S8026GM2NRE - Tyan Socket SP3 E-ATX AMD Chipset System Board (Motherboard) Supports EPYC 7001 / 7002 Series DDR4 16x DIMM

The Tyan S8026GM2NRE Socket SP3 E-ATX AMD Chipset System Board is a top-tier choice for enterprises and data centers seeking robust performance, scalability, and reliability. This motherboard is specifically designed to support the AMD EPYC 7001 and 7002 series processors, offering unmatched compute capabilities for heavy-duty applications and high-demand environments. Equipped with 16 DDR4 DIMM slots, this system board allows for expansive memory capacity, enabling you to run memory-intensive applications with ease and efficiency.

Designed for Powerful Performance

Built to handle modern enterprise demands, the Tyan S8026GM2NRE harnesses the full power of AMD’s EPYC 7001 and 7002 series processors, enabling enhanced parallel processing capabilities. Whether your business requires extensive virtualization, data processing, or other intensive workloads, the AMD chipset on this motherboard provides the high performance you need with efficiency and reliability.

Memory Expansion and Flexibility

This Tyan motherboard’s 16 DDR4 DIMM slots support high-capacity memory configurations, maximizing performance and providing ample room for future expansion. With support for high-speed DDR4 memory, you’ll experience improved data transfer rates and system responsiveness. This memory scalability makes the Tyan S8026GM2NRE an ideal choice for data centers, research institutions, and enterprises that rely on high-speed data processing and extensive memory use.

Enhanced Connectivity and Expansion Options

To support your business’s evolving connectivity needs, the Tyan S8026GM2NRE comes equipped with multiple PCIe 3.0 slots for expansion, enabling easy integration with GPUs, storage controllers, and other essential components. Its dual 10Gb Ethernet ports provide high-speed network connectivity, ensuring reliable, fast data transmission even in network-intensive scenarios. The system board also offers several USB 3.0 and SATA 6Gb/s ports, allowing you to connect additional peripherals and storage devices for maximum flexibility and accessibility.

Advanced Storage Capabilities

Designed with enterprise storage in mind, the S8026GM2NRE supports high-capacity storage configurations, including NVMe and SATA drives. This flexibility allows for a combination of ultra-fast SSDs and high-capacity HDDs, ensuring that storage performance and scalability can match your operational needs. With NVMe support, your applications will benefit from reduced latency and enhanced data access speeds, essential for real-time data processing and analytics.

Energy-Efficient, Reliable Design

The Tyan S8026GM2NRE is crafted with energy efficiency and durability in mind. The motherboard includes sophisticated thermal management solutions, ensuring stable operation under heavy workloads and reducing energy consumption. This reliable design minimizes downtime and provides a secure environment for mission-critical applications, helping businesses maintain productivity.

Compact and Efficient Form Factor

This system board features a 12 x 13-inch E-ATX form factor and weighs 2.8 lbs, making it an easy fit for most server racks and enterprise environments. Its compact size doesn’t compromise on power, offering comprehensive features and connectivity options within an efficient layout.

Why Choose the Tyan S8026GM2NRE?

For businesses seeking a motherboard that delivers robust performance, extensive memory capacity, and flexible expansion options, the Tyan S8026GM2NRE is a premium solution. By supporting the powerful AMD EPYC processors and offering a suite of high-speed connectivity features, this motherboard meets the needs of modern enterprise and data center applications. Investing in the Tyan S8026GM2NRE means equipping your business with a dependable, future-proof solution for data processing, virtualization, and storage demands.

Equip your infrastructure with the Tyan S8026GM2NRE and take your enterprise computing power to the next level.