Compute & networking
GPU platform, rack layout, service clearances, cable paths and the required InfiniBand or Ethernet/RoCEv2 fabric.
SETEK · CRITICAL INFRASTRUCTURE TECHNOLOGIES
Bright infrastructure.
Built for intelligent operations.
Factory-integrated technology for AI, edge and mission-critical operations. Explore the infrastructure behind each platform—from rack power and cooling to monitoring and commissioning.
AI · EDGE · QUANTUMISTANBUL / SOUTH KOREAENGINEERED FOR CONTINUITY
AI Prefabricated Modular Data Centers•Edge & Quantum Infrastructure•Seismic & Defense Systems
Explore the IT, power and liquid-cooling architecture behind high-density GPU deployments.
View solution › 02 / EDGEUser-friendly edge deploymentProject-sized compute with coordinated power, environmental monitoring and thermal control.
View solution › 03 / QUANTUMSpecialized quantum supportControlled environments and project-tailored infrastructure around advanced technologies.
View solution › 04 / ENGINEERINGFrom requirement to operationFollow SETEK’s engineering pathway from concept definition to handover.
Open page ›01 / AI PREFABRICATED MODULAR DATA CENTER
AI infrastructure.
Factory integrated.
SETEK AI PMDC coordinates GPU rack density, direct-to-chip cooling, power distribution, networking and monitoring as one modular infrastructure concept. Its IT, Power and Cooling Modules are planned around the target workload and site interfaces.
20 ft / 40 ftConfigurable modules
D2C liquid coolingProject-specific thermal design
IT + Power + CoolingCoordinated system architecture
BEHIND THE AI PMDC PLATFORM
More than a container.
One coordinated system.
GPU infrastructure is sized by its complete operating envelope—not only the number of racks. These system layers must be engineered together.
Protected distribution
Utility interface, UPS autonomy, battery strategy, branch distribution and rack PDUs matched to peak and sustained loads.
Liquid + residual air
Direct-to-chip cold plates, manifolds and CDU interfaces, with air handling for components not connected to the liquid loop.
Monitoring & protection
Power quality, temperature, humidity, coolant leak alarms, fire detection and controlled maintenance access.
SETEK AI PMDC Model 40: a 10-rack IT-module planning baseline for D2C concepts. Actual layout, density and achievable IT load are confirmed through project engineering.
View the full AI PMDC technical overview ↗Power & cooling sizing calculator ↗02 / EDGE MOBILE DATA CENTER
Computing power.
Where you need it.
Bring computing closer to factories, telecom sites and distributed operations. Rack layout, local power continuity, cooling, connectivity and environmental monitoring are coordinated to suit each deployment location.
Open side architectureImmediate visual understanding of the IT environment
Integrated infrastructurePower, cooling and connectivity in one platform
Project configuredEngineered for your workload, layout and deployment model
Representative visualization. Final rack count, cooling arrangement and site installation details are configured per project.
EDGE ENGINEERING PRIORITIES
01Site readiness
Available utility supply, footprint, access, network backhaul and external heat rejection.
02Resilience
UPS duration, redundancy and maintenance strategy matched to the required service availability.
03Visibility
Remote status for energy, thermal conditions, access alarms and environmental protection.
03 / QUANTUM INFRASTRUCTURE CONCEPT
Precision environments.
Built around quantum.
Quantum-support infrastructure starts with the selected hardware: dilution refrigeration where applicable, environmental stability, vibration review, electrical distribution and serviceable controls.
Concept visualization. Final equipment layout and performance depend on the selected quantum hardware and engineering requirements.
SETEK / DATA CENTER SEISMIC INFRASTRUCTURE
Data Center Seismic
Isolation Solutions.
Three complementary approaches to protecting critical IT infrastructure: rack-level isolation, isolated access flooring, and heavy-duty earthquake-resistant raised flooring.
RACK-LEVEL SEISMIC ISOLATION
SP6000
Seismic Isolation Table
Low-profile protection for server racks and heavy IT equipment.
200 mmMaximum displacement
78 mmNominal height*
> 3,000 kgDesign load class*
360°Horizontal response
Isolate the individual rack.
A ball-bearing and engineered-plate mechanism helps reduce earthquake motion transmitted to the supported cabinet. Particularly suitable where rack-level protection is preferred without replacing the entire raised-floor system.
ISOLATED ACCESS FLOOR
SP9000N
Seismic Isolation Access Floor
Modular floor-level isolation for critical equipment areas.
1,200 × 1,200Module size · mm
≥ 300 mmFloor height
> 5,000 kgDesign maximum per 1.44 m²*
200 mmMaximum displacement
Isolate the equipment floor.
The modular raised-floor system integrates an engineered isolation mechanism at floor level, allowing critical equipment zones to be configured, expanded, and adapted to existing support layouts.
HEAVY-DUTY SEISMIC-RESISTANT FLOOR
QAF1000
High-Strength Raised Floor
Structural raised-floor support for high equipment loads.
600–1,800Support spacing · mm
300–1,500Floor height · mm
≥ 5,000 kg/m²Load capacity*
4 optionsWood, steel, composite, Al
Strengthen the support structure.
A configurable earthquake-resistant access-floor support system for computer rooms and data centers. It provides structural load support; unlike SP6000 and SP9000N, it is not presented here as a motion-isolation system.
Engineering note: *Published model and design-reference values, not universal allowable working loads. Test evidence, equipment mass, anchorage, clearance, floor design and applicable seismic criteria must be verified for each project.
Explore the seismic engineering guide05 / DEFENSE & MISSION-CRITICAL SYSTEMS
Infrastructure designed
for demanding missions.
Explore SETEK's wider portfolio for protected edge computing, mobile energy infrastructure, naval electronics and electromagnetic shielding.
PROTECTED EDGE INFRASTRUCTURE
Seismic Protected Edge Mobile Data Center
Protected edge and communications equipment in a rugged enclosure with vibration isolation and serviceable cooling interfaces tailored to the application.
Request details ↗
RESILIENT ENERGY INFRASTRUCTURE
Mobile ESS Energy Storage System
Containerized battery energy-storage enclosure concept with protected access, engineered ventilation, thermal management and project-defined fire-safety provisions.
Request details ↗
TACTICAL MOBILITY
Vehicle Mounted Mobile Data Center
Transportable mobile data center concept with integrated server racks, a rugged enclosure and power, cooling and connectivity designed around the mission.
Request details ↗
NAVAL EQUIPMENT PROTECTION
Warship Rack
Rugged rack design for naval electronics, combining mechanical resilience and application-specific cable, ventilation and equipment-mounting arrangements.
Technical details ↗
ELECTROMAGNETIC PROTECTION
EMP Shielded Server Rack
P905EP is an enclosed rack platform for sensitive systems requiring project-defined EMI/EMP shielding, filtration and temperature control.
Technical details ↗Explore the complete Defense portfolio ↗
Final environmental, shock, vibration, shielding and ballistic performance specifications are subject to the selected product configuration and project documentation.
06 / ENGINEERING & SYSTEM INTEGRATION
Every system begins
with the workload.
Our engineering process turns a project's operational requirements into clear decisions on IT layout, electrical capacity, thermal interfaces, site constraints and acceptance criteria.
01 / COMPUTEIT Module
Rack footprint, equipment density, networking, access and maintainability.
02 / ELECTRICALPower Module
Input supply, distribution, UPS architecture, protection and redundancy.
03 / THERMALCooling Module
Coolant distribution, CDUs, residual air cooling and heat rejection.
01
Define before sizing
Start with server configuration, rack power density, operating environment and redundancy objectives. These inputs shape the infrastructure architecture—not the other way around.
02
Validate the interfaces
Coordinate electrical and thermal boundaries between modules, including supply/return temperatures, flow requirements, cable routes, access zones and external site connections.
03
Prove the handover
Use agreed factory acceptance testing (FAT), transport and installation checks, then site acceptance testing (SAT) to evaluate readiness against defined requirements.
Explore the technical inputs, acceptance gates and system interfaces behind a project-ready design.
View our engineering method ›ABOUT SETEK
Technology with
engineering at its core.
SETEK Teknoloji ve Danışmanlık A.Ş. is an Istanbul-based technology and system integration company with established manufacturing relationships in South Korea. Our focus is critical infrastructure, data center systems and engineered protection solutions.
HEADQUARTERSİstanbul, Türkiye
MANUFACTURING CONNECTIONSSouth Korea
FOCUSCritical infrastructure technology
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