Supermicro SuperBlade SBI-6129P-C3N

The Supermicro SuperBlade SBI-6129P-C3N is a high-density blade server module designed for deployment within Supermicro's SuperBlade chassis ecosystem, launched in Q1 2025. It is built around the AMD EPYC 9005 series 'Turin' processors, which leverage the Zen 5 microarchitecture and deliver substantial improvements in core count, memory bandwidth, and per-core performance compared to prior generations. The blade supports AMD's advanced power management features and is engineered with an updated power delivery subsystem to accommodate the elevated TDP envelope of Turin processors within the constrained thermal and power budget of a blade form factor.

The SBI-6129P-C3N targets enterprise data centers and high-performance computing environments where rack space efficiency and compute density are paramount. Supporting DDR5 memory across multiple DIMM slots, the module delivers the memory bandwidth necessary for memory-intensive workloads such as in-memory databases, large-scale analytics, and AI inference at the edge of the data center. The blade integrates high-speed fabric connectivity options and is compatible with Supermicro's modular I/O and networking pass-through architecture, allowing operators to standardize infrastructure across varied workload profiles.

What distinguishes this blade module is its ability to bring Turin-class processor performance into the proven SuperBlade platform, enabling operators to refresh compute resources without replacing existing enclosures and shared infrastructure components such as power supplies, cooling fans, and networking modules. This approach significantly reduces capital expenditure on infrastructure refresh cycles and supports a phased modernization strategy for large-scale enterprise blade deployments. The SBI-6129P-C3N is positioned as a direct evolution for existing SuperBlade customers seeking to adopt EPYC 9005-generation compute capabilities within a familiar operational framework.

Ideal for

• High-density enterprise virtualization environments requiring maximum vCPU density per rack unit with AMD EPYC Turin's high core counts
• Large-scale in-memory database deployments such as SAP HANA or Redis that benefit from DDR5 memory bandwidth and expanded memory capacity per blade
• AI and machine learning inference workloads at the data center edge where compute density per square foot is a critical constraint
• Cloud-native and containerized microservices platforms requiring dense, power-efficient compute nodes managed through unified blade chassis infrastructure
• Financial services tick-by-tick data processing and risk analytics leveraging Zen 5 architecture's improved integer and floating-point throughput
• Scientific computing and HPC cluster nodes where blades share high-bandwidth chassis interconnects and centralized power infrastructure to reduce cabling complexity

Technical specifications

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