Supermicro H12SSL-i + AMD EPYC 7642
1. Product Overview
This enterprise single-socket server combo pairs Supermicro H12SSL-i ATX server motherboard with AMD EPYC 7642 (Zen2 Rome, 7002 Series) 48-core high-performance CPU, an optimized cost-effective single-node server solution tailored for virtualization, database, storage server, AI inference, HPC simulation and enterprise cloud deployment. Fully native SP3 socket compatible without BIOS modification, stable certified by Supermicro official firmware, widely deployed in SME data center, IDC hosting and private cloud construction globally.
2. AMD EPYC 7642 Core Specification (CPU Part)
- Architecture: AMD Zen2 (Rome), TSMC 7nm manufacturing process, SP3 single server socket
- Core/Thread: 48 physical cores / 96 multi-threads, ideal for dense parallel computing workload
- Frequency: Base clock 2.3GHz, Max Boost up to 3.3GHz, fixed 225W default TDP
- Cache: Total 24MB L2 Cache + massive 256MB unified L3 Cache, drastically reduce cross-core data access latency
- Memory Controller: Integrated 8-channel DDR4 memory controller, max DDR4-3200MHz ECC RDIMM, peak memory bandwidth 204.8GB/s
- PCIe Resource: On-die integrated full PCIe 4.0 x128 lanes, no extra southbridge chipset bottleneck, abundant bandwidth for NVMe SSD, RAID HBA, GPU accelerator card
- Supported Tech: AMD Infinity Guard security encryption, ECC memory error correction, AVX2/FMA3 advanced instruction set for computing acceleration
3. Supermicro H12SSL-i Mainboard Key Parameters
Form Factor & Compatibility
Standard ATX server layout, single SP3 socket, natively supports all AMD EPYC 7002/7003 series processors, EPYC 3D V-Cache CPU needs BIOS v2.3 or above upgrade; perfectly match EPYC7642 power and thermal specification, compatible with standard 2U/4U rack server chassis.
Memory Configuration
8×288pin DDR4 RDIMM slots, support Registered ECC DDR4 3200MHz, maximum expandable to 2TB total system memory (8×256GB RDIMM), enterprise ECC memory ensures long-running server data stability and error auto-correction.
Expansion & Storage Interface
1. PCIe Slots: 5×PCIe4.0 x16 + 2×PCIe4.0 x8 full-speed slots, all lanes directly sourced from EPYC CPU PCIe resource
2. Local High-Speed Storage: Dual onboard M.2 NVMe slots (PCIe4.0 x4, M-key, support 2280/22110 length NVMe SSD); 8×SATA3 6Gbps ports for HDD array; 1×SlimSAS x8 connector expandable to extra 2 NVMe SSD or additional 8 SATA devices
Network & Remote Management
- Dual onboard Intel I210 Gigabit Ethernet for regular data transmission
- ASPEED AST2500 BMC chip with full IPMI2.0 out-of-band remote management: KVM-over-LAN remote desktop, virtual media mount, remote power on/off, real-time hardware temperature/voltage/fan monitoring, unattended server maintenance without on-site access
Thermal & Peripheral
7×4Pin PWM fan headers with rotational speed feedback, intelligent fan speed regulation based on load temperature; 6×USB3.0 ports (4 rear IO + 2 internal pin header) for peripheral expansion.
4. Combo Synergy Advantages
1. High Virtualization Density: 48C/96T + up to 2TB ECC RAM supports over 80+ lightweight virtual machines or dozens of high-spec VMs, perfect for Proxmox/VMware/KVM private cloud node, lower single-VM deployment cost vs dual-socket Xeon platform
2. High IO Performance: Full PCIe4.0 bandwidth matches multi-NVMe SSD array, ideal for MySQL/PostgreSQL relational database, TrueNAS/ZFS enterprise storage server, massive concurrent read-write business scenario
3. Cost Optimization: Single-socket architecture cuts chassis, power supply and cooling expense compared to dual-CPU server, while EPYC7642 core count outmatches most mid-range dual Xeon generations, excellent TCO for small & medium enterprise
4. Wide Compatibility: Supermicro industrial-grade motherboard passed long-time burn-in testing, stable under 7×24h non-stop running, applicable for Linux/Windows Server mainstream OS, container(K8s/Docker) cluster construction
5. Typical Industrial Application Scenarios
1. Enterprise Virtualization Host: SME private cloud, desktop VDI cluster, multi-tenant IDC virtual hosting
2. Database & Big Data Server: SQL database node, data warehouse, log analysis and real-time data computing
3. Storage Nodes: NAS/TrueNAS enterprise storage, distributed storage cluster with multi-hard-disk array
4. Lightweight AI Inference: Stable Diffusion local deployment, image recognition, edge AI model reasoning with single/double GPU
5. Small-Scale HPC: Engineering CAE simulation, financial quantitative modeling, bioinformatics data analysis
6. Matching Recommended Configuration Reference
- Memory: 128GB/256GB RDIMM DDR4 3200 ECC (8×16GB / 8×32GB mainstream collocation)
- Storage: 2×2TB PCIe4.0 NVMe M.2 (System disk) + multiple 16TB SATA enterprise HDD (Data pool)
- Chassis: 2U rackmount server case + 800W/1200W high-efficiency redundant PSU
1. Product Overview
This enterprise single-socket server combo pairs Supermicro H12SSL-i ATX server motherboard with AMD EPYC 7642 (Zen2 Rome, 7002 Series) 48-core high-performance CPU, an optimized cost-effective single-node server solution tailored for virtualization, database, storage server, AI inference, HPC simulation and enterprise cloud deployment. Fully native SP3 socket compatible without BIOS modification, stable certified by Supermicro official firmware, widely deployed in SME data center, IDC hosting and private cloud construction globally.
