New Construction Technology Planning
Infrastructure design and pre-wiring for new buildings and major renovations. Nio Tech works with architects, contractors, and building owners during the design phase to integrate technology seamlessly into new construction.
Technology Planning During Design Phase
The best time to plan technology infrastructure is before construction begins. Proper planning eliminates expensive retrofits, reduces installation costs, and ensures infrastructure supports future systems.
Cost Savings
Installing infrastructure during construction is 50-70% cheaper than retrofitting after completion. Conduit during rough-in costs $1-3 per linear foot vs. $5-8 after.
Quality
Proper installation practices during construction avoid cutting corners or compromises. No retrofitting through finished walls means cleaner, better-performing systems.
Integration
Coordinating with other trades — mechanical, electrical, structural — ensures seamless integration. We resolve conflicts before they become expensive problems.
Future-Proof
Designed-in infrastructure accommodates future systems without major upgrades. Spare conduit and equipment room capacity extend useful life by decades.
Market Advantage
Buildings with modern infrastructure command premium prices and lease rates. Technology-ready buildings sell faster and rent at higher rates.
Construction Timeline
Planned infrastructure doesn't delay construction; unplanned retrofits do. Our specifications integrate cleanly with the GC's schedule.
Pre-Wiring and Infrastructure Planning
Conduit, cabling, equipment rooms, and access points designed and specified before walls close.
Structured Cabling During Construction
Empty conduit run during rough-in phase allows future cable installation without demolition. We specify conduit routing, sizing, and termination points during design. After construction, cables are pulled through conduit.
Access Point Infrastructure
WiFi access point locations should be planned during design. We specify AP placement ensuring coverage throughout the building. For large buildings, we design fiber backbone connecting multiple access points and equipment rooms.
Equipment Room Planning
Every building needs at least one equipment closet or multiple equipment rooms. We specify size, location, HVAC requirements, power distribution, and security. Equipment rooms designed during construction avoid expensive reconfiguration later.
Intercom & Access Control Infrastructure
For residential buildings, we design cabling routes from main lobby to each unit. Intercom systems require wiring or network access. Access control requires power to electronic locks and reader wiring.
Security Camera Routing
Camera locations should be identified during design. Power and network cabling reach planned locations. Mounting boxes and conduit are installed during construction. This avoids drilling and cutting after drywall is finished.
Audio & Video System Infrastructure
Home theaters, multi-room audio, and conference room systems require infrastructure planning. Speaker locations, cable routing, and equipment closet access are designed before construction.
Technology Specifications by Building Type
From luxury residential towers to healthcare facilities, infrastructure designed around how the building will actually be used.
Residential New Construction
New apartment and condo buildings should include video intercom infrastructure in each unit, access control wiring to all unit doors, comprehensive conduit for future smart home upgrades, and fiber backbone supporting future gigabit Internet.
Office Buildings
Cat6a or fiber runs to every office and conference room. Access control infrastructure protects sensitive areas. Security camera infrastructure covers lobbies and exterior. Meeting rooms have AV infrastructure supporting video conferencing.
Mixed-Use Developments
Buildings combining retail, office, and residential require thoughtful infrastructure planning. Separate zones have independent access control. Unified backbone connects all zones under centralized building management.
Healthcare Facilities
HIPAA-compliant infrastructure with network segmentation separating patient data from general-purpose networks. Biometric access control protects sensitive areas. Redundant systems ensure operation during emergencies.
Educational Facilities
Extensive WiFi supporting thousands of devices. Security infrastructure protects students and assets. Classroom AV infrastructure supports modern education. Campus networks connect multiple buildings through fiber.
Hospitality Properties
Hotels, resorts, and restaurants require guest WiFi, in-room systems, conference room AV, and operational networks. Digital signage infrastructure supports lobby displays. Room automation supports modern hospitality.
Cost Savings from Planning
Pre-planning during design typically saves 50-70% on infrastructure costs and pays for itself within the construction budget.
Infrastructure Cost Comparison
Installing conduit during construction: $1-3 per linear foot. Retrofitting by drilling after construction: $5-8 per linear foot. For a 100,000 sq ft building, pre-planning saves $200,000-250,000.
Timeline & Disruption
Pre-planned infrastructure doesn't delay construction; contractors follow plans. Retrofitting after completion disrupts operations and creates extensive cleanup costs. Pre-planning shortens overall project timeline.
Quality & Performance
Infrastructure installed during construction follows proper practices and standards. Retrofitted systems often involve compromises: poor cable routing, reduced specifications, or degraded performance.
Future Expansion Accommodation
Well-planned infrastructure accommodates future upgrades without major work. Spare conduit allows future cable installation. Equipment rooms with excess capacity support future growth.
Market Competitiveness
Modern buildings with comprehensive technology infrastructure command premium lease rates and sale prices. Pre-planning ensures your building competes effectively in competitive markets.
Long-Term Value
Over a building's 50+ year lifespan, well-planned infrastructure provides tremendous value. Upgrades cost less; systems perform better; operations run more smoothly.