MiTAC Computing Unveils the Next Generation of OCP Servers
MiTAC Computing Technology, a global leader in high-performance server solutions, has made waves in the tech community with its announcement of next-generation OCP servers and innovations in open firmware. The company proudly participated in the OCP EMEA 2025 Summit, held in Dublin, showcasing groundbreaking advancements in server design, energy-efficient cooling solutions, and open-source firmware development.
Cutting-Edge Server Designs
During the summit, MiTAC introduced two new OCP server models: the C2810Z5 and C2820Z5. Both servers are tailored for high-performance computing (HPC) and are engineered around the latest AMD EPYC™ 9005 series processors, emphasizing superior computational density and energy efficiency.
The
C2810Z5 is a 2OU, single-socket dual-node server featuring 12 DIMM DDR5-6400 slots per node, ideal for microservices deployment in cloud environments. With a focus on performance per watt, this model promises exceptional efficiency.
On the other hand, the
C2820Z5 pushes the boundaries of thermal design and sustainability. This double-socket, four-node server employs direct liquid cooling technology, significantly lowering energy consumption and acoustic noise levels while maximizing energy utilization efficiency.
Open Source Firmware Innovations
Emphasizing its commitment to transparency and open innovation, MiTAC showcased live demonstrations of its OpenBMC and Open Platform Firmware developments. These demos highlighted the company's expertise in hardware and software integration, a factor that sets MiTAC apart in the data center space. Open-source firmware represents the future of scalable and secure infrastructure, offering customers flexibility, transparency, and streamlined server management with faster boot times and enhanced sustainability.
The MiTAC Whitestone 2 Series
In addition to new server models, MiTAC also presented the Whitestone 2 (WS2) series. This compact yet powerful line is specifically designed for CU/DU applications in ORAN and edge computing. Compatible with the latest Intel® Xeon® Scalable processors, the WS2 boasts a reduced-depth 1U chassis with easily accessible front design, perfect for maintenance.
The WS2 platform is characterized by its ability to handle wider operating temperatures, dual -48 VDC power inputs, and an integrated Intel Mount Bryce FEC accelerator. These features demonstrate MiTAC's ongoing commitment to the Open Compute Project community, aligning perfectly with OCP's vision for open, flexible, and sustainable edge computing solutions in the EMEA region.
Visit MiTAC at OCP EMEA 2025
Attendees were invited to visit MiTAC's booth (B13) at the summit to explore the full range of OCP-inspired solutions. Technical experts showcased how MiTAC is advancing discussions around data center sustainability, open-source technologies, and integrated computing solutions. This event marked a significant milestone for MiTAC, reaffirming its role as an innovator in the server technology landscape.
For more information on MiTAC's offerings, visit their official website and download the latest catalog featuring OCP platforms:
MiTAC Computing Technology Corporation.
About MiTAC Computing Technology Corporation
Founded in the 1990s as a subsidiary of MiTAC Holdings, MiTAC Computing Technology Corporation specializes in complete and energy-efficient server solutions. With a focus on AI, HPC, cloud computing, and cutting-edge technology, MiTAC ensures high-quality standards, not only at the barebone level but crucially at system and rack levels where real performance and integration matter.
With a global presence and comprehensive capabilities ranging from R&D and manufacturing to global support, MiTAC Computing provides flexible, high-quality solutions tailored to unique enterprise needs. Leveraging the latest advancements in AI and liquid cooling alongside recent integrations of Intel DSG and TYAN server products, MiTAC stands out for its innovation, efficiency, and reliability, empowering businesses to tackle future challenges.