2. AMD EPYC 7642 Core Specification (CPU Part)
- Architecture: AMD Zen2 (Rome), TSMC 7nm manufacturing process, SP3 single server socket
- Core/Thread: 48 physical cores / 96 multi-threads, ideal for dense parallel computing workload
- Frequency: Base clock 2.3GHz, Max Boost up to 3.3GHz, fixed 225W default TDP
- Cache: Total 24MB L2 Cache + massive 256MB unified L3 Cache, drastically reduce cross-core data access latency
- Memory Controller: Integrated 8-channel DDR4 memory controller, max DDR4-3200MHz ECC RDIMM, peak memory bandwidth 204.8GB/s
- PCIe Resource: On-die integrated full PCIe 4.0 x128 lanes, no extra southbridge chipset bottleneck, abundant bandwidth for NVMe SSD, RAID HBA, GPU accelerator card
- Supported Tech: AMD Infinity Guard security encryption, ECC memory error correction, AVX2/FMA3 advanced instruction set for computing acceleration
3. Supermicro H12SSL-i Mainboard Key Parameters
Form Factor & Compatibility
Standard ATX server layout, single SP3 socket, natively supports all AMD EPYC 7002/7003 series processors, EPYC 3D V-Cache CPU needs BIOS v2.3 or above upgrade; perfectly match EPYC7642 power and thermal specification, compatible with standard 2U/4U rack server chassis.
Memory Configuration
8×288pin DDR4 RDIMM slots, support Registered ECC DDR4 3200MHz, maximum expandable to 2TB total system memory (8×256GB RDIMM), enterprise ECC memory ensures long-running server data stability and error auto-correction.
Expansion & Storage Interface
1. PCIe Slots: 5×PCIe4.0 x16 + 2×PCIe4.0 x8 full-speed slots, all lanes directly sourced from EPYC CPU PCIe resource
2. Local High-Speed Storage: Dual onboard M.2 NVMe slots (PCIe4.0 x4, M-key, support 2280/22110 length NVMe SSD); 8×SATA3 6Gbps ports for HDD array; 1×SlimSAS x8 connector expandable to extra 2 NVMe SSD or additional 8 SATA devices
Network & Remote Management
- Dual onboard Intel I210 Gigabit Ethernet for regular data transmission
- ASPEED AST2500 BMC chip with full IPMI2.0 out-of-band remote management: KVM-over-LAN remote desktop, virtual media mount, remote power on/off, real-time hardware temperature/voltage/fan monitoring, unattended server maintenance without on-site access
Thermal & Peripheral
7×4Pin PWM fan headers with rotational speed feedback, intelligent fan speed regulation based on load temperature; 6×USB3.0 ports (4 rear IO + 2 internal pin header) for peripheral expansion.
4. Combo Synergy Advantages
1. High Virtualization Density: 48C/96T + up to 2TB ECC RAM supports over 80+ lightweight virtual machines or dozens of high-spec VMs, perfect for Proxmox/VMware/KVM private cloud node, lower single-VM deployment cost vs dual-socket Xeon platform
2. High IO Performance: Full PCIe4.0 bandwidth matches multi-NVMe SSD array, ideal for MySQL/PostgreSQL relational database, TrueNAS/ZFS enterprise storage server, massive concurrent read-write business scenario
3. Cost Optimization: Single-socket architecture cuts chassis, power supply and cooling expense compared to dual-CPU server, while EPYC7642 core count outmatches most mid-range dual Xeon generations, excellent TCO for small & medium enterprise
4. Wide Compatibility: Supermicro industrial-grade motherboard passed long-time burn-in testing, stable under 7×24h non-stop running, applicable for Linux/Windows Server mainstream OS, container(K8s/Docker) cluster construction
5. Typical Industrial Application Scenarios
1. Enterprise Virtualization Host: SME private cloud, desktop VDI cluster, multi-tenant IDC virtual hosting
2. Database & Big Data Server: SQL database node, data warehouse, log analysis and real-time data computing
3. Storage Nodes: NAS/TrueNAS enterprise storage, distributed storage cluster with multi-hard-disk array
4. Lightweight AI Inference: Stable Diffusion local deployment, image recognition, edge AI model reasoning with single/double GPU
5. Small-Scale HPC: Engineering CAE simulation, financial quantitative modeling, bioinformatics data analysis
6. Matching Recommended Configuration Reference
- Memory: 128GB/256GB RDIMM DDR4 3200 ECC (8×16GB / 8×32GB mainstream collocation)
- Storage: 2×2TB PCIe4.0 NVMe M.2 (System disk) + multiple 16TB SATA enterprise HDD (Data pool)
- Chassis: 2U rackmount server case + 800W/1200W high-efficiency redundant PSU
On Jun 4, 2026 at 00:47:35 PDT, seller added the following information: