AsRock 4U10G-TURIN2/RF Dual-Socket SP5 4U Server Barebone

The AsRock 4U10G-TURIN2/RF is a 4U rack server barebone built around dual SP5 (LGA 6096) sockets, the platform footprint for AMD EPYC 'Turin' generation processors. At 123.46 lb for the bare chassis, this is a full-depth rack-mount platform intended for data center and enterprise server room deployment, not edge or desk-side use. The model number 4U10G-TURIN2/RF (often searched as 4U10G TURIN2/RF) reflects its 4U chassis height, 10G networking orientation, and dual-Turin-socket design.

Overview

This barebone ships as a chassis-and-motherboard platform rather than a fully configured server — integrators add their own CPUs, memory, storage, and expansion cards to match workload requirements. The dual SP5 socket layout supports two-processor configurations, relevant for virtualization hosts, video management servers, and analytics workloads that benefit from high core counts across two CPUs rather than one.

Key Features

• Dual SP5 (LGA 6096) sockets: supports two-CPU configurations on the SP5 platform, giving you a path to scale core count and memory bandwidth across two processors instead of maxing out a single-socket board.
• 4U rack form factor: the taller chassis height typically allows for more drive bays, expansion slots, and airflow headroom than 1U/2U alternatives — a tradeoff of rack density for serviceability and thermal margin.
• 123.46 lb chassis weight: plan rack rail load ratings and lift logistics accordingly; this is a two-person install in most server rooms.
• 10G-oriented networking (per model designation): the '10G' in the model name signals onboard networking built around 10-gigabit Ethernet, useful for storage traffic or high-throughput video ingest once configured.
• Manufactured in Taiwan: country of origin is documented for procurement and compliance review.

Integration & Compatibility

Because this is a barebone platform, final compatibility depends on the AMD EPYC SP5 processors, memory, and storage you pair with it. Confirm CPU, RAM, and NIC compatibility lists directly against your configuration before ordering components. For rack planning, review network video recorders and server platforms to compare density and workload fit, and consult a VMS architecture guide if this chassis is destined for video management duty. Pair with a rack mount accessories selection for rail kits sized to the 4U, 123.46 lb chassis.

Frequently Asked Questions

Q: How many CPU sockets does the 4U10G-TURIN2/RF support?

A: Two — it uses a dual SP5 (LGA 6096) socket layout.

Q: How much does the 4U10G-TURIN2/RF weigh?

A: The chassis weighs 123.46 lb.

Q: Where is the 4U10G-TURIN2/RF manufactured?

A: Taiwan (TW).

Q: Does the 4U10G-TURIN2/RF include CPUs, memory, or storage?

A: This listing covers the barebone chassis and motherboard platform; processors, memory, and storage are configured separately to match your workload.

Jerry Tildsen

The 4U10G-TURIN2/RF is a dual-socket SP5 barebone — the part number itself tells you most of what you need before you even open a spec sheet: 4U height, dual Turin-generation CPU sockets, 10G-class networking orientation.

Technical Highlights:

• Dual SP5 (LGA 6096): two-socket support means you're scaling compute across two physical CPUs — plan memory channels and NUMA topology around that before you spec cores.
• 4U chassis: more vertical space than a 1U/2U platform generally buys you better airflow and more drive bays, at the cost of rack density.
• 123.46 lb bare weight: that's before CPUs, RAM, drives, or PSUs go in — budget rail hardware and lift plan for a fully loaded chassis well north of that figure.

Deployment Considerations:

• This is a barebone — you're sourcing SP5-compatible EPYC processors, DIMMs, and drives separately, so lead time and BOM planning matter more than with a pre-configured server.
• Confirm rail kit and rack depth against the 4U chassis dimensions before ordering; full-depth dual-socket platforms don't fit shallow enclosures.

Reach for the 4U10G-TURIN2/RF when you're standing up a dual-socket virtualization host or high-throughput video management server and need the socket count and chassis headroom a 1U/2U single-socket board can't give you.