AsRock GNRD8UD-2Q Deep Micro-ATX Single-Socket Server Motherboard

Overview

The AsRock GNRD8UD-2Q is a deep micro-ATX server motherboard built for single-socket rack deployments. Evidence on this specific SKU is limited to physical and origin data at this time — chipset, socket generation, memory topology, and expansion slot configuration are not confirmed in current documentation, so this listing focuses on what is verified rather than filling gaps with assumptions. If you need full platform specifications (socket type, supported CPU family, DIMM slots, PCIe lane layout) before committing to a build, request a same-day quote and current spec confirmation before ordering.

Key Features

• Deep micro-ATX form factor: at 9.60 x 10.50 in, the GNRD8UD-2Q fits standard micro-ATX rack chassis footprints while extending board depth for additional onboard circuitry — check chassis tray depth clearance before ordering, since deep micro-ATX boards can exceed standard mounting rail spacing in shallow 1U enclosures.
• 3.31 lb board weight: consistent with a fully-populated server-class motherboard rather than a stripped-down consumer board — relevant if you're calculating shipping class or rack unit static load for a multi-node build.
• Single-socket design: targets single-CPU rack or tower server builds rather than dual-socket compute density — the right footprint for edge servers, NVR hosts, or single-node application servers where dual-socket power draw and cost aren't justified.
• Country of origin CN: relevant for NDAA Section 889 and federal/state procurement screening — confirm current compliance documentation directly against your specific contract requirements before bidding on government work.

Integration & Compatibility

Because chipset and CPU socket generation aren't confirmed in current evidence for the GNRD8UD-2Q (often searched as GNRD8UD 2Q), pair this board only after confirming compatible CPU family, memory type, and BIOS revision against your specific build. This applies whether you're racking it into a video management server, an NVR host, or a general-purpose compute node.

Frequently Asked Questions

Q: What CPU socket does the GNRD8UD-2Q use?

A: Socket details are not confirmed in current documentation for this SKU. Confirm current specifications before ordering if socket compatibility is a deciding factor.

Q: What are the dimensions of the GNRD8UD-2Q?

A: The board measures 9.60 x 10.50 in (deep micro-ATX form factor).

Q: How much does the GNRD8UD-2Q weigh?

A: 3.31 lb.

Q: Where is the GNRD8UD-2Q manufactured?

A: Country of origin is listed as CN (China).

Marty Allison

The GNRD8UD-2Q crossed my bench data with only board dimensions, weight, and country of origin confirmed — no chipset or socket data attached yet. On a deep micro-ATX server board at 9.60 x 10.50 in and 3.31 lb, that's enough to plan chassis fit, but not enough to greenlight a CPU or memory purchase against it.

Technical Highlights:

• Deep micro-ATX footprint (9.60 x 10.50 in): fits standard micro-ATX mounting points but extends board depth — measure chassis tray depth before racking, especially in 1U short-depth builds.
• Single-socket design: sized for one CPU, which keeps power and cooling requirements lower than a dual-socket board — appropriate for single-node edge or NVR server builds rather than dense compute clusters.
• 3.31 lb board weight: in line with a fully-populated server board, useful for calculating static rack load on multi-node deployments.

Deployment Considerations:

• Confirm CPU socket generation, chipset, and BIOS revision directly before ordering compatible processors or memory — that data isn't attached to this listing yet.
• Country of origin is CN — if you're bidding on a federal contract with NDAA Section 889 restrictions, verify current compliance documentation against your specific solicitation before committing this board to the BOM.

Right now the GNRD8UD-2Q is a fit for buyers who already have full platform specs from their own engineering docs and are sourcing the board itself — not for buyers still deciding on CPU/memory compatibility, since that data isn't confirmed here yet.