Inventec launched its C805G6 server for data centers based on AMD's new 4th Gen EPYC platform ? a major innovation in computing power that provides double the operating efficiency of previous platforms. Powerful scalability & flexibility: In addition to supporting the full range of 4th generation AMD EPYC? processors, the C805G6 is a 2U server that delivers maximum scalability and flexibility for enabling data centers to expand compute power as needed.

The server can be equipped with four SSDs that are interchangeable between various storage form factors, such as E1.S, U.2, and E3.S, and there is an option to allow up to eight SSDs per sled. For greater flexibility and compatibility, the server offers two power supply options, CRPS and DC48V, ensuring optimal usage in a variety of data center setups. To take compute power to the next level for AI, vision, and graphics-intensive workloads, the server supports NVIDIA® GPUs such as H100 and A100.

C805G6's offering of the latest, top-performance hardware continues with support for up to twelve DDR5 1DPC RAM, OCP 3.0 NIC, and up to eight PCIe Gen 5 expansion slots. Security for the modern threat landscape: Growing threats to data centers and enterprises around the world require ironclad security solutions that are up to the task. Inventec's C805G6 rises to the occasion with a design based on OCP DC-SCM 2.0 standards, including the RoT (Root of Trust) Module.

Inaccessible from outside the computer ecosystem, this Module is a trusted hardware source that generates and protects cryptographic keys while performing functions within a secure environment. Modular, tool-less design: The modular design of the C805G6 enables quick, efficient expansion and paves the way for a seamless maintenance experience, with users able to hot-swap components, while the tool-less design allows for simplified servicing. This excellent serviceability applies to the motherboard tray, hard drive, and fans, while an N+1 redundancy function for both power supply and cooling fans ensures continuity of operation and cooling.