# QIT > QIT develops modular data center infrastructure for AI, centered on liquid-cooled GPU containers and sites with available power. QIT brings the workload, electrical supply, cooling, networking and site preparation into one project scope. QIT containers are integrated and tested in the factory and installed on a prepared site in 15 hours. Power delivery, approvals and site works determine when a site is ready to receive them. QIT GPU container specification: 20 ft shipping container (5.8 × 6.8 × 2.44 m); 1 MW IT capacity; up to 1,200+ density-packed GPUs; any GPU architecture, including NVIDIA HGX B300, GB300 NVL72 and RTX PRO 6000; direct liquid cooling with a water block on every GPU and CPU; dry coolers on a sealed closed loop recirculating 1.5 m³ of water with no water consumption; temperature held within 2 °C under sustained load; 3-week average factory build; 15-hour on-site installation. Pricing, redundancy and operating responsibilities are agreed per project. References to 5–10 MW sites are planning scenarios, not an inventory of available sites. QIT is independent of Crusoe and NVIDIA. Comparisons describe published third-party information and do not imply a partnership or certification. API and GPU compute pricing is separate from physical data center project pricing. ## Main pages - [Home](https://qit.energy/): Overview of QIT’s modular GPU infrastructure. - [Discuss a project](https://qit.energy/contact): Share the site, usable power, workload and target date. - [Compute pricing](https://qit.energy/pricing): API and GPU compute pricing; not modular data center construction prices. - [Field notes](https://qit.energy/guides): Product guides, site planning and comparisons. - [Careers](https://qit.energy/careers): Engineering and project delivery opportunities. ## Infrastructure and field notes - [GPU shipping containers](https://qit.energy/gpu-shipping-container): Plan a physical GPU shipping container with liquid cooling. QIT containers are factory-built and installed on your site in 15 hours. - [Liquid cooling](https://qit.energy/liquid-cooled-gpu-container): Plan a liquid cooled data center in a GPU container. Compare direct-to-chip and immersion cooling, modular cooling design and site heat rejection. - [Container data centers](https://qit.energy/containerized-data-center): A container data center puts compute, power and cooling in a shipping container. Compare portable, mobile and AI container builds and plan your site. - [15-hour installation](https://qit.energy/deployment): QIT GPU containers are built and tested in the factory, then installed on a prepared site in 15 hours. See the stages and what your site needs to have ready. - [Crusoe Spark comparison](https://qit.energy/compare/crusoe-spark): Compare Crusoe Spark, Spark Liquid and Edge Zones with QIT’s project approach. Understand cloud capacity, powered shell, cooling and deployment boundaries. - [NVIDIA DSX POD explained](https://qit.energy/guides/nvidia-dsx-pod): Understand NVIDIA DSX POD, factory-integrated modular AI infrastructure and the site requirements that remain. Learn how to evaluate your QIT GPU container project. - [Texas data center site selection](https://qit.energy/guides/texas-data-center-site-selection): Evaluate a 5–10 MW Texas site for modular GPU data centers. A practical checklist for usable power, fiber, cooling, permits and phased deployment. - [Powered land vs powered shell](https://qit.energy/guides/powered-land-vs-powered-shell): Compare powered land, powered shell and GPU cloud capacity. Understand scope, ownership, power rights and handover for modular AI data center projects. - [Modular data center cost](https://qit.energy/guides/modular-data-center-cost): Build a modular data center budget that separates GPU hardware, power, cooling, site works and operations. Compare 1 MW scenarios and complete supplier scopes. - [Armada alternatives](https://qit.energy/compare/armada-alternatives): Compare the Armada modular data center line (Galleon, Leviathan, Orion) with QIT’s liquid-cooled GPU containers. Scope, cooling, capacity and ownership. - [Dell modular data center](https://qit.energy/compare/dell-modular-data-center): Compare the Dell modular data center range, from MDC Micro to MDC Flex at up to 115 kW per rack, and decide whether to buy a module or scope a GPU project. - [Duos Edge AI alternatives](https://qit.energy/compare/duos-edge-ai-alternatives): Duos Edge AI builds and operates edge data center pods. Compare its SEC-filed facts with a scoped modular GPU project and choose the right route. - [Flexnode alternatives](https://qit.energy/compare/flexnode-alternatives): Compare the Flexnode modular data center platform (NX-1 to NX-4, Eaton collaboration) with QIT’s liquid-cooled GPU containers on scope, scale and ownership. - [Giga Energy alternatives](https://qit.energy/compare/giga-energy-alternatives): Compare Giga Energy’s GigaBase and GigaPod AI data center model with QIT’s liquid-cooled GPU containers. Equipment, site build, colocation and cooling. - [Mod42 alternatives](https://qit.energy/compare/mod42-alternatives): Compare the Mod42 modular data center platform (containers, skids, complete buildings) with QIT’s liquid-cooled GPU containers. Scope, cooling and scale. - [Vertiv modular data center](https://qit.energy/compare/vertiv-modular-data-center): Compare the Vertiv modular data center range, from SmartMod to MegaMod CoolChip and OneCore, and decide when to buy a module or scope a full GPU project. - [Edge data center](https://qit.energy/edge-data-center): What is an edge data center? Learn how edge data centers differ from core sites, what micro data centers are, and where modular edge fits for AI inference. - [For neoclouds](https://qit.energy/for/neoclouds): GPU cloud data center capacity for neoclouds: how GPU cloud providers source power and space today, and where liquid-cooled 1 MW modular blocks fit in Texas. - [What is an AI factory?](https://qit.energy/guides/ai-factory): What is an AI factory? NVIDIA’s definition, how an AI factory works across the AI lifecycle, the DSX reference designs, and how modular GPU blocks fit in. - [Behind-the-meter data centers](https://qit.energy/guides/behind-the-meter-data-center): What a behind the meter data center is, how co-location with power plants works, the FERC and Texas SB 6 rules in play, and where modular GPU blocks fit. - [Bitcoin miners and AI/HPC](https://qit.energy/guides/bitcoin-miners-ai-hpc): Why bitcoin miners are turning powered sites into AI and HPC data centers, why a bitcoin mining container is not a GPU container, and who has signed tenants. - [Modular data center companies](https://qit.energy/guides/modular-data-center-companies): A sourced 2026 list of modular data center manufacturers and companies: AI-focused builders, OEMs and containerized vendors, compared by cooling and capacity. - [What is a modular data center](https://qit.energy/modular-data-center): What is a modular data center? Learn the main types, how prefabricated power and cooling modules work, how they compare with traditional builds, and costs. ## Open roles (5) - [Electrical Engineer](https://qit.energy/roles/electrical-engineer): Engineering — Power systems. - [Mechanical Engineer](https://qit.energy/roles/mechanical-engineer): Engineering — Liquid cooling. - [Controls & Automation Engineer](https://qit.energy/roles/controls-engineer): Engineering — Monitoring & commissioning. - [Construction Manager](https://qit.energy/roles/construction-manager): Project Delivery — Site delivery. - [Supply Chain Manager](https://qit.energy/roles/supply-chain-manager): Project Delivery — Equipment & suppliers. Apply by emailing hello@qit.energy with the role title, a CV or profile, and a short note about relevant work. Location, availability and working arrangements are discussed with candidates. ## Contact and policies - [Email QIT](mailto:hello@qit.energy): Project and careers inquiries. - [Privacy](https://qit.energy/privacy): Personal data and inquiry handling. - [Legal](https://qit.energy/legal): Terms and service policies. - [Sitemap](https://qit.energy/sitemap.xml): Canonical public page index. Updated: November 2, 2026.