AsRock 2U12L-ICX2 2U Rackmount Storage Server Barebone
The AsRock 2U12L-ICX2 is a 2U rackmount storage server barebone built around a dual Socket P+ (LGA) platform — the starting chassis for integrators who need to spec their own CPU, memory, and drive configuration for a video management or storage workload rather than buying a fixed-configuration appliance. At 43.70 x 23.62 x 12.99 inches and 73.15 lb, this is a full-depth rack chassis meant for a proper data center or server room rack, not a shallow wall-mount enclosure.
Overview
As a barebone, the 2U12L-ICX2 ships as chassis, motherboard, and backplane infrastructure without CPUs, RAM, or drives installed — that's the point. It gives system integrators control over the exact processor, memory speed/capacity, and storage mix for the deployment, whether that's a large-channel NVR build, a VMS storage node, or general enterprise compute. The dual Socket P+ platform supports two processors, which matters for workloads that need headroom for simultaneous recording, transcoding, and analytics processing rather than a single-socket ceiling.
Key Features
- 2U Rack Form Factor: fits standard 19-inch rack infrastructure alongside network video recorders and switching gear — no custom rack adapters needed.
- Dual Socket P+ (LGA) Platform: two-CPU support gives you a scaling path for compute-heavy storage or VMS server roles instead of maxing out a single-socket board.
- 73.15 lb Chassis Weight: plan rack rail and floor-loading capacity accordingly, especially in a rack that's already carrying multiple heavy chassis.
- 43.70 in Chassis Depth: confirm your rack's usable depth before ordering — this is a long chassis that won't fit shallow network racks.
- Taiwan (TW) Manufacture: country-of-origin documentation is available for procurement teams tracking sourcing on federal or regulated projects.
Integration & Compatibility
Because the 2U12L-ICX2 is a barebone rather than a complete server, pair it with compatible LGA Socket P+ processors, ECC memory, and drives sized to your storage and retention plan. For surveillance and storage deployments, review a VMS storage architecture guide before finalizing drive count and RAID layout, and budget rack space for a PoE network switch if this chassis is feeding a camera network. Browse the full AsRock server catalog for compatible motherboard and CPU pairings.
Frequently Asked Questions
Q: Does the AsRock 2U12L-ICX2 include CPUs, RAM, or drives?
A: No — it is a barebone chassis. You supply Socket P+ compatible processors, memory, and storage drives to match your deployment.
Q: What rack size does the 2U12L-ICX2 require?
A: It is a 2U rackmount unit measuring 43.70 x 23.62 x 12.99 inches, so confirm your rack has sufficient depth before ordering.
Q: How much does the 2U12L-ICX2 weigh?
A: The bare chassis weighs 73.15 lb; factor that into rack rail and floor load planning, especially once populated with CPUs and drives.
Q: Where is the 2U12L-ICX2 manufactured?
A: Taiwan (TW), per country-of-origin documentation.
The 2U12L-ICX2 crossed my bench as a build-your-own storage node request, and the spec that matters most up front is the dual Socket P+ (LGA) platform — that's your ceiling for compute scaling on this chassis, and it's a barebone, so nothing is populated yet.
Technical Highlights:
- Dual Socket P+ (LGA) Platform: two-CPU capability gives real headroom for storage nodes that also need to run analytics or transcoding alongside recording ingest.
- 2U Rack Form Factor: standard 19-inch rack compatibility, so it drops into existing server room infrastructure without special mounting.
- 73.15 lb / 43.70 x 23.62 x 12.99 in: confirm rail load rating and rack depth before racking — this is a heavy, long chassis, not a shallow appliance.
Deployment Considerations:
- Since this ships as a barebone, budget separately for LGA Socket P+ CPUs, ECC memory, and drives — none of that is included in the 2U12L-ICX2 itself.
- At 43.70 inches deep, measure your rack's usable depth before ordering; this chassis will not fit shallow network racks designed for switches and patch panels.
Good fit for an integrator building a custom VMS storage server or NVR backend where you need control over CPU and drive selection rather than a fixed-configuration appliance — not a fit for anyone expecting a plug-and-play NVR out of the box.
