Custom
Virtualization Hosts
CPU-heavy, memory-heavy, and storage-heavy virtualization host templates for VMware, Hyper-V, and consolidation clusters with SSD or NVMe-forward defaults and no GPUs in the base build.
Dell / server
Dell PowerEdge R650 Virtualization Host
Dual Intel Xeon Gold 5318Y · 256GB DDR4 · 2x 960GB SSD · 2x 1.92TB NVMe · 25GbE · Rails
Model: R650
Price pending
Qty 3
HP / server
HPE ProLiant DL380 Gen10 Plus Virtualization Host
Dual Intel Xeon Gold 5318Y · 256GB DDR4 · 2x 960GB SSD · 4x 1.92TB NVMe · 25GbE · Rails
Model: DL380 Gen10 Plus
Price pending
Qty 2
Dell / server
Dell PowerEdge R750 Virtualization Host
Dual Intel Xeon Gold 6330 · 512GB DDR4 · 2x 960GB SSD · 4x 3.84TB NVMe · 25GbE · Rails
Model: R750
Price pending
Qty 2
HP / server
HPE ProLiant DL380 Gen11 Virtualization Host
Dual Intel Xeon Gold 5416S · 384GB DDR5 · 2x 960GB SSD · 4x 3.84TB NVMe · 25GbE · Rails
Model: DL380 Gen11
Price pending
Qty 2
Category Details
Generation: Current
CPU: Configurable
Drive Bays: Configurable
Customizable Features
Per-vendor, per-generation, and per-form-factor baseline hosts so each platform family has a clear virtualization starting point
CPU-dense and memory-dense configurations sized for VM consolidation rather than accelerator workloads
SSD and NVMe-forward storage layouts for boot, cache, datastore, and hypervisor responsiveness
Flexible uplink, SAN, and clustering connectivity options for production host roles
Boot, datastore, redundancy, rail, bezel, and rack-integration planning for deployment-ready listings
GPU Options
No GPU is included in the default virtualization host listings, but supported customers can add one later during customization when the chassis allows it
Optional GPU planning stays secondary to CPU, RAM, storage, and networking priorities for host platforms
GPU Enablement Kits
When a customer adds a GPU later, the required riser, power, airflow, and PSU kits must still be validated against the selected host platform
