Introducing the Corespan 2500 with 5090 — Now AvailableLearn More →

Photonic Scale‑Across Interconnects for Software‑Defined AI Data Centers

Powered by deep software integration across GPUs, server kernels, photonic interconnects, and control systems, Corespan Systems shapes resources around workloads for maximum utilization with a scale across design.

Hero Image
New Solution

Corespan 2500 with 5090

The Corespan PRU 2500 with 5090 combines the PRU 2500, 8 to 12 NVIDIA GeForce RTX 5090 GPUs, hybrid liquid cooling, FIC 2500 connectivity, and Corespan software into a dense, composable platform for AI inference. Instead of binding GPUs to fixed servers, it turns them into a shared resource pool that can be dynamically assigned to standard hosts and consumed through familiar Docker and Kubernetes workflows. Built for neocloud providers and enterprise AI environments, the system is designed to improve GPU utilization, reduce stranded capacity, and simplify deployment of high-density inference infrastructure.

Corespan 2500 with 5090

Our Solutions: AI-ready, photonic-native, composable infrastructure

DynamicXcelerator

DynamicXcelerator

DynamicXcelerator is an infrastructure composition system that virtualizes and disaggregates GPUs for more flexible allocation, better utilization, and right-sized AI environments.

Learn More about DynamicXcelerator
DynamicXcelerator

Corespan 2500 Series

The Corespan 2500 Series is a photonic-native platform for scale-across infrastructure, combining high-performance interconnect, pooled resources, and system-level flexibility.

Learn More about Corespan 2500 Series
cloud gear

Corespan 2500 with 5090

Corespan 2500 with 5090 delivers high-density AI inference with 8 to 12 NVIDIA GeForce RTX 5090 GPUs in a single PRU 2500 platform.

Learn More about Corespan 2500 with 5090

Our Products - Hardware and Software, Perfectly Composed

From dense PCIe resource infrastructure to software-defined composition, Corespan products work together to turn fixed hardware boundaries into adaptable, workload-driven systems.

Photonic Resource Unit (PRU) 2500

High-density PCIe Gen5 chassis enabling composable, photonic-connected pools of GPUs, storage, and PCIe resources for AI, HPC, and accelerated workloads.

Photonic Resource Unit (PRU) 2500

About Corespan

We’re here to make high-performance infrastructure easier. With Corespan, you can compose and allocate resources in real time, reduce stranded capacity, and match infrastructure more closely to real workload demand.

About Corespan

Partners and Associations

Polatis
Optical Switching
Ranovus
Co-Packaged Optics
NetMetrix France
Optical Interconnects
Future-Channel
Optical Integration
E4
Data Center Engineering
QBO
Platform Strategy
Innoboost
Commercialization Support
IOWN Global Forum
Industry Collaboration
Polatis
Optical Switching
Ranovus
Co-Packaged Optics
NetMetrix France
Optical Interconnects
Future-Channel
Optical Integration
E4
Data Center Engineering
QBO
Platform Strategy
Innoboost
Commercialization Support
IOWN Global Forum
Industry Collaboration

We initially received $12,000 in cloud credits from one of the major providers to get started. However, the credits were consumed faster than expected, and after a short time, only $4,000 remained. This was primarily from running application benchmarks using 8× H100 and 2× A100 GPUs. We were surprised at how quickly the credits were depleted, even though the workloads were limited to performance testing of our app.

Engineering Team, Corespan Customer

Insights & Resources

Corespan 5090 diagram

AI Inference Economics: Corespan Announces Inference System with 8 to 12x NVIDIA RTX 5090 GPUs

Corespan’s PRU 2500 pools 8 to 12 NVIDIA RTX 5090 GPUs in a high-density, interconnect-attached system built to improve utilization and scale AI inference efficiently.

Read more about AI Inference Economics: Corespan Announces Inference System with 8 to 12x NVIDIA RTX 5090 GPUs
glowing digital data blocks

The Age of Scale Across and Aging GPUs

Scale-across GPU infrastructure enables organizations to redeploy aging accelerators into composable resource pools, increasing utilization, extending lifecycle, and supporting dynamic AI workloads.

Read more about The Age of Scale Across and Aging GPUs
OCP EMEA Summit

OCP EMEA Summit (Barcelona) – Apr 29–30

The OCP EMEA Summit brings together engineers, designers, and industry leaders across EMEA to collaborate on open hardware innovation, data center infrastructure, and efficient computing.

Read more about OCP EMEA Summit (Barcelona) – Apr 29–30
Optimize Your GPU Investment. Request a Consultation

Optimize Your GPU Investment. Request a Consultation

Maximize utilization, reduce stranded capacity, and align resources more closely to workload demand with photonic-native scale-across infrastructure.