Tyan B8058T76X4-270TE4HR 2U4N AMD EPYC 9004 Multi-Node Server

Overview

The Tyan B8058T76X4-270TE4HR is a 2U four-node (2U4N) server chassis built around 4th Gen AMD EPYC 9004 series processors, aimed at data center and enterprise compute environments where node density per rack unit matters. Four independent server nodes packed into a single 2U enclosure translate directly into fewer rack units consumed per unit of compute — a meaningful factor when colocation space or rack budget is fixed. At roughly 40 lb and 26.77 x 17.26 x 1.69 in (L x W x H), this is a standard rack-mount form factor sized to integrate into existing 19-inch rack infrastructure without custom rail kits or non-standard cutouts.

This class of platform is typically deployed behind network video recorders and VMS server tiers, or as compute infrastructure supporting analytics workloads at scale — anywhere a facility is scaling beyond single-node capacity and needs to consolidate multiple physical servers into a denser footprint.

Key Features

• 2U4N Multi-Node Design: four server nodes in a shared 2U chassis means four independent compute nodes drawing from shared power and cooling infrastructure — lower per-node rack cost and power overhead compared to four standalone 1U servers.
• AMD EPYC 9004 Series (4th Gen) Platform: built for current-generation AMD server silicon, positioning this chassis for workloads that need modern core counts and memory bandwidth rather than legacy platform limitations.
• 19-inch Rack-Mount Footprint: at 26.77 x 17.26 x 1.69 in, the chassis fits standard rack depth and 2U height planning without requiring specialty enclosures.
• 40 lb Chassis Weight: a manageable two-person lift for rack installation without rigging equipment, though loaded weight with drives, memory, and processors installed will run higher — factor that into rack shelf and rail load ratings.
• Country of Origin Transparency: manufactured in China (CN), a detail relevant to buyers tracking supply chain origin for internal procurement or compliance documentation.

Integration & Compatibility

As an AMD EPYC 9004 series platform, the B8058T76X4-270TE4HR is built to pair with 4th Gen EPYC processors and the memory, storage, and networking ecosystem that generation supports. Buyers planning a deployment around this chassis should confirm specific CPU SKU, memory, storage backplane, and networking configuration against current server documentation before finalizing a bill of materials, since node-level configuration options on multi-node platforms like this vary by build. If this chassis is going into a video surveillance or access control back end, pair sizing decisions with a surveillance deployment guide to make sure compute headroom matches camera count and retention requirements before committing to a specific node configuration.

Frequently Asked Questions

Q: What processors does the B8058T76X4-270TE4HR support?

A: It is built for AMD EPYC 9004 series (4th Gen) processors. Specific supported SKUs, core counts, and TDP limits should be confirmed against current documentation for your exact node configuration.

Q: How many nodes are in the B8058T76X4-270TE4HR chassis?

A: It is a 2U4N platform — four independent server nodes housed in a single 2U rack-mount chassis.

Q: What are the physical dimensions and weight of the B8058T76X4-270TE4HR?

A: The chassis measures 26.77 x 17.26 x 1.69 in (L x W x H) and weighs approximately 40 lb unloaded.

Q: Where is the B8058T76X4-270TE4HR manufactured?

A: Country of origin is listed as China (CN).

Jerry Tildsen

The B8058T76X4-270TE4HR is a 2U4N chassis — four EPYC 9004-series nodes sharing one 2U rack slot — and that density number is the whole story on this platform before you even get to per-node configuration.

Technical Highlights:

• 2U4N Layout: four independent nodes in 2U means roughly a 4:1 improvement in nodes-per-rack-U versus standalone 1U servers, which matters when you're colocation-constrained or building out a compute cluster with limited rack space.
• AMD EPYC 9004 Series Platform: targets 4th Gen EPYC, so you're speccing current-generation core counts and memory bandwidth rather than an outgoing platform.
• 26.77 x 17.26 x 1.69 in / 40 lb Chassis: standard rack depth and 2U height — plan rail and PDU placement accordingly, and remember loaded weight climbs once drives, DIMMs, and CPUs are installed.

Deployment Considerations:

• Multi-node chassis like the B8058T76X4-270TE4HR typically share power supplies and cooling across all four nodes — confirm PSU redundancy configuration before assuming any single node can be serviced without affecting others.
• Node-level specs (per-node memory slots, storage bays, NIC configuration) vary by exact build — get the specific bill of materials for your node configuration before finalizing a quote, don't assume all four nodes are configured identically.

This is the right chassis to evaluate when you're consolidating a small EPYC 9004 compute cluster — four nodes' worth of workload — into a single 2U rack allocation rather than burning four separate 1U slots.