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Hewlett Packard Enterprise
HPE Servers

HPE ProLiant servers and AI compute, specified and delivered.

Celltronics configures and delivers HPE ProLiant Compute platforms and HPE AI and GPU systems for enterprise compute, virtualization, and AI training and inference.

Why HPE, Why Celltronics

A long product matrix is only useful if someone narrows it for you.

HPE publishes a wide Gen12 lineup where several models look interchangeable on paper and are not. The difference between a single socket DL345 and a dual socket DL380 is a licensing and power decision as much as a performance one. We work through the requirement first, then specify the system.

Configured to the workload

Socket count, memory footprint, accelerator choice, storage tier 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

HPE ProLiant Compute, and HPE AI and GPU systems.

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

ProLiant Compute rack servers

The Gen12 rack line covers single socket edge and scale-out nodes through dual socket mainstream compute. Socket count, not chassis height, is usually what decides the right model.

Dual socket

DL360 Gen12 and DL380 Gen12

  • DL360 Gen12, 1U, two sockets, Intel Xeon 6
  • DL380 Gen12, 2U, two sockets, Intel Xeon 6
  • The 2U DL380 trades rack density for expansion slots and drive bays
  • DL380 Gen12 also supports NVIDIA RTX PRO 4500 and 6000 Blackwell accelerators
Single socket, Intel

DL320, DL340 and DL110 Gen12

  • DL320 Gen12, 1U, one socket, Intel Xeon 6
  • DL340 Gen12, 2U, one socket, Intel Xeon 6
  • DL110 Gen12, 1U, one socket, Intel Xeon 6 SoC
  • Sized for workloads that do not benefit from a second socket, at a lower licence and power footprint
Single socket, AMD

DL325 Gen12 and DL345 Gen12

  • DL325 Gen12, 1U, one socket, AMD EPYC 5th Generation
  • DL345 Gen12, 2U, one socket, AMD EPYC 5th Generation
  • High core count in a single socket, which often beats a dual socket Intel node on cores per rack unit
  • DL345 Gen12 supports NVIDIA RTX PRO 4500 and 6000 Blackwell
Accelerator optimized

DL380a Gen12 and DL384 Gen12

  • DL380a Gen12, 4U, two sockets, Intel Xeon 6, built for accelerators
  • Supports NVIDIA RTX PRO 6000 Blackwell Server Edition, air cooled or direct liquid cooled
  • DL384 Gen12, two socket, NVIDIA GH200 Grace Hopper Superchip
  • The GH200 pairs a Grace CPU with a Hopper GPU over a coherent link, which suits memory bound AI work

Tower and compact

Not every deployment has a rack. These are the platforms for offices, branch sites, and space constrained installations.

Tower

ML350 Gen12

  • 2U tower, two sockets, Intel Xeon 6700 and 6500 series with P-cores
  • Rack mountable, so a tower deployment today does not block a rack move later
  • Supports NVIDIA RTX PRO 4500 Blackwell for on premises inference
Compact and edge

DL145 and EL2000

  • DL145, 2U compact, NVIDIA RTX PRO 4500 Blackwell Server Edition
  • EL2000, 2U optimized for size, weight and power constrained sites
  • EL2000 supports NVIDIA RTX PRO 4500 and 6000 Blackwell
  • For inference at the edge, where the data is generated rather than in a central data center

AI and GPU compute

The dedicated accelerator platforms, for training and fine tuning rather than inference. Cooling is a real design constraint at this density, so it is called out per system.

8 GPU, flagship

HPE ProLiant Compute XD685

  • 5U with direct liquid cooling, or 6U air cooled
  • Eight NVIDIA H200, B200 or B300 accelerators
  • Also available with eight AMD Instinct MI355X
  • Cooling option depends on the accelerator chosen, we confirm this at quote time
8 GPU, air cooled

HPE Compute XD690

  • 10U air cooled
  • Eight NVIDIA B300 accelerators
  • The taller chassis is what makes air cooling viable at this GPU count
  • Relevant where the facility cannot support liquid cooling
8 GPU, Cray line

HPE Cray XD670

  • 5U, eight NVIDIA H200 accelerators
  • Air cooled or liquid cooled
  • Cray heritage platform, aimed at HPC and large scale training clusters
Inference tier

ProLiant DL and ML with Blackwell

  • DL365 Gen11, 1U, NVIDIA RTX PRO 4500 Blackwell, air or direct liquid cooled
  • DL385 Gen11, 2U, NVIDIA RTX PRO 4500 and 6000 Blackwell, air or DLC
  • Where throughput per dollar matters more than peak training performance
  • Often the right answer for production inference once a model is trained
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 Fine Tuning

Eight GPU nodes for model training and fine tuning, with the cooling method chosen against what your facility can actually support.

Production Inference

Right sized inference platforms where throughput per dollar and rack density matter more than peak training performance.

Virtualization and Private Cloud

Consolidated compute with the memory and storage headroom to keep density high without starving the guests, and socket counts chosen with licensing in mind.

Databases and Line of Business

Dual socket mainstream compute for transactional systems, ERP, and the applications the business cannot run without.

HPC and Technical Computing

Cray and XD class platforms for simulation and modeling, sized for the interconnect and the job profile.

Edge and Remote Sites

Compact and SWaP optimized platforms for branch, industrial, and remote deployments where a full rack is not available.

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 HPE'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 an HPE Quote