Don't build your data center. Take delivery of it.
DMT Modular builds it, HyperDC Data installs power and cooling, TopTel brings the IT infrastructure with Gigabyte, Sangfor, Extreme Networks and TerraMaster, and QPS designs, installs and operates it. You sign a single contract: with TopTel.
Manufacturing
DMT Modular, Ankara
Power and cooling
HyperDC Data
Technology
TopTel, 7 global brands
Engineering
QPS, design and commissioning
Operations
QPS, monitoring and maintenance
Look inside
As you scroll, the 40 ft container opens up layer by layer. Every layer has an owner.
40 ft · 12.19 m
It arrives as a closed module.
Scroll down: the container opens and the four layers come forward one by one.
1 / 4 · DMT Modular
Structure and shell
Steel shell and corner castings, raised floor, cable trays and physical access control.Steel shell and corner castings, raised floor, cable trays and physical access control.
2 / 4 · HyperDC Data
Power, cooling and fire protection
UPS, batteries and distribution panel; in-row cooling units and outdoor units; smoke detection and gas suppression.UPS, batteries and distribution panel; DLC manifold, CDU and outdoor dry coolers; smoke detection and gas suppression.
3 / 4 · TopTel · Gigabyte, Sangfor, Extreme Networks, TerraMaster
IT racks
Server, network, platform and storage racks in a single row, with hot aisle containment.Liquid-cooled GPU server racks, networking and storage, with hot aisle containment.
4 / 4 · QPS
Monitoring and operations
Environmental monitoring from the DCIM screen; remote monitoring, periodic maintenance and optional managed operations.Environmental monitoring from the DCIM screen; remote monitoring, periodic maintenance and optional managed operations.
One project · one contract
Four disciplines, one point of contact: TopTel.
DMT Modular brings the structure, HyperDC Data the power and cooling, TopTel the IT infrastructure; QPS designs, installs and operates.
When a container?
In Gigabyte's HGX B300-based GIGAPOD racks, power per rack reaches 66–70 kW with air cooling and 109 kW with liquid cooling. Traditional server rooms are designed for a fraction of that per rack. A module designed from the ground up for high density and liquid cooling is often faster and more predictable than converting an existing building.
GIGAPODPlanning and constructing a data center building is often measured in years. With a container, manufacturing and hardware procurement run in parallel; the work on site comes down to the foundation and connections.
A power plant, a solar farm or an organized industrial zone: a module installed where the electricity is generated is the shortest path to turning energy directly into compute.
A mine, a construction site, a port or a border region. Arriving with its own shell, cooling, fire protection and access control, the module runs independently of site conditions.
A backup site, geographically distant from your main data center and set up quickly. With Sangfor HCI replication, your workloads are decoupled from regional risks such as earthquakes.
What's inside?
The container is only the shell; its value is the system running inside. We add the structure as a fifth layer to the four validated layers of GigaX and deliver it all in a single project.
| Layer | What it includes | Provided by |
|---|---|---|
| Structure and shell | Steel construction, thermal and fire insulation, raised floor, cable routes, physical access control, anchoring and fastening per the Turkish Building Earthquake Code (TBDY 2018) | DMT Modular |
| Power, cooling and fire protection | UPS and power distribution, air or liquid cooling, aspirating early smoke detection, FK-5-1-12 or inert gas suppression, environmental monitoring with DCIM | HyperDC Data |
| Compute | Data-center-class servers, from general-purpose servers to NVIDIA HGX B300 and H200 GPU systems | Gigabyte |
| Network backbone | Data center backbone and centralized network management with Platform ONE | Extreme Networks |
| Platform and security | HCI virtualization, replication and NGAF next-generation firewall | Sangfor |
| Storage and backup | NAS storage and backup target | TerraMaster |
| Operations | Remote monitoring, periodic maintenance, incident management and optional fully managed operations | QPS |
IT components are supplied through TopTel as authorized distributor; facility infrastructure is supplied by HyperDC Data. Project responsibility and the single contract sit with TopTel.
Starting points
Every project is designed around its own load, site and criticality level. These three packages show where we start the conversation.
A compact module for factories, mines, construction sites, branches and power plant control points.
For organizations that want to expand their main data center or set up a geographically separate backup site.
A liquid-cooling-ready module for model training, inference and anyone looking to offer GPU services.
Values are typical ranges. Exact capacity is determined after discovery and design.
Preliminary sizing
If you know what you'll deploy, see in seconds how much power, how many racks and what cooling you need.
GPU server cooling
Determines rack density and cooling type
About 15 kW per server (8U, 4 per rack)
About 10.2 kW per server (8U, 4 per rack)
About 0.8 kW per server
About 0.5 kW per unit
Capacity reserved for future expansion
89.8kW
Total IT load, including growth headroom
This is a preliminary sizing based on typical manufacturer figures. For air-cooled 8-GPU servers, it assumes 4 servers per rack and about 6 kW of additional load per rack; for liquid-cooled ones, 8 servers per rack. Standard racks are assumed to hold 16 units; for deployments with GPUs or more than one rack, 1 extra rack and about 3 kW are added for networking and management. The grid connection is calculated with a rough peak factor that covers the cooling load on the hottest day and distribution losses; annual PUE is lower than this. The final design is done by QPS engineers.
Process
Every step has a clear owner and a defined output. You have one point of contact from start to finish.
Together we clarify your needs, your site and your power situation. The outcome is a preliminary sizing and a budget range.
QPS
The architecture is designed; structure, infrastructure and IT come together in one proposal and one contract.
QPS, HyperDC Data and TopTel
While the container is being built, procurement of servers, networking and storage starts in parallel. This shortens the timeline for long-lead GPU systems.
DMT Modular, HyperDC Data and TopTel
Power, cooling and IT systems are tested together before shipment. What arrives on site is a proven system, not a surprise.
DMT Modular, HyperDC Data and QPS
The module is placed on the prepared foundation, power and network connections are made, and it is handed over after the site acceptance test.
QPS and HyperDC Data
If you wish, monitoring, maintenance and operations are handed over to QPS. You focus on your business; the infrastructure is on us.
QPS; facility infrastructure maintenance by HyperDC Data
Scope
The limits of turnkey are written down up front. No surprises at handover.
We provide the technical information you need for your permit applications (dimensions, weight, power requirements).
Why us?
The teams that build the container, install power and cooling, distribute the technology that goes inside, and install and operate the system sit at the same table. No intermediaries, no handed-off responsibility, no lost time.
Builds
Power and cooling
Equips
Installs and operates
The redundancy level (N, N+1 or 2N) is set up front based on your project's criticality. If you have a certification target, the design is built around it; if not, power, cooling and monitoring are still designed on the principles of continuous operation.
FAQ
Two things mostly set the timeline: the infrastructure scope and the lead time for IT hardware. Because container manufacturing and hardware procurement run in parallel, the total time is close to the longer of the two. For high-demand GPU systems, lead time can be the deciding factor; after discovery, we share a dated project plan.
Yes. The container can be designed to host your existing hardware as well. For new infrastructure, we recommend the GigaX architecture, validated with brands from the TopTel portfolio.
As power per rack rises, air cooling falls short. Roughly, in-row cooling is sufficient up to 30 kW and an active rear-door heat exchanger between 30 and 80 kW; at higher densities, or with liquid-cooled servers, direct liquid cooling (DLC) is required. HGX B300 comes in both air-cooled (8U) and liquid-cooled (4U) options; the choice determines rack density and container design. The calculator uses the same thresholds.
Yes. Thanks to the modular design, new modules can be added as your needs grow. When necessary, a module is moved to another site and recommissioned.
The site, the power connection, and zoning, building and energy permits are your responsibility. We provide the technical information needed for the permit process (dimensions, weight, power requirements).
Your single point of contact is TopTel. IT components are delivered with manufacturer warranties; support and operations run through QPS. Maintenance and service of the facility infrastructure (power, cooling and fire systems) are carried out by HyperDC Data.
Discovery call
It doesn't matter how much you already know. Tell us what you know; we'll work out the rest together during discovery.
Within two business days, a QPS engineer will get back to you and schedule a discovery call.
