MODULAR DATA CENTER PRODUCTS
Conventional CPU and storage, compact AI, inference or large training clusters. Compare the purpose, IT load and cooling before choosing a product.
Conventional data centers20–300 kW IT loadAir cooling
MDC6060 kW IT load · 2 racksAir cooling
MDC500300–500 kW IT loadAir cooling; immersion by project
MDC20002.5 MW IT load85% direct liquid / 15% air
MDC40004.2 MW planned IT load100% direct liquid cooling planned
Every capacity below is IT load: the power for computing equipment, separate from total facility demand. Hardware and cooling compatibility are checked for the selected server configuration.
20–300 kW IT load · Air cooling
Air-cooled infrastructure for enterprise IT, storage and local services. Select the capacity around your equipment and site.
Equipment: CPU servers and storage systems
Status: Configuration by project
60 kW IT load · 2 racks · Air cooling
A 60 kW option for B200-class air-cooled servers, with power, cooling and service access planned around the selected equipment.
Equipment: NVIDIA B200-class servers
Status: Confirm the server configuration
300–500 kW IT load · Air cooling; immersion by project
Infrastructure for H200 and RTX PRO 6000 Blackwell inference systems. Choose the air-cooled architecture or discuss an immersion configuration for your equipment.
Equipment: NVIDIA H200 / RTX PRO 6000 Blackwell
Status: Confirm the cooling configuration
2.5 MW IT load · 85% direct liquid / 15% air
The GB300 NVL72 layout combines 16 compute racks with 16 network and service racks. Power, liquid cooling and residual air cooling are engineered together.
Equipment: NVIDIA GB300, B300 and B200 configurations
Status: Confirm the hardware and site design
4.2 MW planned IT load · 100% direct liquid cooling planned
A coming-soon product targeting 4.2 MW of IT load and fully direct liquid-cooled infrastructure. Discuss your future hardware and capacity plan.
Equipment: Target platform: VR200
Status: Coming Q1 2027
| Product | Purpose | IT load | Max rack power | Target equipment | Cooling | Status |
|---|---|---|---|---|---|---|
| Conventional data centers | CPU and storage | 20–300 kW IT load | 15 kW | CPU servers and storage systems | Air cooling | Configuration by project |
| MDC60 | Compact AI deployments | 60 kW IT load · 2 racks | 30 kW | NVIDIA B200-class servers | Air cooling | Confirm the server configuration |
| MDC500 | AI inference | 300–500 kW IT load | 50 kW | NVIDIA H200 / RTX PRO 6000 Blackwell | Air cooling; immersion by project | Confirm the cooling configuration |
| MDC2000 | AI inference and training | 2.5 MW IT load | 142 kW | NVIDIA GB300, B300 and B200 configurations | 85% direct liquid / 15% air | Confirm the hardware and site design |
| MDC4000 | AI inference and training | 4.2 MW planned IT load | 236 kW | Target platform: VR200 | 100% direct liquid cooling planned | Coming Q1 2027 |
Rack space, power distribution, cooling and controls are coordinated before the facility is built.
Rack positions, access, airflow, service clearances and the interfaces required by the selected hardware.
Incoming supply, UPS, batteries, distribution and rack paths configured to the load and availability objective.
Air, rear-door heat exchange, direct liquid cooling or an immersion option, selected for the equipment and climate.
Fire-protection interfaces, physical security, monitoring, alarms and BMS/DCIM integration defined within the project scope.
We separate design, factory assembly and testing, transport, installation and commissioning, so you can see what happens when.
Confirm CPU or GPU servers, storage, rack loads, networking and the capacity required.
Review climate, power, fibre routes, foundations, access and the external cooling plant.
Assemble the agreed systems and complete factory acceptance testing (FAT).
Install the modules, complete site acceptance and test the assembled facility before handover.
Factory work and site preparation can progress in parallel. The actual programme depends on configuration, equipment availability, transport, site readiness and approvals.
Plan the module, its external plant and their connections together.
The proposal defines the work supplied by ModulEdge and the work needed from the site owner and local delivery team.
FOR SITE OWNERS AND ENERGY COMPANIES
MDC2000 can form the infrastructure for a colocation business. Alongside the facility, we can discuss introductions to prospective tenants and the requirements they bring. Tenant placement and commercial terms are agreed by project.
Tenant introductions do not guarantee occupancy or investment returns. MDC4000 is a coming-soon option for future capacity planning.
The range starts with conventional CPU and storage infrastructure at 20–300 kW IT load. MDC60 provides 60 kW in two racks; MDC500 targets 300–500 kW; MDC2000 targets 2.5 MW. MDC4000 is a coming-soon product with a planned 4.2 MW IT load. These are IT capacities, separate from total facility power.
MDC60 is a two-rack, 60 kW air-cooled option for B200-class servers. MDC500 targets 300–500 kW inference deployments using H200 or RTX PRO 6000 Blackwell systems. MDC2000 targets larger inference and training clusters, with a GB300 NVL72 reference configuration. The exact server model, rack power and cooling interface determine the fit.
Conventional CPU and storage systems and MDC60 use air cooling. MDC500 has air-cooled and proposed immersion configurations, selected by project. MDC2000 uses an approximately 85% direct liquid / 15% air cooling split. MDC4000 is planned for 100% direct liquid cooling. Compatibility follows the exact server configuration.
No. IT load is the electrical power used by servers, storage and networking. The site supply also serves cooling, power-system losses and other facility equipment. Its required capacity comes from a project load study, including peak conditions and operating modes; annual PUE alone cannot size the connection.
Our core offer is the data-center infrastructure. We can plan integration around customer-supplied equipment or discuss an equipment package in the project scope. The proposal states who procures and supplies the servers, GPUs, networking and storage; they are not automatically included.
Price follows the equipment, IT load, cooling, resilience and delivery scope. Site works and computing hardware can change the budget substantially. Send the location and intended capacity so we can define the scope before quoting.
[ EARLIER MODULAR DATA CENTER PROJECTS · 35–320 kW ]
320kW
Ukraine
Two-site, four-module complex providing 320 kW total IT load, N+1 power and cooling, and full data replication for nationwide traffic-violation analytics.
Read the case study
120kW
Ukraine
Two joined 40-ft containerized data centers hosting up to 120 kW IT load, combining hybrid free-cooling with DX systems for Tier III resilience and low OPEX.
Read the case study
Send the location and what you want to run. We will help select the product and agree the next step.