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Multiple GPU accelerator cards installed in a Supermicro style server chassis
Supermicro Authorized Reseller
Supermicro Servers

Supermicro GPU, AI, enterprise and storage systems, specified and delivered.

Celltronics is an authorized Supermicro reseller. We quote, configure, and deliver Supermicro server and storage platforms for AI training and inference, high performance computing, virtualization, and large scale data storage.

Why Supermicro, Why Celltronics

The right configuration matters more than the brochure.

Supermicro builds systems as modular blocks, which means almost every platform can be tuned to the workload rather than bought off a shelf. That flexibility is the advantage, and it is also where most buyers get it wrong. We work through the requirement first, then specify the system.

Configured to the workload

GPU count, memory footprint, storage tier, network fabric, and thermal envelope specified against what you are actually running, not a generic SKU.

Quote and lead time up front

You get a complete bill of materials with pricing and realistic availability, so procurement and project planning line up.

Delivered where you need it

Domestic and international shipping through established freight forwarders, including consolidated and palletized export deliveries.

The Portfolio We Supply

Supermicro GPU and AI systems, servers, and storage.

These are the Supermicro lines Celltronics quotes and supplies. Platform availability and exact configurations change as Supermicro refreshes its generations, so treat the details below as a starting point and ask us to confirm current options for your build.

GPU and AI Systems

Accelerated platforms for training, fine tuning, and inference, from a single air cooled node to liquid cooled rack scale. This is where most of our current Supermicro activity sits.

NVIDIA HGX

Universal GPU Systems, 8-GPU HGX

  • NVIDIA HGX B300, B200, and H200 baseboards
  • 4U, 5U, 8U, and 10U form factors
  • Air cooled and liquid cooled variants
  • Intel Xeon or AMD EPYC host processors
Rack Scale

NVIDIA GB300 NVL72

  • 48U liquid cooled rack scale platform
  • 72 Blackwell Ultra GPUs and 36 Grace CPUs
  • Up to 21TB of HBM3e in a single rack
  • For frontier scale training and inference
AMD Instinct

OAM Accelerator Systems

  • AMD Instinct MI350, MI325X, MI300X, and MI250 OAM
  • AMD Instinct MI300A APU systems, 4 APUs with 512GB integrated HBM3
  • Same modular 4U to 10U chassis family
PCIe and MGX

PCIe GPU and NVIDIA MGX Systems

  • 3U, 4U, and 5U systems supporting up to 10 double width PCIe GPUs
  • NVIDIA MGX modular designs with up to 4 PCIe GPUs
  • NVIDIA GH200 Grace Hopper Superchip or Intel Xeon options
  • 2U 2-node designs with up to 3 GPUs per node

Rackmount and Multi-Node Servers

The volume workhorses. Single, dual, and multi processor rackmount systems, plus Supermicro's multi-node Twin architectures that pack two or four independent servers into a shared chassis for density and shared power efficiency.

Rackmount

1U, 2U, and Multi-Processor

  • 1U single and dual processor systems
  • 2U multi-processor platforms in 4 and 8 socket configurations
  • Current generation Intel Xeon and AMD EPYC platforms
  • Configurable I/O, storage, and networking
Twin Architecture

BigTwin, GrandTwin, TwinPro, FatTwin

  • BigTwin, multi-node architecture for cloud and storage density
  • GrandTwin, optimized for single processor nodes
  • TwinPro, 1U and 2U chassis with 2 or 4 nodes
  • FatTwin, advanced I/O for big data and HPC
HPC at Scale

FlexTwin

  • Purpose built for HPC deployed at scale
  • High node density per rack
  • Suited to cluster buildouts and research computing
Blade

SuperBlade and MicroBlade

  • SuperBlade, high performance with integrated networking
  • MicroBlade, highest density and energy efficiency
  • Shared power, cooling, and management across the enclosure

Storage Systems

From latency sensitive all-flash NVMe to bulk capacity top-loading chassis. We spec the tier against the access pattern, not just the terabyte number.

All-Flash NVMe

2U All-Flash Platforms

  • Up to 40 hot-swap E3.S drives in 2U on current generation systems
  • Configurations with up to 32 E3.S, or 16 E3.S plus 8 CXL Type 3 bays
  • Earlier generations support up to 24 E1.S or U.2 NVMe
  • For databases, analytics, and AI data pipelines
Bulk Capacity

4U Top-Loading, up to 90 Bays

  • Up to 90 hot-swap 3.5 inch SAS or SATA drives in 4U
  • Single node and multi node options
  • For backup targets, media archives, and object storage tiers
High Density

Simply Double and Double-Sided

  • Simply Double, up to 24 3.5 inch drives in 2U
  • 4U double-sided designs with up to 36 3.5 inch drives
  • Front loading 2U, 3U, and 4U options with optional NVMe bays
Petascale

Petascale Storage

  • 2U platform with up to 16 E3.S drives
  • PCIe 5.0 throughput for high bandwidth workloads
  • Grace based option for storage close to accelerated compute
What We Build For

The workloads behind the hardware.

Tell us the workload and we will work backward to the platform. These are the requirements we see most often.

AI Training and Inference

Multi-GPU nodes for model training and fine tuning, and right sized inference platforms where throughput per dollar matters more than peak FLOPS.

HPC and Research Computing

Dense multi-node clusters for simulation, modeling, and scientific computing, sized for the interconnect and the job profile.

Virtualization and Private Cloud

Consolidated compute with the memory and storage headroom to keep density high without starving the guests.

Data Platforms and Analytics

All-flash NVMe tiers for transactional and analytical databases where latency is the constraint.

Backup, Archive, and Object Storage

High capacity top-loading chassis for retention tiers where cost per terabyte governs the design.

Colocation and Hosting Refresh

Fleet refreshes where rack unit budget, power draw, and thermal headroom are as much of a constraint as the spec sheet.

How We Work

From requirement to rack.

Requirement

We start with the workload, the node count, the power and space you have, and the date you need it running.

Configuration

We build the bill of materials against Supermicro's current platforms and flag anything that will bottleneck in practice.

Quote

Pricing and realistic lead times, with alternatives where a generation change or a different chassis saves money or time.

Delivery

Order placement, tracking, and shipping to your site or forwarder, domestic or international.

Get a Configuration and a Price

Tell us the workload. We will spec the system.

Send the requirement to info@celltronics.com or call 954-885-2600. Our team is here 24/7.

Request a Supermicro Quote