ASRock Rack EPYC3101D4I-2T Server Motherboard - AMD Z790 Chipset

Discover a compact, enterprise-grade motherboard built for dense server deployments that demand reliability, memory protection, and solid networking. The ASRock Rack EPYC3101D4I-2T blends a Mini ITX form factor with server-class capabilities, delivering EPYC processor support, a robust DDR4 memory platform, and dependable networking in a space-efficient blueprint. Designed for virtualization, edge computing, NAS/ storage appliances, and compact data-center builds, this board is engineered to optimize performance per watt while maintaining the resilience required in 24/7 operations. While the AMD Z790 chipset anchors the I/O efficiency and PCIe lane distribution, the platform remains focused on stability, memory integrity, and scalable memory options for growing workloads.

• Compact, dense design for scalable data centers: The Mini ITX form factor allows you to deploy server-grade performance in tight spaces—ideal for micro data centers, compact enclosures, or rack-dense installations where space and airflow are at a premium. This board enables IT teams to build reliable, low-profile server nodes without sacrificing essential features, making it a smart choice for virtualization clusters, edge computing, and home-lab environments that require enterprise-grade reliability in a smaller footprint.
• EPYC processor readiness for demanding workloads: Engineered to support AMD EPYC 3101 processors, this motherboard brings the computational power needed for virtualization, database workloads, container orchestration, and multi-user tasks. By pairing a capable EPYC CPU with ECC memory and a solid I/O foundation, you can achieve higher consolidation ratios, smoother virtualization performance, and more predictable latency under load—crucial for mission-critical applications and multi-tenant environments.
• Memory flexibility and reliability with ECC DDR4: The board provides 4 DIMM slots with support for up to 128 GB of DDR4 ECC memory. It accepts UDIMM, RDIMM, and LRDIMM modules, giving IT teams flexibility to mix module types for cost optimization or tiered memory configurations. Memory speeds reach up to 2666 MT/s, enabling solid bandwidth for virtual machines, databases, and file services while ECC protection helps guard against silent data corruption and minimizes downtime due to memory errors.
• Built-in Gigabit Ethernet for dependable connectivity: A reliable onboard network interface ensures steady data transfer and management access in server roles, NAS appliances, or edge devices. For deployments demanding higher bandwidth or redundancy, the platform typically supports expansion through add-in NICs or PCIe-based networking options, allowing you to tailor networking to your workload, whether that means more throughput, NIC teaming, or enhanced QoS for storage workloads.
• Strong I/O and chipset foundation with server-grade stability: The AMD Z790 chipset on this ASRock Rack board is selected to optimize peripheral throughput, PCIe lane distribution, and overall I/O performance. While designed to keep I/O predictable under heavy workloads, the platform also supports essential server features such as memory protection, consistent boot behavior, and scalable expansion potential, making it suitable for virtualization nodes, storage controllers, and compact server appliances that require dependable, long-term operation.

Technical Details of ASRock Rack EPYC3101D4I-2T Server Motherboard

• Form Factor: Mini ITX
• Chipset: AMD Z790
• Processor Support: Supports AMD EPYC 3101 processor
• Memory: 4 x DIMM slots, up to 128 GB DDR4 ECC memory (UDIMM/RDIMM/LRDIMM) at up to 2666 MT/s
• Memory Type: DDR4 ECC with support for UDIMM, RDIMM, and LRDIMM modules
• Networking: Gigabit Ethernet onboard

How to install ASRock Rack EPYC3101D4I-2T Server Motherboard

• Prepare your chassis and power supply: select a case that supports Mini ITX motherboard mounting and provides adequate cooling for the EPYC platform. Verify that the PSU and airflow meet the thermal requirements of your intended workloads.
• Install the AMD EPYC 3101 processor into the socket following the CPU and socket guidelines. Apply appropriate thermal paste as required and attach a compatible CPU cooler designed for EPYC-class processors to ensure stable temperatures under peak load.
• Insert DDR4 ECC memory into the four DIMM slots. Use the memory population guidelines from the manual to maximize dual- and quad-channel performance, ensuring modules are seated firmly and aligned correctly for reliable operation at 2666 MT/s.
• Mount the motherboard inside the chassis and connect essential cables: power, data cables (for storage), and networking as needed. Route cables to maintain airflow and make future maintenance straightforward.
• Power on, enter BIOS/UEFI, and update to the latest firmware if available. Configure memory profiles and boot options, enable virtualization features if required, and install your operating system and drivers. Run stability tests to confirm blower fans, power delivery, and memory subsystems are functioning correctly.

Frequently asked questions

• Q: What workloads is this motherboard best suited for? It is well-suited for virtualization environments, compact data-center nodes, edge deployments, NAS/storage appliances, and other workloads that benefit from EPYC performance in a small form factor with ECC memory for data integrity.
• Q: How much memory can I install? Up to 128 GB of DDR4 ECC memory across four DIMM slots, with support for UDIMM, RDIMM, and LRDIMM modules at speeds up to 2666 MT/s, allowing flexible configurations for different budget and performance goals.
• Q: Does it include onboard networking? Yes, there is onboard Gigabit Ethernet for reliable network connectivity. For higher bandwidth needs, you can add PCIe NICs or upgrade to additional networking options supported by your chassis and BIOS settings.
• Q: Is ECC memory supported? Absolutely. The board supports ECC UDIMM, RDIMM, and LRDIMM memory, which helps prevent data corruption in critical workloads and improves uptime for virtualization or storage services.
• Q: What operating systems are compatible? The board is designed to be compatible with common server-grade operating systems and hypervisors that support EPYC-based platforms; always check the latest BIOS and driver availability for your chosen OS to ensure optimal performance and stability.