1.3 OPMA and M3295

OPMA stands for Open Platform Management Architecture which is initiated by AMD. It defines a common hardware interface between the server platform and its server management subsystem.

M3295 is OPMA compatible card. It’s also compatible with IPMI 2.0 and has dedicated management NIC support. Dedicated management NIC provides high performance and reliability.

 

M3291

M3295

Interface

Tyan 2X25 Connector

AMD OPMA

Management NIC

Side-band(Shared)

Dedicated

The specification is available for download from AMD website

http://www.amd.com/us-en/Processors/ProductInformation/0,,30_118_8796_12498,00.html

OPMA spec defines three basic sets of functionality labeled M1, M2, and M3.

M1—The Value Solution

Main feature = price

IPMI 1.5 compatible

No dedicated manageability NIC

M2—Reasonable Price with Security and Performance

M1 base features plus dedicated management NIC

Provides high performance and optimal security

Access to hardware health data through BMC-based web server

Implies a more powerful BMC CPU core, larger address space, more flash and

RAM

Remote virtual mass storage

M3—High-End Solution with Graphics Console Redirection

• Features of the M3 functional tier are M2 plus KVMoIP*.

*KVMoIP---Keyboard, Video, and Mouse over Internet Protocol. Used for implementing remote video consoles on headless (i.e., no local keyboard mouse or display) servers.

6

http://www.tyan.com

Page 6
Image 6
Tyan Computer M3291 warranty Opma and M3295, M1-The Value Solution, M2-Reasonable Price with Security and Performance

M3291, M3295 specifications

Tyan Computer is renowned for its specialized server and workstation solutions, and the Tyan M3291 and M3295 models exemplify the company's commitment to high performance and reliability in demanding computing environments. Both models cater to diverse applications, from cloud computing to data-intensive processing tasks, making them a popular choice among enterprises.

The Tyan M3291 is a versatile motherboard designed to support the latest AMD EPYC processors. With its robust architecture, it can accommodate dual sockets, allowing users to leverage the power of multi-core computing. The M3291 excels in providing a highly scalable platform; it comes equipped with up to 16 DIMM slots that support RDIMM and LRDIMM memory types, offering high memory bandwidth and improved performance for memory-intensive applications. This model also supports PCIe 4.0, ensuring lightning-fast data transfer rates to and from connected devices.

Meanwhile, the Tyan M3295 takes performance to the next level by supporting both AMD EPYC processors and incorporating advanced technologies. Its dual-socket configuration maximizes processing capabilities and is ideal for virtualization and high-performance computing scenarios. The M3295 motherboard supports up to 64 cores, significantly enhancing the multitasking ability of an enterprise’s computing resources. With a focus on reliability, the board features redundant power options, enabling uninterrupted operation in mission-critical applications.

Both motherboards prioritize connectivity with various I/O ports and expansion slots, promoting integration with industry-standard components. The Tyan M3291 and M3295 integrate onboard networking options, including 10 GbE connectivity, which is essential for modern data centers looking to reduce latency and improve data throughput. Additionally, these motherboards come with enhanced thermal management features that ensure optimal cooling during intensive workloads, reducing the risk of overheating.

Moreover, Tyan’s commitment to security is evident in the M3291 and M3295 models, which incorporate features designed to protect against unauthorized access and ensure data integrity. These include hardware-based security features that are crucial for today’s cybersecurity landscape.

In summary, the Tyan M3291 and M3295 motherboards stand out for their robust performance, scalability, and reliability. With support for powerful AMD EPYC processors and modern technologies, they are engineered to meet the evolving demands of today’s data-driven environments, making them an excellent choice for organizations aiming to build efficient and high-performance server infrastructures.