AsRock 2U4G-ROME/2T 2U Rackmount GPU Barebone Server

The AsRock Rack 2U4G-ROME/2T is a 2U rackmount barebone server built around the AMD SP3 (LGA4094) socket for EPYC 7002 series processors. It ships as a barebone chassis-and-platform unit, giving integrators a defined mechanical and thermal envelope to build a GPU-capable compute node around rather than a fully configured, ready-to-deploy server. This search variation is sometimes written as 2U4G ROME/2T, which reflects both the codename tie to the EPYC "Rome" generation and the platform's networking configuration.

Overview

At 38.98 x 24.21 x 10.35 in and 64.02 lb bare, the 2U4G-ROME/2T occupies standard 2U rack space — plan for adequate rail support and rack depth clearance given the chassis length. The unit is manufactured in Taiwan, which is worth noting for buyers tracking country-of-origin requirements on federal, defense, or supply-chain-sensitive procurements.

Key Features

• AMD SP3 (LGA4094) platform: built for EPYC 7002-series "Rome" processors, positioning this chassis for single- or dual-socket compute workloads where core count and PCIe lane availability matter more than clock speed alone.
• 2U rack form factor: fits standard 19-inch rack infrastructure without consuming the vertical space a 3U or 4U GPU chassis would require — relevant when rack unit budget is tight in a shared colo or server room.
• 64.02 lb bare chassis weight: factor this into rail load ratings and shipping/installation planning before adding drives, GPUs, and a full complement of DIMMs, which will add meaningfully to the in-rack weight.
• 38.98 in chassis depth: confirm rack depth clearance before ordering — this is a long chassis and will not fit shallow enclosures.

Integration & Compatibility

As a barebone unit, the 2U4G-ROME/2T requires a compatible EPYC 7002-series processor, memory, storage, and a GPU or expansion cards to become a working system. Confirm processor, memory, and card-level compatibility against the specific configuration you plan to build before ordering.

Frequently Asked Questions

Q: What processors does the AsRock 2U4G-ROME/2T support?

A: It uses the AMD SP3 (LGA4094) socket, built for AMD EPYC 7002 series ("Rome") processors.

Q: Is the 2U4G-ROME/2T a complete server or a barebone?

A: It is a barebone platform — the chassis and SP3 platform are included, but CPU, memory, storage, and GPU/expansion cards are added separately.

Q: What rack space does the 2U4G-ROME/2T require?

A: It is a 2U rackmount unit measuring 38.98 x 24.21 x 10.35 in, so confirm your rack has sufficient depth before ordering.

Q: Where is the 2U4G-ROME/2T manufactured?

A: Its country of origin is Taiwan (TW).

James Everett

The 2U4G-ROME/2T is an SP3 (LGA4094) barebone, which tells you immediately this is an EPYC 7002-series build target, not a drop-in appliance. If you're speccing GPU-adjacent compute or storage-heavy nodes on Rome-generation EPYC, this is the chassis you build around rather than buy finished.

Technical Highlights:

• AMD SP3 / LGA4094 socket: locks compatibility to EPYC 7002-series processors — verify your specific CPU SKU against AsRock's supported list before ordering memory and cooling.
• 2U rack form factor at 64.02 lb bare: a manageable single-technician lift bare, but budget for a heavier finished weight once CPU, RAM, drives, and cards are installed.
• 38.98 x 24.21 x 10.35 in chassis: the 38.98 in depth is the number to check against your rack before this ships — it's a long 2U chassis.

Deployment Considerations:

• Because this is a barebone, procurement needs to bundle EPYC 7002 CPU(s), ECC memory, storage, and any GPU/expansion cards in the same order — treat it as a platform, not a finished node.
• Country of origin is Taiwan (TW), worth flagging early if the deployment has origin-tracking or procurement documentation requirements.

Best fit: an integrator building a custom EPYC 7002 "Rome" compute node — GPU-adjacent analytics, virtualization host, or dense storage server — who wants the 2U4G-ROME/2T chassis and SP3 platform as the foundation and will source CPU, memory, and cards separately.