ASRock Rack SIENAD8-2L2T Server Motherboard (EPYC 8004 Siena)

The ASRock Rack SIENAD8-2L2T is a server motherboard engineered around AMD's EPYC 8004 Series (Siena) processors, targeting power-constrained and space-limited edge computing, telecommunications infrastructure, and distributed enterprise environments. The Siena platform is AMD's purpose-built architecture for edge and telco workloads, offering a single-socket design with a focus on high I/O density and superior performance-per-watt characteristics compared to full-scale datacenter processors. The board supports the SP6 socket and is compatible with the full range of EPYC 8004 Series CPUs, including low-TDP variants designed for thermally restricted deployments.

The SIENAD8-2L2T provides a comprehensive connectivity profile suited to network-intensive workloads. It features two 10GbE SFP+ ports alongside two 2.5GbE RJ45 ports — the combination reflected directly in its product designation (2L2T: 2x LAN SFP+, 2x LAN twisted-pair) — making it well-suited for environments requiring both fiber-based high-speed uplinks and standard copper management or data paths. The board supports DDR5 registered ECC memory across multiple DIMM slots, aligning with the EPYC 8004 platform's memory subsystem, and includes multiple PCIe expansion slots to accommodate accelerators, NVMe storage controllers, and networking adapters.

Designed for integration into compact rackmount and edge appliance chassis, the SIENAD8-2L2T includes out-of-band management via an IPMI-compliant baseboard management controller, enabling remote monitoring, power control, and system health visibility without requiring a host OS. This makes it operationally suitable for unmanned edge sites, central office deployments, and branch infrastructure where physical access is limited. The board's architecture reflects ASRock Rack's focus on delivering enterprise-grade reliability and manageability in a platform optimized for the operational demands of modern distributed network infrastructure.

Ideal for

• Telco edge compute nodes requiring high I/O throughput with constrained thermal and power envelopes
• 5G mobile edge computing (MEC) infrastructure where low-latency local processing is required close to the radio access network
• Network function virtualization (NFV) appliances hosting virtual routers, firewalls, or packet processing workloads
• Distributed enterprise branch office servers requiring remote out-of-band IPMI management and compact form factor
• Content delivery and caching edge nodes benefiting from high memory bandwidth and dual 10GbE fiber uplinks
• Industrial IoT gateway servers operating in environments with strict power budgets and need for ECC memory reliability

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.