Tyan B8037T73X4-200PV4HR-185 2U4N AMD EPYC 7003 Server

Tyan B8037T73X4-200PV4HR-185 2U4N AMD EPYC 7003 Multi-Node Server

Overview

The Tyan B8037T73X4-200PV4HR-185 is a 2U4N multi-node server platform built for AMD EPYC 7003 Series (3rd Gen) processors. The 2U4N architecture packs four independent server nodes into a single 2U chassis, which is the core value proposition of this class of hardware: you get four-node compute density in the rack space a single dual-socket 2U server would normally occupy. That matters directly for data center and edge-compute deployments where rack unit cost, power distribution, and cooling infrastructure are the binding constraints rather than raw CPU count. At 26.77 x 17.26 x 1.69 in and roughly 40 lbs, the chassis footprint is consistent with a standard 2U rack-mount enclosure, so planning rail kits and rack depth clearance ahead of installation is worthwhile before the unit arrives on site.

Because this platform is built around AMD EPYC 7003 Series processors, it targets workloads that benefit from high core counts and large memory bandwidth per node — virtualization clusters, distributed storage, and video management or analytics back-ends where each node in the chassis can be provisioned and managed as its own independent server. The B8037T73X4-200PV4HR-185 designation reflects Tyan's platform-and-configuration naming convention; buyers sourcing this exact configuration should confirm node-level specifications (per-node socket count, memory channels, drive bays, and networking) directly against the manufacturer's current documentation before finalizing a deployment plan, since detailed per-node specifications were not available for this listing.

Key Features

2U4N multi-node design: four independent nodes in one 2U chassis reduces total rack units consumed compared to deploying four separate 1U or 2U servers — a direct win when rack space and per-U colocation costs are fixed constraints.

AMD EPYC 7003 Series (3rd Gen) platform: built around AMD's third-generation EPYC architecture, positioning this chassis for core-dense, memory-bandwidth-heavy workloads rather than general-purpose light compute.

40 lb chassis weight: confirms a standard rack-mount build; factor this into rail kit weight ratings and rack loading calculations, especially when populating multiple units in the same rack.

26.77 x 17.26 x 1.69 in footprint: a 2U-height, standard-depth chassis — verify rack depth and cable management clearance against this envelope before ordering rails.

Integration & Compatibility

As an AMD EPYC 7003 Series platform, the B8037T73X4-200PV4HR-185 (often searched as B8037T73X4 200PV4HR 185) is intended for data center and server-room environments where rack-mount infrastructure, redundant power distribution, and structured cabling are already in place. If you're planning a broader compute or storage refresh, review your server and compute hardware options alongside networking gear from the same build-out, and check current PoE and network switches if the deployment includes edge devices feeding data back to this platform. For teams sizing out a full rack rather than a single chassis, a server and storage planning guide is a useful next step before committing to node count and power budget. Full compatibility, per-node specifications, and BIOS/management stack details should be confirmed against Tyan's current documentation for this exact SKU prior to purchase.

Frequently Asked Questions

Q: What processors does the B8037T73X4-200PV4HR-185 support?

A: This platform is built for AMD EPYC 7003 Series (3rd Gen) processors.

Q: How many nodes does the B8037T73X4-200PV4HR-185 chassis hold?

A: It is a 2U4N design, meaning four independent server nodes in a single 2U rack-mount chassis.

Q: How much does the B8037T73X4-200PV4HR-185 weigh?

A: The chassis weighs approximately 40 lbs.

Q: What are the dimensions of the B8037T73X4-200PV4HR-185?

A: 26.77 x 17.26 x 1.69 inches (L x W x H).

James Everett

The B8037T73X4-200PV4HR-185 is a 2U4N chassis — four EPYC 7003-class nodes sharing one 2U rack footprint, which is the number that actually matters here: you're trading per-node serviceability for rack density.

Technical Highlights:

2U4N node density: four server nodes in 2U of rack space cuts your rack-unit consumption to roughly a quarter of what four discrete 2U servers would need.
AMD EPYC 7003 Series platform: third-gen EPYC support puts this chassis in core-dense, memory-bandwidth-heavy compute territory rather than light general-purpose use.
40 lb / 26.77 x 17.26 x 1.69 in chassis: standard 2U rack-mount envelope — confirm rail kit load rating and rack depth before racking multiple units.

Deployment Considerations:

Multi-node chassis share a common power and cooling infrastructure across all four nodes, so plan PDU and airflow capacity for the full populated chassis, not a single node.
Per-node specifications (drive bays, NICs, memory channels) were not detailed in the available documentation for this exact configuration — confirm those against Tyan's current spec sheet before finalizing a build-out.

This is the right shape of platform when a data center or edge compute deployment needs four independently manageable EPYC 7003 nodes and rack space is the tightest constraint in the design.