MiTAC OpenBMC Server Platforms

Flexible, Secure, Reliable Solutions

OpenBMC is an open-source project that delivers a comprehensive firmware stack for baseboard management controllers (BMCs), which are essential for managing and monitoring server hardware components like power supplies, fans, and temperature sensors. Its open-source nature allows for extensive customization to meet specific hardware and software needs, supported by a vibrant community of contributors. This flexibility is complemented by enhanced security, with regular updates and transparent development processes enabling thorough security audits and timely vulnerability patches.

Moreover, OpenBMC offers significant cost reductions by eliminating the need for proprietary firmware licenses and promoting interoperability with a wide range of hardware and software components. It also enhances reliability through advanced monitoring and management features that detect potential issues early and improve fault tolerance. The community-driven innovation further accelerates the development of new features and capabilities, ensuring rapid prototyping and deployment of new hardware designs. Consequently, OpenBMC stands out as a flexible, secure, cost-effective, and reliable solution for server management.

MiTAC OpenBMC Server Platforms

MiTAC's OpenBMC-powered server platforms bring advanced manageability, flexibility, and reliability to enterprise and data center environments. By leveraging OpenBMC's open-source framework, these server platforms deliver several key advantages:

Flexibility and Customization

The open-source nature of OpenBMC allows MiTAC's server platforms to offer highly customizable BMC solutions. This enables organizations to tailor the firmware to meet specific hardware and software requirements, enhancing overall performance and compatibility with diverse enterprise workloads. Additionally, the strong community-driven development ensures continuous updates and feature improvements, providing a future-proof solution.

Enhanced Security

With regular security patches and transparent development, MiTAC's OpenBMC-based products ensure robust protection against vulnerabilities. Security audits and community collaboration enhance the security features, making the MiTAC's OpenBMC servers a reliable choice for mission-critical applications where data integrity and system uptime are paramount.

Reduced Costs

By adopting OpenBMC, MiTAC's server platforms eliminate the need for expensive proprietary firmware, offering a cost-effective solution. The open-source framework also enhances interoperability, allowing the servers to integrate seamlessly with a broader range of hardware and software components, further reducing deployment and operational costs.

Improved Reliability

MiTAC's servers benefit from OpenBMC's robust monitoring and management capabilities. Advanced health monitoring, fault detection, and proactive system management ensure improved reliability and uptime, minimizing disruptions caused by hardware failures and maximizing operational efficiency.

Accelerated Innovation

Through OpenBMC's community-driven innovation, MiTAC's OpenBMC server platforms can rapidly adopt cutting-edge features and technologies. This agility accelerates the time-to-market for new server designs, ensuring that customers can stay ahead of technological advancements in the competitive data center and enterprise markets.

MiTAC's OpenBMC-enabled server platforms offer advanced management, security, and customization options across a range of server families, making them ideal for enterprise and data center environments. These platforms include the S8056, powered by a single AMD EPYC 9004 CPU, and the S8040, featuring a single AMD EPYC 8004 CPU, delivering outstanding performance and flexibility for a wide range of workloads.

The Intel® Server D50DNP and M50FCP families, both powered by OpenBMC, feature dual 5th Gen Intel® Xeon® Scalable Processors, delivering powerful compute capabilities, robust scalability, and efficiency. These platforms are ideal for demanding data center workloads and data-intensive mainstream tasks in enterprise environments.

MiTAC's OpenBMC-powered servers deliver a flexible, secure, and cost-efficient management framework that enhances system reliability. By leveraging the open-source nature of OpenBMC, these platforms enable customized solutions that cater to specific hardware needs while offering reduced costs and accelerated innovation. This makes MiTAC's OpenBMC-enabled server platforms an ideal choice for organizations looking to optimize their infrastructure for modern challenges and workloads.

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Products

New!

S8040GM4NE-2T
(S8040)

S8040GM4NE-2T


  • Processor: (1) Socket SP6
  • Form Factor: ATX
  • #DIMM: 8
  • LAN: (2) 10 GbE + (2) GbE + (1) IPMI
  • Storage: 2 MCIO x4 + 2 MCIO x8 + 4 SATA
New!

S8040GM2NE
(S8040)

S8040GM2NE


  • Processor: (1) Socket SP6
  • Form Factor: ATX
  • #DIMM: 8
  • LAN: (2) GbE + (1) IPMI
  • Storage: 2 MCIO x4 + 2 MCIO x8 + 4 SATA

Intel® Server System

M50FCP1UR204
(M50FCP)

M50FCP1UR204


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 1U
  • Max DIMM: 32
  • Max PCIe: 32
  • Storage: 4 SFF
  • LAN: (1) IPMI
  • Cooling: Air cooled

Intel® Server System

M50FCP1UR212
(M50FCP)

M50FCP1UR212


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 1U
  • Max DIMM: 32
  • Max PCIe: 32
  • Storage: 12 SFF
  • LAN: (1) IPMI
  • Cooling: Air cooled

Intel® Server System

M50FCP2UR208
(M50FCP)

M50FCP2UR208


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 2U
  • Max DIMM: N/A
  • Max PCIe:
  • Storage: 8 SFF,16 SFF,24 SFF,
  • LAN: (1) IPMI
  • Cooling: Air cooled

Intel® Server System

M50FCP2UR312
(M50FCP)

M50FCP2UR312


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 2U
  • Max DIMM: 32
  • Max PCIe: 32
  • Storage: 12 LFF
  • LAN: (1) IPMI
  • Cooling: Air cooled

Intel® Server System

D50DNP1MHCPAC
(D50DNP)

D50DNP1MHCPAC


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 1U
  • Max DIMM: 16
  • Max PCIe: 16
  • Storage: N/A
  • LAN: (1) 10 GbE + (1) IPMI
  • Cooling: Air cooled

Intel® Server System

D50DNP1MHEVAC
(D50DNP)

D50DNP1MHEVAC


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 1U
  • Max DIMM: 16
  • Max PCIe: 16
  • Storage: N/A
  • LAN: (1) 10 GbE + (1) IPMI
  • Cooling: Air cooled

Intel® Server System

D50DNP1MHCPLC
(D50DNP)

D50DNP1MHCPLC


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 1U
  • Max DIMM: 16
  • Max PCIe: 16
  • Storage: N/A
  • LAN: (1) 10 GbE + (1) IPMI
  • Cooling: Liquid cooled

Intel® Server System

D50DNP2MHSVAC
(D50DNP)

D50DNP2MHSVAC


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 2U
  • Max DIMM: 16
  • Max PCIe: 16
  • Storage: 2 SFF
  • LAN: (1) 10 GbE + (1) IPMI
  • Cooling: Air cooled

Intel® Server System

D50DNP2MFALAC
(D50DNP)

D50DNP2MFALAC


  • Processor: (2) 4th Gen Intel Xeon Scalable,5th Gen Intel Xeon Scalable,
  • Rackmount: 2U
  • Max DIMM: 16
  • Max PCIe: 16
  • Storage: 2 SFF
  • LAN: (1) 10 GbE + (1) IPMI
  • Cooling: Air cooled

S8056GME
(S8056)

S8056GME


  • Processor: (1) Socket SP5
  • Form Factor: Proprietary 14.18" x 12.16"
  • #DIMM: 24
  • LAN: (1) IPMI
  • Storage: 16 SATA

S8056GM2NE-2T
(S8056)

S8056GM2NE-2T


  • Processor: (1) Socket SP5
  • Form Factor: Proprietary 14.18" x 12.16"
  • #DIMM: 24
  • LAN: (1) 10GbE + (1) IPMI
  • Storage: 16 SATA

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