Data Center & Server Room Solutions
Server rooms join facilities and IT in a small but consequential space. FBT coordinates racks, servers, storage, cabling and management interfaces so the installed environment can be commissioned, documented and supported as a coherent system.
Request a ConsultationTHE OPERATIONAL CHALLENGE
A neatly installed server still depends on suitable power, airflow, patching and administration. Missing facility coordination can constrain capacity and make later maintenance disruptive.
Align the equipment layout with operational access and future changes. Record the commissioned state, validate agreed resilience functions and give the operations team a usable room runbook.
Explore the full scopeTHE SERVICE CATALOGUE
20 distinct services within data center & server room solutions. Select the tasks your project needs; scope, ownership and acceptance are agreed before delivery.
Review room layout, installed equipment and supporting infrastructure against the intended workloads. Identify space, access and environmental dependencies before selecting a modernization or expansion scope.
Room assessment and improvement priorities.
Plan equipment positions, service clearances and patching within the available footprint. Coordinate rack depth, equipment loading and maintenance access with the proposed hardware schedule.
Rack elevations and room layout.
Assemble and position approved cabinets in a prepared environment. Verify dimensions, access and mounting arrangements, coordinating anchorage or structural requirements with the appropriate responsible trade.
Installed-rack inspection and layout record.
Install supported physical servers from an approved build specification. Confirm hardware inventory, management connectivity and operating-system responsibility before commissioning the agreed host functions.
Server inventory and deployment checklist.
Configure supported virtualization hosts against an agreed architecture. Document resource allocation and management access, and validate representative workloads before moving production services.
Host configuration and validation report.
Connect approved storage systems to the server environment. Verify interfaces, logical allocation and path requirements with application owners, distinguishing storage availability from a complete backup strategy.
Storage mapping and connectivity evidence.
Map equipment power needs to available approved rack distribution. Coordinate circuit capacity and electrical work with qualified providers rather than treating IT rack installation as an electrical contracting scope.
Power allocation schedule and dependency list.
Coordinate approved UPS equipment interfaces and graceful shutdown requirements. Electrical installation and capacity decisions remain with qualified parties; IT work covers agreed monitoring and host integration.
UPS interface record and shutdown test plan.
Review equipment airflow direction, rack arrangement and observed room conditions. Coordinate cooling requirements with the facility specialist before installation so IT and mechanical designs remain aligned.
Airflow observations and coordination requirements.
Install and organize approved rack-to-rack or rack-to-panel copper connections. Confirm channel design, labeling and applicable testing scope before connecting live services.
Cable schedule and test records.
Install approved optical patching between racks, distribution frames and equipment. Confirm connector types, polarity and fiber compatibility so the commissioned optical path matches the design.
Fiber connection map and verification results.
Reorganize approved patching and pathways to improve access and traceability. Schedule changes around live-service constraints and record any links requiring later replacement or additional capacity.
Before/after evidence and updated patch schedule.
Review opportunities to combine underused systems or reduce rack footprint. Account for workload dependencies, licensing and recovery requirements before proposing a consolidation sequence.
Consolidation options and dependency analysis.
Plan and execute an approved technology-room move with clear sequencing and acceptance checks. Coordinate premises, carriers, power and environmental readiness before committing to a cutover window.
Relocation runbook and asset reconciliation.
Connect supported room-condition sensors to the agreed platform. Define locations, thresholds and alert ownership with facilities, without representing equipment alerts as a staffed response service.
Sensor register and alert test evidence.
Provide approved management connectivity for supported equipment. Document access paths and ownership and test recovery access with the customer's administrators before handover.
Management topology and access test record.
Replace agreed server hardware in coordination with workload and application owners. Stage the new equipment, record migration dependencies and preserve rollback options before retiring the old host.
Refresh plan and transition evidence.
Validate agreed rack, cabling, equipment and management requirements as a coordinated system. Assign unresolved facility or vendor issues clearly so acceptance reflects the commissioned scope.
Integrated commissioning report.
Record installed equipment identities, rack positions and ownership references. Reconcile the physical inventory with the supplied equipment schedule to support maintenance and future changes.
Rack-based asset register.
Document routine access, equipment dependencies, escalation and approved recovery procedures. Use the installed configuration as the reference so the room can be maintained by the nominated operations team.
Server-room operations and handover manual.
A CLOSER LOOK
Equipment-room design connects rack positions, patching and access with the systems that will occupy the room. Review power, environmental and building interfaces with the responsible disciplines. A coordinated layout makes responsibilities visible before equipment is delivered or pathways are closed.
Approved rack layout, device schedule and documented discipline interfaces.
Explore the service catalogue
Maintainable installation links each device to its physical location and connections. Coordinate panels, cable management, labels and patch schedules, then reconcile them with the equipment actually installed. Reserved capacity should be recorded as a design decision rather than implied by empty space.
Rack elevations, connection schedules and an installed equipment register.
Explore the service catalogue
Server work can include mounting, connectivity and approved configuration tasks, depending on the engagement. Identify application, platform and remote administration owners before work starts. Verify the assigned functions and record dependencies that require another team’s approval or action.
Installation evidence, configuration references and assigned platform dependencies.
Explore the service catalogueMoving equipment requires sequencing around service dependencies. Prepare the destination, approve configurations and define the change and restoration decisions before disconnecting working systems. Validate required connectivity and operations, then hand over records describing the new arrangement.
Migration sequence, test results and current room documentation.
Explore the service catalogueAlign the equipment layout with operational access and future changes. Record the commissioned state, validate agreed resilience functions and give the operations team a usable room runbook.
Follow the delivery processTECHNICAL SCOPE
Electrical, structural, fire-protection and cooling design remain with the appropriate qualified specialists. No data-center tier certification is claimed.
Delivery approach
Agree the scope, users, premises and acceptance needs.
Document the architecture, device schedules and dependencies.
Confirm materials, access and the resources assigned to the work.
Implement the approved configuration and physical installation.
Test the actual workflows and record exceptions with owners.
Transfer documentation and agree the operating responsibilities.
TECHNICAL HANDOVER
Document routine access, equipment dependencies, escalation and approved recovery procedures. Use the installed configuration as the reference so the room can be maintained by the nominated operations team. Server-room operations and handover manual.
Start with the requirements and dependencies relevant to this solution.
Deliver the approved tasks with coordinated interfaces and defined acceptance.
Agree the systems, activities and service responsibilities required after handover.
YOUR QUESTIONS
Specialist electrical and mechanical design remain with qualified providers. FBT coordinates IT loads, layouts and interfaces within the agreed scope.
Yes, with a controlled sequence that identifies live-service dependencies and the maintenance windows needed for repatching or relocation.
Runtime depends on the equipment, load and battery condition. Planning assumptions and any measured test results are recorded explicitly.
Supported equipment can be installed against an approved build specification with clear responsibility for operating systems and applications.
Equipment positions, paneling, management accessories and relevant power or connection references are captured for the installed scope.
No. This service does not imply independently certified facility availability or tier status.
The agreed paths and allocation are checked with responsible host and application owners using representative access tests.
An asset register, final layouts, configuration references, commissioning evidence and practical operating procedures for the commissioned room.
CONNECTED CAPABILITIES
FUTURE BRIDGES
From one facility to a coordinated international programme, start with the scope, location and outcome you need.