Supermicro
Supermicro Twin, Blade & Storage Servers
Supermicro's non-GPU catalogue is bought for density: how much compute or how many drives fit in a rack unit, and how much of the power and cooling budget that leaves. The Twin architecture puts four nodes in 2U (BigTwin) or eight in 4U (FatTwin) with shared power and cooling; the X14 SuperBlade puts a scale-out compute fabric into an 8U chassis with shared networking; the Hyper line is the conventional dual-socket 2U rack server for everything that does not need either. On the storage side, the Storage SuperServer takes 90 bays in 4U and the Petascale platforms are built around E3.S all-flash NVMe.
The trade-off is real and worth stating plainly. Shared-infrastructure chassis buy you density and efficiency and cost you blast radius and serviceability granularity — a chassis failure takes more than one node with it, and node-level maintenance happens inside a shared enclosure. For scale-out workloads that already tolerate node loss, that is a good trade. For a four-node VMware cluster carrying the business, it usually is not.
Supermicro model numbers are dense and unforgiving — SYS-221BT-HNTR and AS-2025BT-HNTR differ by CPU vendor, not by a letter of decoration — so we quote the exact SKU and the exact node configuration, never a family name. Supermicro's eight-way HGX platforms are covered on our Supermicro GPU servers page instead, because those are specified around power, cooling and fabric rather than rack density.
8 configurations below · quotes returned within 48 business hours · purchase orders accepted
Supermicro Twin, Blade & Storage Servers we configure and supply
Every system below is quoted to your workload — accelerator count, CPU, memory, storage and fabric are specified together rather than sold as a fixed SKU.
Supermicro Enterprise Storage
High-capacity, high-throughput storage servers for data-intensive and AI workloads.
- High capacity per rack
- Throughput for AI
- Cost-effective at scale
Supermicro Hyper SuperServer SYS-221H-TNR (4x H100 NVL)
Dense 2U Hyper platform balancing GPU acceleration with serviceable enterprise headroom.
- Balanced acceleration
- Serviceable density
- Flexible expansion
Supermicro BigTwin SYS-221BT-HNTR (2U 4-Node Intel Xeon)
Four independent Xeon nodes in 2U for high-density virtualization and HCI.
- Four nodes per 2U
- Independent serviceability
- Efficient shared power
Supermicro FatTwin SYS-F511E2-RT (4U 8-Node Scale-Out)
Eight energy-efficient nodes in 4U for scale-out cloud and HPC.
- Eight nodes per 4U
- Energy-efficient design
- Hot-pluggable nodes
Supermicro BigTwin AS-2025BT-HNTR (2U 4-Node AMD EPYC 9005)
Four EPYC 9005 nodes in 2U for cloud-native, core-dense compute.
- Extreme core density
- High memory bandwidth
- Efficient consolidation
Supermicro Storage SuperServer SSG-640SP-E1CR90 — 90-Bay 4U
Ninety drives of capacity-dense storage in a single serviceable 4U chassis.
- Maximum capacity density
- Top-load serviceability
- SDS-validated platform
Supermicro Petascale ASG-2115S-NE332R — 32-Bay E3.S All-Flash NVMe
A petabyte of Gen5 all-flash in 2U for the most I/O-hungry workloads.
- Extreme I/O density
- Feeds GPUs at line rate
- Serviceable EDSFF design
Supermicro X14 SuperBlade 8U — Scale-Out Xeon 6 Compute Fabric
Up to twenty CPU nodes per chassis for scale-out HPC and cloud-native compute.
- Rack-scale core density
- Shared-fabric simplicity
- Modular scale-out
What we need to quote accurately
A configuration quote takes minutes when these are known and days of back-and-forth when they are not. You do not need all of them to start — send what you have.
- The workload: model sizes, training or inference, and expected concurrency
- Node count, and whether this is a single system or a scaling cluster
- Rack power and cooling available per rack, and inlet temperature
- Existing estate — the vendor and management tooling you already run
- Network fabric: InfiniBand, Ethernet, and the speed you are standardised on
- Timeline, and whether the budget is approved or being built
How we quote
- 1
Send the requirement
An email, a bill of materials, or a rough description of the workload. All three work.
- 2
We validate the configuration
Accelerator, chassis, fabric, power and cooling checked against each other before anything is priced.
- 3
Itemised quote within 48 hours
Line-by-line pricing, current availability and lead time, with warranty terms stated.
Supermicro server distributor — buyer questions
When is a Twin system the right buy over four separate 1U servers?
When the workload is scale-out and already survives losing a node — container hosts, HPC compute, web and cache tiers — and when rack power or rack units are the binding constraint. Sharing power supplies and fans across four nodes in 2U is genuinely more efficient than four independent 1U boxes. When you cannot tolerate a shared-chassis failure domain, or when the nodes need very different configurations from each other, buy the separate servers and accept the density penalty.
What is the SuperBlade actually for?
Scale-out compute where the network is as much of the cost as the servers. An 8U SuperBlade chassis shares power, cooling and switching across its blades, which removes a large number of top-of-rack ports and cables from the design. That saving is what justifies it. If you are deploying a handful of nodes, or your nodes need to be individually different, the chassis overhead is not worth paying for and a rack server is the simpler answer.
Can you supply Supermicro storage servers with the drives populated?
Yes. The 90-bay Storage SuperServer and the E3.S Petascale platforms are quoted with the drive model, capacity and count, the HBA or RAID controller, the network adapters and the rails specified as one build, because the drives are usually the majority of the cost and the majority of the lead time. We confirm the exact populated configuration in writing before ordering.
Do you supply Supermicro GPU servers too?
Yes — the 8-GPU HGX platforms, the liquid-cooled variants and the PCIe accelerator systems are all sourceable through us and are covered on our Supermicro GPU servers page. They sit apart from this one because they are specified backwards from facility power, inlet temperature and fabric rather than from rack density, and mixing the two conversations helps nobody.
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