Supermicro Offers Data Centres New AMD-powered MicroBlade
Supermicro has expanded its AMD-based server portfolio with the launch of a new 6U 20-node MicroBlade system, designed to deliver scalable, energy-efficient and cost-effective performance for cloud service providers and enterprise data centres.
The system, powered by AMD’s EPYC 4005 Series processors, provides up to 3.3 times higher density than traditional 1U servers.
A single 48U rack can accommodate up to 160 servers and 16 Ethernet switches, allowing operators to maximise computing capacity within limited physical space while reducing power and cooling requirements.
A new standard in scalable, green computing
Supermicro’s MicroBlade is engineered to support the increasing performance demands of workloads such as cloud computing, AI inference, virtual desktop infrastructure (VDI) and web hosting. The system integrates networking, power and management functions into a single enclosure, improving overall efficiency while lowering total cost of ownership (TCO).
“We continue to expand our portfolio with the new Supermicro MicroBlade, which incorporates AMD EPYC 4005 series processors,” says Charles Liang, president and CEO of Supermicro.
“This addition to our successful EPYC-based product line provides a very cost-effective, green computing solution for Cloud Service Providers. A single 48U rack can have up to 160 servers and 16 Ethernet switches, enabling tremendous computing power with built-in switches per enclosure.”
Built on Supermicro’s Building Block Architecture, the new MicroBlade platform offers up to 95% cable reduction, 70% space savings and 30% energy savings compared to conventional 1U servers. These gains allow data centre operators to modernise infrastructure while optimising rack density and energy efficiency.
Integrated performance for data centre operators
Each MicroBlade chassis supports 20 individual server blades, each powered by a single AMD EPYC 4005 processor with up to 16 cores and 192GB of DDR5 memory.
The blades also support a dual-slot FHFL GPU, making them suitable for GPU-accelerated workloads such as AI inferencing and high-performance computing (HPC).
In addition to compute density, the platform simplifies network management through its integrated dual-port 10GbE network switch. Redundant chassis management modules and support for open standards such as IPMI and Redfish APIs further reduce system complexity and enhance remote management capabilities.
These features enable cloud providers and enterprises to deploy MicroBlade systems rapidly while maintaining operational control across distributed environments. The 6U form factor also allows for high configurability and modular upgrades, ensuring that customers can scale infrastructure according to changing workload demands.
AMD EPYC 4005: balancing power and efficiency
The AMD EPYC 4005 Series CPUs sit at the core of Supermicro’s new platform, offering up to 16 cores and 32 threads within a low 65W thermal design power (TDP). The processors utilise AMD’s latest Zen 5 architecture to deliver a balance of compute performance, memory bandwidth and I/O flexibility suited to energy-conscious data centres.
“We designed the AMD EPYC 4005 Series CPUs with our system partners in mind, creating a processor that enables them to develop differentiated, cost-effective enterprise solutions,” says Derek Dicker, Corporate Vice President, Enterprise and HPC Business at AMD.
“The memory and I/O feature sets, combined with our latest 'Zen 5' architecture, give our technology partners the flexibility to create powerful yet affordable systems that meet the specific needs of growing businesses and dedicated hosters.”
The inclusion of Supermicro’s TPM 2.0 and AMD Infinity Guard further enhances the security of the MicroBlade system. These technologies provide hardware-level protection for sensitive data while maintaining system performance and efficiency, addressing the growing cybersecurity needs of modern data centres.
Optimised for the next generation of data centres
Supermicro’s AMD-powered MicroBlade aligns with the wider industry shift toward modular and high-density architectures that combine performance, efficiency and manageability. The platform’s ability to deliver more compute per rack with reduced energy consumption supports data centre operators looking to expand capacity without increasing footprint or operational costs.
By integrating advanced power supplies rated for 96% efficiency, alongside unified remote management and built-in networking, Supermicro’s latest MicroBlade represents a continuation of the company’s strategy to deliver high-performance, sustainable infrastructure solutions tailored for cloud-scale environments.
As AI, cloud computing and edge workloads continue to scale globally, Supermicro’s collaboration with AMD positions both companies to meet the demand for flexible and environmentally responsible data centre architectures. The new MicroBlade is available immediately for cloud service providers, enterprises and hosting providers seeking to optimise their compute infrastructure.
