FREQUENTLY ASKED QUESTIONS
General Structured Cabling Questions
Structured cabling is an organized system of standardized cables, connectors, and hardware. Rather than running separate cables for every single device, it creates a unified system that transfers data between facility machines and equipment like computers, cameras, and access control points.
Because it keeps everything connected, your cabling infrastructure must be secure and dependable, as every second of downtime could result in losses. At Wired Communications, we engineer and deploy structured cabling systems built strictly to ANSI/TIA-568 standards. Our “plan once, install once” approach ensures that your infrastructure will meet your needs today and continue to work reliably as you scale, saving you costly retrofits.
A complete structured cabling system consists of six core subsystems:
Service Entry Points: Where outside internet, telephone, and service provider lines enter your facility.
Equipment Rooms: The central hub housing your core network equipment and servers.
Core Network Cabling: The high-capacity primary cable runs connecting your main server room to network closets across floors or wings.
Telecommunications Rooms: Local network closets and distribution hubs located throughout your facility.
Horizontal Cabling: The cabling running from telecom rooms to individual work areas (limited to 295 feet).
Work Area Components: End-user connection points, including wall jacks, outlets, and patch cables.
Our certified technicians ensure every component is engineered and installed to industry standards and properly labeled for fast troubleshooting.
Structured cabling is important to businesses because it provides several critical benefits:
Reduced Downtime: Organized infrastructure means faster troubleshooting and repairs.
Scalability: Easily add new users, devices, or technologies without major overhauls.
Cost-Effectiveness: Lower long-term maintenance costs compared to point-to-point systems.
Flexibility: Support multiple applications (data, voice, video, security) on one platform.
Future-Proofing: Standards-compliant installations adapt to emerging technologies.
Improved Performance: Proper cable management reduces interference and signal degradation.
Businesses choose Wired Communications because we tailor each structured cabling infrastructure to your operation's specific needs, helping you reach your targets quarter after quarter and supporting your long-term growth.
Yes, wired cabling is still necessary even if your business uses Wi-Fi. Fast Wi-Fi actually depends on reliable wired cabling. Every Wi-Fi point must plug directly into a central network box using high-speed cables. On top of that, essential equipment, like computers, office phones, and security cameras, needs a direct cable connection to work without delays.
Installation & Technical Questions
Our professional network cable installation follows these six key steps:
Site Survey & Design: Free site assessments help us determine the best cable runs and deliver a detailed installation plan before work begins.
Cable Selection: We select the right cabling (Cat5e, Cat6, Cat6a, or fiber) based on your bandwidth and operational needs.
Proper Routing: Cabling is installed through walls, ceilings, and conduits while maintaining strict bend radius and support standards.
Terminating Connections: Once routed, cables are cleanly wired into patch panels in equipment racks and connection points throughout your facility.
Testing and Certification: Every cable run is tested and certified using industry-standard equipment to guarantee maximum speed and ensure everything performs exactly as agreed.
Labeling and Documentation: We clearly label every run and provide complete schematic documentation for easy maintenance.
Our team specializes in coast-to-coast commercial installations for offices, warehouses, healthcare facilities, and retail spaces.
Professional network cable testing involves:
Continuity Testing: Confirms all wires are properly connected without shorts or broken paths.
Wire Mapping: Ensures wires are terminated in the correct order to prevent cross-wiring.
Length Measurement: Confirms cable runs stay within maximum distance limits to prevent signal loss.
Performance Testing: Checks signal strength and checks for interference to ensure full network speed.
Certification: Provides official reports proving your system meets ANSI/TIA industry standards.
At Wired Communications, we use professional-grade testers and provide you with detailed certification reports for every cable run.
Network cables are terminated using two modern, industry-standard methods:
Field-Term Plugs (MPTL): Used for direct device connections like Wi-Fi access points, security cameras, and smart sensors. Conductors are aligned into specialized loading caps and enclosed in shielded housings to ensure maximum speed and power delivery.
Keystone Jacks and Patch Panels: Used to wire wall outlets and rack panels. Wires are locked securely into connection modules, keeping the connections tight and clean to ensure fast speeds free of interference.
