Hyper Edge 500
Technical Specifications

Meta Description: Explore the full hardware specifications of Hyper Edge 500 — including CPU, RAM, storage, GPU, and high-speed networking for scalable hyperconverged edge deployments.

Hardware Overview

The Hyper Edge 500 consists of a pre-clustered 3-node hyperconverged system, delivered as a ready-to-deploy appliance.

Each node is housed in a compact 1U chassis, combining compute, storage, and networking into a unified high-performance cloud cluster.

A fourth cold spare server is delivered with every deployment — allowing for rapid replacement without waiting for logistics or RMA delays.

This system is designed for high-density, high-availability environments where performance and uptime are critical.

Key Specs

Nodes: 3 active + 1 cold spare

CPU: Up to 1152 cores total (AMD EPYC)

Memory: Up to 18 TB DDR5 RDIMM (6 TB per node)

Storage: Up to 720 TB NVMe across 48 drives

GPU Support: Up to 6 full-height GPU cards

Internal Fabric: 200 Gbps total (2× 100 Gbps per node)

Chassis: 1U per node (3U total footprint)

RAID/Redundancy: Hardware RAID, node-level failover supported

Expansion: Multi-node horizontal scaling

Networking

Storage Architecture

Compute & GPU Support

Software Stack

Each Hyper Edge 500 appliance is delivered preloaded with the MomentumX Cloud Platform — powered by OpenStack. This provides a fully integrated control plane for compute, storage, networking, orchestration, and monitoring.
Key features include:

Software Stack

Choose from these baseline tiers, or request a fully customized build:

Standard

128 cores, 512 GB DDR5, 51 TB NVMe

Advanced

384 cores, 3 TB DDR5, 90 TB NVMe

GEM

768 cores, 8 TB DDR5, 288 TB NVMe

Max

1152 cores, 18 TB DDR5, 720 TB NVMe

Power & Cooling

Redundant power supplies (platinum
certified)

Optimized thermal design for 1U airflow

Compatible with standard datacenter racks and PDUs

Designed for continuous 24/7 operation

Launch Your Dedicated Cloud in Minutes

Use the MomentumX portal to instantly deploy virtual machines, configure firewalls, and manage resources — all within your own isolated environment.