Tyan B8056G68AE12HR-2T 1U AMD EPYC 9004 Rackmount Server

The Tyan B8056G68AE12HR-2T is a 1U rackmount server platform built around AMD's EPYC 9004 processor family, aimed at data center and edge-compute deployments where rack space and network throughput both matter. At 27.00 x 17.00 x 2.00 inches and roughly 40 lb, it occupies a single rack unit while packing dual 10GbE data ports and a dedicated Gigabit management LAN — a networking configuration built for environments running video management systems, virtualization clusters, or high-throughput storage nodes that need headroom above standard 1GbE uplinks. B8056G68AE12HR-2T units are manufactured in Taiwan, consistent with Tyan's standard production footprint for this platform class.

Overview

This is a 1U form factor chassis, the standard choice when rack density is the priority and airflow can be managed with short-depth, high-CFM fans. The EPYC 9004 platform gives the B8056G68AE12HR-2T access to high core counts and PCIe Gen5 lane bandwidth, positioning it for workloads like network video recording backends, VMS servers handling dozens of camera streams, or general-purpose virtualization hosts consolidating multiple services onto one chassis. If you're scoping a server to sit behind a bank of IP cameras or to run a hypervisor cluster, this class of platform is where that sizing conversation starts.

Key Features

• Dual 10GbE data ports: Two 10-gigabit Ethernet interfaces mean the server can absorb aggregate camera stream bandwidth or storage replication traffic without saturating a single link — relevant once you're past a few dozen high-resolution IP cameras writing to a shared recording backend.
• Dedicated GbE IPMI port: A separate Gigabit management LAN keeps out-of-band administration (power control, remote console, health monitoring) on its own physical path, isolated from production data traffic — so a saturated 10GbE link never blocks your ability to reach the BMC during an incident.
• AMD EPYC 9004 platform support: Built for EPYC 9004-series processors, giving access to high core-density CPUs suited to consolidating multiple VMS instances, recording servers, or virtualized workloads onto a single 1U chassis instead of racking multiple boxes.
• 1U rack form factor: At 2 inches of height, this server fits standard 42U-45U enterprise racks at high density — a meaningful factor when colocating compute next to network video recorders or storage arrays in a shared rack.
• 27-inch chassis depth: Confirm rear rail and cable management clearance before ordering — a 27-inch depth fits most enterprise cabinets but can be tight in shallow network racks common in retrofit telecom closets.
• Taiwan manufacturing origin: Country-of-origin documentation (TW) is available for the B8056G68AE12HR-2T, which matters for buyers tracking supply chain provenance on infrastructure hardware procurement.

Integration & Compatibility

The dual 10GbE plus dedicated IPMI networking layout is built for standard data center topologies: production traffic on the 10GbE ports, management traffic isolated on the IPMI LAN, following the same segmentation model used across enterprise server deployments. This makes the B8056G68AE12HR-2T (often searched as B8056G68AE12HR 2T) straightforward to drop into existing rack infrastructure with managed switching already handling VLAN separation between compute and out-of-band networks. For deployments pairing this server with a surveillance backend, review a PoE and network planning guide to size upstream switching correctly against the server's 10GbE throughput, and pair it with PoE switches sized to the camera count feeding into it. Buyers evaluating the broader lineup can browse the full Tyan server catalog for chassis depth or drive-bay variants within the same EPYC 9004 family.

Frequently Asked Questions

Q: What processors does the B8056G68AE12HR-2T support?

A: The B8056G68AE12HR-2T is built for the AMD EPYC 9004 processor series.

Q: How many network ports does the B8056G68AE12HR-2T have?

A: It ships with two 10GbE data ports plus one dedicated Gigabit Ethernet port reserved for IPMI out-of-band management.

Q: What rack space does the B8056G68AE12HR-2T require?

A: It is a 1U rackmount chassis measuring 27.00 x 17.00 x 2.00 inches and weighing approximately 40 lb.

Q: Where is the B8056G68AE12HR-2T manufactured?

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

Q: Is the IPMI port separate from the data network on the B8056G68AE12HR-2T?

A: Yes — the B8056G68AE12HR-2T has a dedicated Gigabit Ethernet port for IPMI, physically separate from the two 10GbE data ports.

Ted Perry

The B8056G68AE12HR-2T crosses my desk most often when someone's sizing compute for a VMS backend that's outgrown a single-NIC box. What gets my attention here is the networking layout: two 10GbE ports for data plus a fully separate GbE port dedicated to IPMI.

Technical Highlights:

• Dual 10GbE data ports: gives you 20Gbps of aggregate headroom before you're even bonding links — enough to handle recording ingest from a large camera deployment or replicate storage between nodes without contention.
• Dedicated IPMI LAN: a separate GbE port for out-of-band management means you can still reach the BMC and power-cycle the box remotely even if the 10GbE data path is saturated or down — that separation is worth insisting on for any server going into a remote or unmanned rack.
• 1U chassis at 27 x 17 x 2 in, ~40 lb: standard depth for enterprise cabinets, but measure your rack before ordering if you're retrofitting a shallower network closet rather than a purpose-built data center rack.

Deployment Considerations:

• Confirm your switch fabric actually has 10GbE SFP+ or RJ45 ports available before committing to this platform — dropping it into an all-1GbE access layer wastes the dual-10GbE advantage.
• Because IPMI rides its own physical port, plan a separate management VLAN or out-of-band switch drop during rack-and-stack — don't just patch it into the same switch as production traffic and call it isolated.

This is the platform I'd spec for a mid-size VMS recording cluster or a virtualization host consolidating several services in a single rack unit — anywhere the story is "I need real network throughput and I need to manage this thing even when the data plane is busy."