Proper termination technique is crucial because it directly impacts speed and reliability, preventing data loss and slow speeds. Our technicians are BICSI-certified and adhere to strict ANSI/TIA standards, ensuring every connection supports your network and your bottom line.
Equipment & Standards Questions
Network cables are twisted-pair copper or fiber optic cables that transmit data between devices. We install several types:
Cable Type | Max Speed | Key Features and Best Uses |
|---|---|---|
Cat5e | Up to 1–2.5 Gbps | Suitable for basic business applications (328 ft max) |
Cat6 | Up to 10 Gbps | High performance over shorter distances (up to 180 ft max) |
Cat6a | Up to 10 Gbps | Full 10 Gbps performance across 328 ft; ideal for future-proofing |
Cat8 | Up to 40 Gbps | Ultra-high speed for data centers and short rack connections (98 ft max) |
Single-Mode Fiber | High Bandwidth | Ideal for long-distance runs and inter-building links (25+ miles) |
Multi-Mode Fiber | High Bandwidth | Ideal for server room links and multi-floor setups (up to 1.2 miles) |
Every facility has unique requirements. We offer a free site assessment to evaluate your building and determine the best cable types for your current needs, budget, and long-term goals.
We strictly follow ANSI/TIA-568 and ISO/IEC 11801, the foundational standards for modern commercial structured cabling. This ensures our installations:
Use the correct cable types and performance categories
Respect strict length limits and maximum bend radius rules
Meet exact termination specifications
Pass thorough testing and certification procedures
Follow standardized color coding and clear labeling conventions
Our work also complies with the National Electrical Code (NEC), local building codes, BICSI best practices, and manufacturer requirements. This allows us to build fast and dependable systems regardless of the industry you're in.
Yes. We install fiber optic cabling for long-distance runs, multi-building connections, and high-speed setups. Whether you need to link server rooms, splice custom connections, or run heavy-duty fiber across your facility, our BICSI-certified team has the know-how to build a fiber infrastructure that meets your needs.
Business-Specific Questions
Because we tailor every infrastructure setup to your needs, project duration depends on your facility and exact requirements. The table below outlines general turnarounds, though actual completion times may vary. Our estimates include a full breakdown of pricing, phases, and clear schedules—so you know exactly what to expect.
To ensure your operations aren't interrupted while we work, we follow a strict deployment strategy:
Zero-Downtime Planning: Site surveys and preparations are completed without interrupting your daily operations.
After-Hours Installation: Installations can be scheduled after-hours or on weekends.
Phased Deployment: By accessing only one section at a time and cabling in stages, we prevent facility-wide downtime on larger sites.
Testing: We run comprehensive diagnostics on every drop to ensure your network is 100% operational from day one.
Documentation: You receive complete network maps and certification reports when we confirm everything works just as planned.
Yes. Every Wired Communications structured cabling installation is backed by warranty coverage and complete project documentation:
Standard 1-Year Warranty: We provide a one-year warranty starting from the date of project completion or when the system is first put into service (whichever occurs first). This covers materials, labor, performance, and workmanship upon written notice of an issue. (For large or phased projects, warranty schedules may vary by area as defined during implementation.)
Extended Manufacturer Warranties: Through our certified partner agreements, we offer extended manufacturer warranties on qualifying products. Terms vary by manufacturer and product line.
TIA Certification: Full ANSI/TIA-568 test reports and compliance documentation to verify system performance.
Network Mapping: Detailed floor plans, line schematics, and complete cable schedules.
Traceable Labeling: Every cable drop is clearly labeled with unique, matching identifiers for easy management.
Yes. We offer free site assessments and project estimates. Our technicians evaluate your facility, assess cable pathways, review bandwidth requirements, and deliver a detailed, itemized proposal before any work begins.
Service Area Questions
While we provide professional structured cabling services nationwide, our primary hubs are located in Indiana and Georgia:
Primary Service Areas:
Indiana: Fort Wayne, Allen County; Indianapolis, Marion County, and surrounding communities
Georgia: Augusta, Columbia County, and surrounding communities
Facility Types Served: Corporate offices, medical facilities, manufacturing plants, warehouses and distribution centers, retail locations, educational institutions, and government buildings.
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