Tyan B8037T73X4-200PE4HR-185 2U4N Multi-Node AMD EPYC Server

Overview

The Tyan B8037T73X4-200PE4HR-185 is a 2U four-node (2U4N) server platform built around 3rd Generation AMD EPYC 7003 Series processors — a density play for data centers and edge compute rooms that need four independent compute nodes sharing one 2U chassis footprint instead of four separate 1U boxes. At roughly 26.77 x 17.26 x 1.69 in and 40 lb, the B8037T73X4-200PE4HR-185 is sized for standard 19-inch rack deployment, and that combination of shared chassis infrastructure with per-node compute independence is the core reason integrators specify multi-node platforms over discrete single-node servers when rack space and shared power/cooling efficiency matter.

Key Features

• 3rd Gen AMD EPYC 7003 Series support: each of the four nodes runs on EPYC 7003 silicon, giving you high core-count, high-memory-bandwidth compute per node — the right foundation for virtualization clusters, VMS server farms, or HPC batch nodes where per-socket throughput drives the sizing decision.
• 2U4N multi-node architecture: four independently serviceable compute nodes in one 2U chassis cuts rack unit consumption roughly 4:1 versus four separate 1U servers, which matters directly on colocation billing and on data centers running out of rack elevations before they run out of power budget.
• Compact 2U rack footprint: at 1.69 in of chassis height per the listed dimensions and a 26.77 in depth, the platform is built to fit standard enterprise rack depths without custom rail kits in most cabinet designs — confirm depth clearance against your specific cabinet before ordering.
• 40 lb chassis weight: a manageable two-person lift for rack-and-stack installs, relevant when planning install labor and freight elevator or loading dock logistics for a data center build-out.
• Country of origin CN: manufactured in China — factor this into any NDAA Section 889 or TAA compliance review your procurement process requires before specifying this platform into a federal or federally-funded deployment.

Integration & Compatibility

The B8037T73X4-200PE4HR-185's multi-node design is built for environments already standardized on rack-mount infrastructure — colocation cages, on-prem data centers, and larger surveillance or VMS back-end rooms consolidating recording and analytics workloads onto EPYC-class compute. Because each of the four nodes operates independently, a single chassis failure event (shared power supply or backplane) is the main architectural tradeoff to plan around versus fully discrete servers — size your redundancy strategy (N+1 power, workload replication across nodes) accordingly. For broader infrastructure planning, review current network video recorders and server platforms when scoping a full recording and analytics stack, and consult a VMS architecture guide before finalizing node count and storage attach strategy. Pair the platform with network switches sized for the aggregate throughput of four active EPYC nodes, and browse the full Tyan server lineup if a different node count or single-node configuration better fits your rack budget.

Frequently Asked Questions

Q: What processors does the Tyan B8037T73X4-200PE4HR-185 support?

A: It's built for 3rd Generation AMD EPYC 7003 Series processors, with support across all four independent nodes in the 2U4N chassis.

Q: How many compute nodes are in the B8037T73X4-200PE4HR-185?

A: Four independent nodes share the single 2U chassis (2U4N configuration).

Q: How much does the B8037T73X4-200PE4HR-185 weigh?

A: The chassis weighs 40 lb, with overall dimensions of 26.77 x 17.26 x 1.69 in (L x W x H).

Q: Where is the B8037T73X4-200PE4HR-185 manufactured?

A: Country of origin is listed as CN (China) — relevant for NDAA Section 889 or TAA compliance review on federal or federally-funded projects.

Q: Is the B8037T73X4-200PE4HR-185 (often searched as B8037T73X4 200PE4HR 185) rack-mountable?

A: Yes, it's a 2U rack-mount chassis sized for standard 19-inch rack deployment.

James Everett

The B8037T73X4-200PE4HR-185 is a 2U4N platform — four independent AMD EPYC 7003 Series nodes in one 2U chassis — and that node density is the whole story for anyone specifying rack-constrained compute. I look at this class of server whenever a client is running out of rack elevations before they run out of power headroom.

Technical Highlights:

• 2U4N node density: four independently addressable compute nodes in a 2U footprint means roughly a 4:1 rack unit reduction versus discrete 1U servers — directly cuts colocation rack-unit billing.
• 3rd Gen EPYC 7003 platform: each node runs current-generation EPYC silicon, giving per-node core count and memory bandwidth suited to virtualization or VMS recording clusters rather than single-workload boxes.
• 40 lb / 26.77 x 17.26 x 1.69 in chassis: a two-person rack-and-stack lift with a standard-depth 2U profile — plan cabinet depth clearance against the 26.77 in dimension before ordering rails.

Deployment Considerations:

• Multi-node chassis designs typically share power and backplane infrastructure across the four nodes — confirm the specific power supply redundancy configuration before treating each node as fully fault-isolated.
• Country of origin is CN, so if this deployment touches a federal or federally-funded contract, run the B8037T73X4-200PE4HR-185 through your NDAA Section 889 review before specifying it into that bid.

This is the platform I spec for a colocation cage or on-prem data center room that's hit its rack-elevation ceiling and needs to consolidate four EPYC compute nodes into the same 2U it used to burn on a single server.