AsRock 4U8G-TURIN2 4U Dual Socket SP5 Rack Server Barebone

Overview

The AsRock 4U8G-TURIN2 is a 4U dual-socket SP5 (LGA 6096) rack server barebone built around 4th Gen AMD EPYC "Turin" processors — the chassis, motherboard, and power delivery you need to spec a heavyweight recording or VMS host without inheriting a vendor's fixed CPU/RAM/storage bundle. At 107.59 lb and 25.39 in wide by 20.87 in tall, this is a full-depth rack platform meant for a server room or purpose-built network closet, not an edge cabinet. For integrators building out centralized video management servers, deep-archive NVR hosts, or AI inference nodes for a video analytics stack, the 4U8G-TURIN2 gives you the dual-socket SP5 headroom to size compute to the camera count and retention policy instead of the other way around.

Key Features

• Dual Socket SP5 (LGA 6096) platform: supports two 4th Gen AMD EPYC "Turin" processors per node, so a single 4U8G-TURIN2 chassis can carry the core count needed for large-scale VMS transcoding, deep learning analytics, or consolidated multi-site recording — fewer boxes to rack, cable, and patch.
• 4U rack form factor: the taller chassis height buys the internal volume for dual-CPU cooling, full-height expansion cards, and drive bays without the airflow compromises of a 1U or 2U dual-socket build — relevant when you're running GPU-accelerated analytics cards alongside storage.
• 107.59 lb chassis weight: plan rack rail load ratings and lift logistics accordingly — this is a two-person install in most cases, and cabinet weight budgets need to account for it alongside drives, PSUs, and add-in cards once populated.
• 25.39 in W x 20.87 in H footprint: confirm cabinet depth clearance and rail kit compatibility before ordering — a barebone this size is built for standard 19-inch enterprise racks with adequate front-to-back depth for full-length cards.
• TW country of origin: AsRock manufactures the barebone in Taiwan, relevant for buyers tracking supply chain origin on federal, state, or enterprise procurement paperwork.
• UNSPSC 43211502 classification: server platform categorization that speeds up procurement matching for buyers running formal purchase-order or e-procurement workflows.

Integration & Compatibility

As a barebone, the 4U8G-TURIN2 ships without CPUs, memory, or drives installed — you're building the compute node to spec rather than accepting a fixed configuration. That's the tradeoff: more integration work up front, but a platform sized precisely to your VMS software's core and RAM requirements, your codec's transcoding load, and your storage architecture's drive count. Pair it with your VMS vendor's minimum-spec guidance for the camera count and resolution mix you're deploying — dual SP5 sockets give you room to scale compute if you're adding AI-based analytics or a video wall later. When you're planning the surrounding infrastructure, review a network video recorders comparison to decide whether a barebone server or a fixed-configuration NVR fits your project better, and check a storage and retention planning guide to size drive bays against your camera count and retention window before finalizing the build. Rack-mounted compute like this typically sits alongside PoE network switches feeding the camera runs, and if you're comparing barebone platforms against turnkey options, browse the broader AsRock server lineup for other socket and rack-height configurations.

What's in the Box

The 4U8G-TURIN2 ships as a barebone chassis: the 4U rack enclosure with the dual SP5 motherboard pre-installed. CPUs, memory, storage drives, and rail kits are configured separately based on your build requirements.

Frequently Asked Questions

Q: What processors does the AsRock 4U8G-TURIN2 support?

A: The 4U8G-TURIN2 uses dual SP5 (LGA 6096) sockets, supporting two 4th Gen AMD EPYC "Turin" processors per chassis.

Q: Does the 4U8G-TURIN2 come with CPUs, RAM, or drives installed?

A: No — it ships as a barebone, meaning the 4U rack chassis and motherboard are included, but processors, memory, and storage are configured separately to match your deployment.

Q: How much does the 4U8G-TURIN2 weigh, and what rack depth does it need?

A: The barebone chassis weighs 107.59 lb and measures 25.39 in wide by 20.87 in tall in a 4U rack form factor. Confirm your cabinet's depth clearance and rail load rating before install.

Q: Where is the AsRock 4U8G-TURIN2 manufactured?

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

Q: Is the 4U8G-TURIN2 (sometimes searched as 4U8G TURIN2) suited for video management server duty?

A: Its dual-socket SP5 platform provides the core count and expansion headroom commonly needed for centralized VMS hosts, deep-archive recording, or analytics servers, though final sizing depends on the CPUs, RAM, and storage you configure into it.

James Everett

The 4U8G-TURIN2 crosses my desk whenever a project needs more compute than a fixed-config NVR can offer. This is a dual SP5 barebone — two LGA 6096 sockets for 4th Gen EPYC Turin silicon — which tells me it's aimed at centralized VMS servers and analytics nodes, not edge recording boxes.

Technical Highlights:

• Dual SP5 (LGA 6096) sockets: two-CPU headroom lets you scale core count to match concurrent stream transcoding or deep learning analytics load instead of maxing out a single-socket box.
• 4U rack form factor: the extra height over 1U/2U dual-socket chassis buys thermal margin for sustained dual-CPU loads plus room for full-height GPU or capture cards.
• 107.59 lb chassis: a real number to plan rail kits and rack load budgets around — this is not a lightweight unit once populated with drives and dual CPUs.

Deployment Considerations:

• This ships as a barebone — budget for CPUs, ECC memory, and drives separately, and confirm your VMS vendor's per-camera core/RAM guidance before finalizing the build sheet.
• At 25.39 in wide by 20.87 in tall, verify rail kit and cabinet depth compatibility before ordering — dual-socket 4U platforms need adequate front-to-back clearance for airflow and cable management.

I'd spec the 4U8G-TURIN2 for a centralized recording and analytics server consolidating dozens of camera streams across multiple sites into one rack-mounted host, where dual-socket EPYC Turin core density replaces what would otherwise be three or four smaller boxes.