BIOS 3407 or later (mine came with 3407, realease 3/2017) I bought this in February 2018. if older BIOS, just do a BIOS update, and v4 should work.

10) I have a basic videocard (Quadro FX 4800) but I don't game, and I use it mostly for computing (chess analysis) , but there is a lot of space for different gaming options here.

11) Huge board, make sure you get a big case, preferably an EEB case ( If you don't want to make any holes yourself), Nvme installation :a little difficult, follow my recommendation. Overall excellent...
11人のお客様がこれが役に立ったと考えています
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Robert
5つ星のうち1.0 READ THIS B4 BUYING
2015年8月15日にアメリカ合衆国でレビュー済み
Amazonで購入
If you buy this motherboard you ABSOLUTELY MUST use ECC RAM in order for it to work. The reason is fascinating and I've cut and pasted the explanation:

“Do I Need to Get ECC Memory?”

To answer the question above, we have to figure out where memory errors come from first. There are two major causes of the so-called "soft" errors:

Naturally occurring radioactive isotopes (which emit alpha particles)
High energy cosmic rays from supernovas

Both of these events can change the value of data stored in a memory chip. These errors are called "soft" errors because they can be repaired by correcting the value of the memory bit, which is exactly what ECC does.

Chances for a single-bit soft error occurring are about once per 1GB of memory per month of uninterrupted operation. Since most desktop computers do not run 24 hours a day, the chances are not actually that high. For example, if your computer (with 1GB of memory) runs 4 hours a day, the chances of a single-bit soft error happening (when your system is running) is about once every six months. Even should an error occur, it won’t be a big issue for most users as the error bit may not even be accessed at that time. Should the system access the error bit, this little error won't result in a disaster either – the system may crash, but a restart of the system will fix that. That's why ECC memory is not a necessity for most home users.

Things are very different when it comes to workstations and servers. To begin with, these systems often utilize multi-gigabytes of memory, and they usually run 24/7 as well. Both of these factors result in increased probability of a soft error. More importantly, an unnoticed error is not tolerable in a mission-critical workstation or server – a system crash is only the smallest of worries. What really matters is the erroneous data itself – you can imagine the issues that can arise as a result of a soft error in bank systems or a flight control computer system. Therefore, ECC memory is definitely required for mission critical applications.

Finally, if you do need ECC memory, you'll have to buy a motherboard that supports ECC memory modules in addition to the ECC memory modules themselves. Without motherboard support (or memory controller support, to be more accurate), the ECC memory module is effectively the same as non-ECC memory.
12人のお客様がこれが役に立ったと考えています
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John Krawiec
5つ星のうち3.0 Second Board to fail
2018年12月2日にアメリカ合衆国でレビュー済み
Amazonで購入
My first mother board had to be returned and I got a replacement board. Everything was working fine for a couple of years until I started to get various BSOD's. The most pernicious of these is the DPC Watchdog Violation. I get these every time I power on the board and let my Windows 10 system just sit there. Since I am past my warranty period I cannot get this fixed for free. It would cost me about $500 to get the board fixed. So I guess it is time to pony up another $538 and buy another board. If not what am I going to do with two Xeon E52600 V3 CPU's along with 128 Gig of LRDIMMS
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SpecOpsX
5つ星のうち4.0 4 stars out of 5 Want a great gaming rig
2015年7月23日にアメリカ合衆国でレビュー済み
Amazonで購入
4.4 stars out of 5

Want a great gaming rig?
Want a great single host virtualization platform for a home lab?
Want a board that can support 4 large graphics cards for hash cracking?
Want crazy storage possibilities and 80 PCIe lanes?

Take the term Jack of All Trades and up it to King of All Trades. It's not going to be a complete Ace at any one of the above, but it will get you 90% there in all categories.

The limiting factors that keep that extra 10%:

Remember, this board leans towards Xeons rather than Core i7s. You can purchase QPI enabled Xeons with stock speeds that are more than good enough for great gaming; but they won't be able to overclock at the same rate as the ROG's Core i7 processors. (But you do get bonus to the core count for multitasking and massive Chrome tab counts without it even breaking a sweat.)

And you probably won't get this board to be able to POST while fully populated with the latest DDR4 gaming RAM. You're much more likely to get it started with ECC RAM that sacrifices a bit of speed for higher stability. (Still, you're trading a fraction of speed for stability and probably a larger amount of RAM, i.e. 132 GB on a single host) Definitely recommend only buying RAM that's on this board's certified compatible list. (Which I believe are only about 3 types at the moment) [IMPORTANT Note: I only got 10 DIMMS of Crucial Dominator RAM to POST, and at a slower speed than they're rated for - so if you're dead set on using faster DDR4 RAM, don't get the dual processor motherboard with 16 DIMMS, rather get the dual processor board with only 8 DIMMS]

Other than the lengthy POST time, (that will only really annoy you if you're working on installing new and advanced like a Oculus Rift DK2 that requires various driver installation tests and reboots often before getting the DK2 stable (not boards fault, just nature of DK2 sometimes.) which one would expect from a server leaning Mobo due to the additional and stringent integrity checks, this machine has been running rock solid for me. No matter what I open, how many I open, or what I throw at it, it's handled it well.

Another interesting feature is that you can remove the BIOS chip by hand and replace it without the need for any soldering or tools, but no UEFI BIOS.
9人のお客様がこれが役に立ったと考えています
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faust_g
5つ星のうち2.0 Performs and annoys.
2015年4月22日にアメリカ合衆国でレビュー済み
Amazonで購入
Once your OS is loaded, the motherboard functions superbly. However, there are so many annoyances that leave me feeling negatively about this motherboard. I'll be short:
1. There's no manual. Normally this wouldn't be an issue, but you're going to need to reference the manual to find jumper locations and pins to connect your switches/LEDs and whatnot. Unfortunately, the resolution of the images in the online manual is low, so you're only going to have a general idea where the CMOS reset jumper is, for example.
2. The setting reset jump doesn't work after following the instructions in the manual, by the way. The only way I could get things to reset was to remove my video cards and yank out the battery. It's a real pain if you want to try even moderate overclocking.
3. No M.2 screw included (the documentation says that it should be). All of my vast hardware over the years doesn't include a single screw that fits (unlike what others have reported, it's *not* M2 3mm. If anyone has an idea what size screw this is, please let me know. EDIT: It appears the M2 3mm screw exists, but the capacitors below the board result in insufficient clearance for me to install my SM951. Lame.
4. It takes about 20 seconds to POST, every single time you reboot. Annoying.
9人のお客様がこれが役に立ったと考えています
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