In our review of the Tyan GC70-B8033 1U server, we will delve into the unique features and design of this AMD EPYC “Milan” generation platform. While it may not be the latest Genoa generation, it offers a cost-effective solution for those looking for a single-socket system.
External Hardware Overview
At the front of the server, we see a departure from the traditional enterprise 1U server design. The management I/O block, with out-of-band management port, two USB 3 ports, and a VGA port, is easily accessible. The I/O board is secured with slotted standoffs and a thumbscrew for easy serviceability.
Drive Bays
Unlike typical servers with cabled storage backplanes, the Tyan GC70-B8033 features 2.5″ drive bays that plug directly into connectors on the motherboard. The tool-less drive trays allow for easy installation and secure locking in place. The system we reviewed came with two trays and blanks, but additional trays can be sourced, with the option for different color tabs for drive type differentiation.
Edge I/O
In addition to the drive bays, the motherboard also features an OCP NIC 3.0 slot at the front, directly connected for easy access. Tyan utilizes the SFF with Pull Tab OCP NIC 3.0 form factor, ensuring convenient serviceability.
Rear View
Moving to the rear of the system, we find multiple 80Plus Platinum-rated 800W AC power supplies. An alternative option for DC power via a busbar is available, with the power supplies centrally located for efficient design. The front placement of I/O and non-power/fan serviceable items enhances accessibility.
Internal Components
To fully understand the capabilities of the Tyan GC70-B8033, we need to explore its internal components. This server is equipped with Marvell FastLinQ QL41232HQCU OCP NIC 3.0, enhancing network connectivity and performance. The inclusion of AMD EPYC “Milan” generation processors ensures robust computing power for various workloads.
Overall, the Tyan GC70-B8033 1U server offers a unique and cost-effective solution for businesses looking to leverage the performance of AMD EPYC processors. With its innovative design, easy serviceability, and efficient power delivery options, this platform is a versatile choice for modern data center environments.