ASRock Rack 1U10E-ROME/2T Review AMD EPYC 1U 10x NVMe Server

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ASRock Rack 1U10E ROME2T Overview
ASRock Rack 1U10E ROME2T Overview

When we started the review process for the ASRock Rack 1U10E-ROME/2T we were immediately surprised. The system is highly focused on providing a solid AMD EPYC 7002 series single-socket platform in a cost-optimized manner. Our initial thought is that this is a minimalistic server, but as we started to work through the system, we realized it has a lot more to offer than we expected, including a small but important undocumented feature.

ASRock Rack 1U10E-ROME/2T Hardware Overview

Since this is a more complex system, we are first going to look at the system chassis. We are then going to focus our discussion on the design of the internals.

ASRock Rack 1U10E-ROME/2T External Overview

First off, the 1U10E-ROME/2T is noticeably shorter than many competitive servers. It measures 625mm deep or 24.6 inches. Many of the servers we review are over 725mm so this was a noticeably smaller package that will fit in more racks.

ASRock Rack 1U10E ROME2T Front
ASRock Rack 1U10E ROME2T Front

Looking at the front of the system, we can see a fairly standard 1U solution. There is a USB 3.0 port, basic power and reset buttons along with status LEDs as one would expect. We get 10x 2.5″ bays and they offer a few surprises for us.

First, the drive bays accept SATA or NVMe, so one can use lower power/ cost drives for boot media, then high-performance NVMe for primary storage. The second pleasant surprise was the speed.

Here is an Intel DC P3700 SSD in the system. This is a PCIe Gen3 device so you will see multiple references here to 8GT/s in the link speed. Many AMD EPYC 7002 systems only support PCIe Gen3 speeds on their U.2 drive bays so this is what we expected.

Intel PCIe Gen4 NVMe SSD 8GTs
Intel DC P3700 PCIe Gen3 NVMe SSD 8GTs

We tried theĀ Kioxia CM6 that we reviewed to see if the system would link at PCIe Gen4 speeds.

Kioxia CM6 Cover
Kioxia CM6 Cover

We were pleasantly surprised that this system linked without issue at PCIe Gen4 16GT/s speeds and when we put a load on the drive we saw performance in-line with our initial benchmarks with the drive validating that it was indeed working at PCIe Gen4 speeds. This is an absolutely great feature.

Kioxia PCIe Gen4 NVMe SSD 16GTs
Kioxia PCIe Gen4 NVMe SSD 16GTs

We are going to note that while this worked, the spec sheet online says “10 Bay 2.5” SATA (6Gb/s) or NVMe (8Gb/s) Drives.) If that is 8GB/s, then that likely means PCIe Gen4, but it may be worth validating with ASRock Rack if you plan to use PCIe Gen4 NVMe SSDs.

Moving to the rear of the system, we can see a relatively simple layout. Although the 10x SATA and PCIe Gen4 NVMe SSD bays are a decidedly higher-end feature, this is actually a relatively cost-optimized platform. We have two 750W 80Plus Platinum power supplies on one side, and two expansion slots on the other. Some higher-end (and more costly) 1U AMD EPYC servers have 3 PCIe expansion slots at the rear of the chassis, but here we have 1-2.

ASRock Rack 1U10E ROME2T Rear
ASRock Rack 1U10E ROME2T Rear

The rear I/O shows a legacy serial and VGA ports. There are also two USB 3.2 Gen1 ports on the rear of the system. We also see a standard IPMI management port just above the USB ports.

ASRock Rack 1U10E ROME2T Rear IO
ASRock Rack 1U10E ROME2T Rear IO

The other perhaps surprise feature in this system is the networking. One may assume that the onboard RJ45 networking ports are 1GbE, but instead, they are 10Gbase-T ports. The dual 10GbE ports are powered by an Intel X550 NIC. Although this is a cost-optimized platform, we really like this basic networking. Compared to other servers in this class it is a differentiator. If you are using SFP+ networking in a rack, it is now fairly inexpensive to add SFP+ to 10Gbase-T adapters to switches in order to convert media making this feature far more useful. We still may prefer dual 10Gb SFP+ ports plus a single 1GbE NIC, but this is a good option as well.

Next, we are going to proceed with our internal overview.

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REVIEW OVERVIEW
Design & Aesthetics
9.0
Performance
9.2
Feature Set
9.2
Value
9.4
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Patrick has been running STH since 2009 and covers a wide variety of SME, SMB, and SOHO IT topics. Patrick is a consultant in the technology industry and has worked with numerous large hardware and storage vendors in the Silicon Valley. The goal of STH is simply to help users find some information about server, storage and networking, building blocks. If you have any helpful information please feel free to post on the forums.

6 COMMENTS

  1. What low power Arm CPU? Once they have similar features and performance they’re using the same as Intel and AMD’s lower than Intel.

  2. What is the firmware lifecycle experience like for the server? For example Dell and HP release firmware updates not just for the BIOS and BMC but for drives, add in cards and even power supplies. If you go with AS Rock Rack servers does the owner have to track down all these firmwares or are they consolidated and delivered similarly by a AS Rock Rack?

  3. Typo:
    “The redundant power supplies in the server are 0.75W units” (top of the last page)

    You meant to write:
    “The redundant power supplies in the server are 0.75*K*W units”, or
    “The redundant power supplies in the server are *750*W units”

  4. Jared – you are likely tracking them down since this is being sold (as reviewed) as a barebones server. On the other hand, you do not have updates behind a support agreement wall. I know some VARs will also manage this. ASRock Rack is also using fairly standard components. For example, to get NIC drivers one can use the standard Intel drivers. You are 100% right that there is a difference here.

    BinkyTo – someone on Twitter got that one too. We are changing servers to kW from W so still working on getting everything on the new kW base. Fixed now.

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