Build Your Complete System
Manufacturer-verified compatible cameras, recorders, mounts, accessories, and licenses for this product. Adjust quantities and add the entire bundle to your cart in one click.
No Bots, Just Experts
Questions about this product? Free pre-sales support from a senior specialist — product questions, compatibility checks, BOM quotes, price confirmation — typically answered within one business day. Need camera placement or system design work? Engineering time is $175 per hour (qty 1 = 1 hour). Hardware buyers get up to one hour ($175) credited back on their order.
AsRock ROMED16QM3 EEB Server Motherboard
Overview
The AsRock ROMED16QM3 is an EEB-form-factor server motherboard built around a single SP3 processor socket, sized for rackmount chassis at 15.00 x 14.50 in with a 3.00 in max component height and a 4.05 lb board weight. It is aimed at integrators building recording servers, VMS hosts, and edge-compute nodes where board-level reliability and rack compatibility matter more than desktop convenience. The ROMED16QM3 ships factory-new, sourced through channel-direct sourcing with no grey-market or parallel imports, and its country of origin is listed as China (CN) under UNSPSC code 43201513 for procurement and export classification.
Key Features
- EEB form factor (15.00 x 14.50 in): matches standard rackmount and tower server chassis without a custom tray — check your case's EEB clearance before ordering, since this is a larger footprint than ATX.
- 3.00 in max board height: a relevant number when you're stacking this into a 2U or 3U chassis with limited internal clearance around the socket and DIMM banks — measure your chassis riser height against this before you commit to a low-profile build.
- 4.05 lb board weight: useful for calculating shipped system weight when this board goes into a fully populated rack chassis with drives, PSUs, and cabling — freight and rack-density planning both depend on getting this right.
- Single SP3 socket platform: positions this board for single-socket server-class deployments — a lower-cost, lower-power-draw alternative to dual-socket boards when your workload (recording, transcoding, light virtualization) doesn't need two CPUs' worth of PCIe lanes and cores.
- Factory-new, channel-direct sourcing: no grey-market or parallel-import risk on a board this specialized — meaningful when server motherboards commonly show up refurbished or pulled from decommissioned systems on secondary markets.
Integration & Compatibility
Because the ROMED16QM3 is EEB-sized, plan your chassis selection around full EEB tray support, not just ATX-compatible mounting holes — mismatched standoffs are the most common install error on this class of board. Pair it with a chassis and PSU rated for continuous server-class duty cycles, and confirm your rack has the 15.00 x 14.50 in clearance plus the 3.00 in vertical space this board and its socket cooler require. For teams building out network video recorders or custom VMS hosts, this board is a foundation component — pair it with adequate storage and retention planning before finalizing drive counts and RAID configuration. Review the broader AsRock catalog for compatible chassis and expansion components, and consult a VMS architecture guide if this board is going into a multi-camera recording deployment. A rack mount accessories line is worth checking for rail kits matching your chassis depth.
Frequently Asked Questions
Q: What form factor is the ROMED16QM3?
A: EEB, measuring 15.00 x 14.50 in with a 3.00 in maximum component height — confirm your chassis supports full EEB trays before ordering.
Q: How much does the ROMED16QM3 weigh?
A: 4.05 lb for the bare board, useful for calculating total shipped or racked system weight.
Q: Where is the ROMED16QM3 manufactured?
A: Country of origin is listed as China (CN).
Q: Is the ROMED16QM3 new or refurbished?
A: It is factory-new, sourced through channel-direct sourcing with no grey-market or parallel imports.

The AsRock ROMED16QM3 lands on my bench when a build needs single-socket SP3 server capability without going to a dual-socket board — the EEB footprint at 15.00 x 14.50 in tells you right away this isn't going in a standard mid-tower.
Technical Highlights:
- EEB 15.00 x 14.50 in footprint: matches server-chassis trays directly, but it's noticeably larger than ATX — verify chassis compatibility before racking.
- 3.00 in max component height: the ceiling you're working with in a lower-profile 2U build; check your socket cooler height against it.
- 4.05 lb board weight: factor this into total system weight calculations for rack density and shipping.
Deployment Considerations:
- Confirm chassis EEB tray support and standoff layout before mounting — this is the most common fitment mistake on boards this size.
- Country of origin is CN; flag this during procurement if your deployment has sourcing-origin restrictions to verify against your specific compliance requirements.
Solid pick for a single-socket SP3 recording server or VMS host build where rack space is available and you don't need dual-CPU headroom — the ROMED16QM3 gets you server-class board reliability without the cost and power draw of a two-socket platform.
Compare with similar
ASROCK ROMED16QM3 Rack ROMED16QM3 EEB Server Motherboard
Build Your Complete System
Manufacturer-verified compatible cameras, recorders, mounts, accessories, and licenses for this product. Adjust quantities and add the entire bundle to your cart in one click.
Looking for more AsRock products? Shop the full AsRock catalog →
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price
System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology