MiTAC Computing Debuts Cutting-edge OCP Servers at EMEA Summit 2025
Paris, Wednesday, 30 April 2025.
MiTAC Computing has showcased its latest high-performance and energy-efficient server solutions at the EMEA Summit in Dublin. Highlights include the C2810Z5 and C2820Z5 servers, designed for intensive cloud and AI workloads.
Next-Generation Server Platforms
At the OCP EMEA Summit in Dublin on April 29-30, 2025, MiTAC Computing unveiled two groundbreaking server platforms designed to address the evolving demands of high-performance computing and AI workloads [1]. The C2810Z5, an air-cooled 2OU 2-node single-socket server, features 12 DDR5-6400 DIMM slots per node, specifically optimized for cloud microservices deployment [1][2]. Its counterpart, the C2820Z5, represents a significant advancement in thermal design, incorporating direct liquid cooling technology in a 2OU 4-node dual-socket configuration to minimize power consumption and acoustic levels [1].
Open Firmware Innovation
MiTAC is demonstrating its commitment to transparency and open innovation through live demonstrations of OpenBMC and Open Platform Firmware developments [2]. This showcase highlights the company’s comprehensive hardware and software integration capabilities, establishing a foundation for scalable and secure infrastructure solutions [1]. The integration of open-source firmware represents a strategic move toward enhanced server management, faster boot times, and improved system durability [2].
Edge Computing Advancement
The company also introduced the MiTAC Whitestone 2 (WS2) server series, a compact 1U short-depth platform specifically engineered for ORAN CU/DU and edge computing applications [1]. Supporting 4th Gen Intel® Xeon® Scalable Processors, the WS2 incorporates advanced features including front-access design, IEEE 1588 v2, Sync-E, and GPS hold-over capabilities [1]. The platform’s extended operating temperature range and dual -48VDC power input configuration make it particularly suitable for demanding telecom and mobile edge deployments [2].