AsRock 1U12E-TURIN2/EVAC 1U Dual Socket SP5 EDSFF Server Barebone

Overview

The AsRock 1U12E-TURIN2/EVAC is a 1U rack server barebone built around dual LGA 6096 (SP5) sockets, engineered for 4th Gen AMD EPYC "Turin" processors in high-density compute and storage deployments. At 60.19 lb and a 1U rack form factor, 1U12E-TURIN2/EVAC (often searched as 1U12E TURIN2/EVAC) targets integrators building out video management server clusters, storage nodes, or virtualization hosts where rack density and dual-CPU throughput matter more than a preconfigured off-the-shelf tower. As a barebone chassis, it ships without CPU, memory, or drives — giving system builders full control over the configuration rather than locking them into a fixed SKU.

Key Features

• Dual Socket SP5 (LGA 6096): two CPU sockets in a 1U chassis means you can scale core count and memory channels per node instead of adding more chassis to the rack — a real factor when rack unit space and power circuits are the binding constraint in a colocation or on-prem server room.
• 1U Rack Form Factor: standard 19-inch rack compatibility lets you slot this into existing rack infrastructure alongside NVR appliances, switches, and UPS units without custom rail kits or nonstandard mounting.
• 12E EDSFF-Oriented Bay Layout: the "12E" designation in the model number reflects a 12-bay front layout suited to EDSFF drives, which matters for teams deploying dense NVMe storage arrays for high-throughput workloads like large-scale video retention or database serving.
• 60.19 lb Chassis Weight: know this before you rack it solo — a fully loaded 1U dual-socket chassis at this weight is a two-person lift-and-align job, especially once CPUs, memory, and 12 drives are installed.
• Country of Origin: Taiwan: manufactured in Taiwan, which is relevant for procurement teams tracking supply chain origin on federal, state, or enterprise deployments with sourcing documentation requirements.

Integration & Compatibility

Because this is a barebone platform, plan your build around AMD EPYC "Turin" processors compatible with the SP5 socket, along with the memory, storage, and add-in cards your workload requires. Integrators pairing this chassis into a broader security or IT deployment can rack it alongside network video recorders and connect it through PoE and network switches already standardized in the rack. If you're scoping a server refresh, review a VMS architecture guide before finalizing socket count and drive bay allocation — dual-socket SP5 platforms like the 1U12E-TURIN2/EVAC are frequently oversized for single-site deployments but right-sized for regional or enterprise VMS hosting. Explore the full AsRock server lineup for alternate chassis density and drive-bay configurations, and check the rack server category for comparable dual-socket options if 12-bay EDSFF isn't the right storage fit for your workload.

What's in the Box

Evidence does not confirm exact accessory contents for this barebone unit — configure your order with the CPU, memory, storage, and rail kit accessories your deployment requires.

Frequently Asked Questions

Q: Does the 1U12E-TURIN2/EVAC include CPUs and memory?

A: No — this is a barebone chassis. It ships with the dual SP5 socket motherboard and chassis but requires separately sourced AMD EPYC Turin processors, memory, and storage.

Q: How many drive bays does the 1U12E-TURIN2/EVAC support?

A: The model designation indicates a 12-bay EDSFF-oriented front panel layout in a 1U chassis.

Q: What rack size does this fit?

A: It is built in a standard 1U rack form factor for 19-inch server racks.

Q: How much does the 1U12E-TURIN2/EVAC weigh?

A: The chassis weighs 60.19 lb; plan for a two-person installation once populated with CPUs, memory, and drives.

Q: Where is the 1U12E-TURIN2/EVAC manufactured?

A: Taiwan, per manufacturer country-of-origin data.

Karl Wilson

The 1U12E-TURIN2/EVAC crosses my desk whenever a client asks for a dense dual-socket node that doesn't eat two rack units. Dual LGA 6096 (SP5) sockets in a 1U chassis is the headline spec here — it's built for 4th Gen EPYC "Turin" silicon, and that socket count is what lets you consolidate compute that would otherwise need a second server.

Technical Highlights:

• Dual SP5 Socket: two CPU sockets in a single 1U enclosure — the core reason to pick this over a single-socket 1U alternative when your workload is core-hungry (VM hosting, transcoding, large-scale analytics).
• 12-Bay EDSFF Front Panel: the "12E" naming signals a 12-bay layout suited to EDSFF drives, giving you meaningfully more NVMe throughput and density per rack unit than a standard 2.5-inch bay layout.
• 60.19 lb Chassis Weight: heavier than a typical single-socket 1U unit even before you load drives and DIMMs — budget rail hardware and a second set of hands for the rack install.

Deployment Considerations:

• This is a barebone — CPUs, RAM, storage, and any HBA/NIC add-in cards are sourced separately, so your total build cost and lead time depend on component availability, not just the chassis.
• Watch your power and cooling budget: dual SP5 EPYC Turin processors in a 1U chassis push high thermal density — confirm your rack's airflow and PDU capacity before committing to a fully populated dual-CPU build.

I'd spec the 1U12E-TURIN2/EVAC for a regional data center or MSP colo node consolidating VM hosts and NVMe-backed storage into minimal rack space — not for a small single-site server closet where a single-socket 1U unit would be simpler to power and cool.