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Network Planning Tools

Professional-grade planning tools to help businesses and property owners understand their network infrastructure needs before requesting installation services.

Free & Instant

Get immediate estimates without any commitment or contact required

Industry Standards

Based on best practices and professional installation experience

Plan Ahead

Make informed decisions about your network infrastructure investments

Network Drop Planner

Calculate how many Ethernet network drops you'll need based on your office layout, employee count, and equipment requirements. This tool helps ensure adequate connectivity for workstations, conference rooms, printers, and wireless access points.

Network Drop Planner

Estimate the number of Ethernet drops needed for your building

1 drop per employee workstation

4 drops per conference room

1 drop per network printer

1 drop per wireless AP

WiFi Coverage Planner

Determine the optimal number of wireless access points needed for your facility. Different building types require different coverage strategies, and this tool accounts for square footage, facility type, and expected device density.

WiFi Coverage Planner

Estimate how many wireless access points your facility needs

Different facility types have different coverage requirements

Total area requiring WiFi coverage

Optional: helps refine the estimate

Cable Run Estimator

Estimate the total cable length required for your structured cabling project. This tool factors in horizontal runs, vertical risers, service loops, pathway overhead, and future expansion to give you an accurate materials estimate.

Cable Run Estimator

Calculate total cable requirements for your project

Fiber vs Copper Guide

Compare fiber optic and copper cabling solutions to determine which technology best fits your needs. Understand the trade-offs between performance, distance limitations, cost, and future-proofing capabilities.

Fiber vs Copper Network Cabling

Understanding your infrastructure options

Characteristic
Fiber Optic
Copper Ethernet
Bandwidth
Data transmission capacity
Up to 100+ Gbps
Up to 10 Gbps (Cat6A)
Distance
Maximum cable run length
Up to 40+ km
Up to 100 meters
Interference
Environmental resistance
Immune to EMI/RFI
Susceptible to EMI
Cost
Installation and materials
Higher initial investment
Lower upfront cost
Future-Proofing
Long-term infrastructure value
Excellent scalability
Limited upgrade path

Fiber Optic Cabling

Fiber optic cables use light pulses to transmit data, offering superior performance for high-bandwidth and long-distance applications. Ideal for backbone connections between network equipment and buildings.

Common Use Cases:

Building-to-building connections
Data center backbone infrastructure
High-speed server interconnects
Long-distance campus networks
High-bandwidth applications

Copper Ethernet Cabling

Copper cables (Cat6/Cat6A) use electrical signals for data transmission. They provide reliable, cost-effective connectivity for device connections and support Power over Ethernet for phones, cameras, and access points.

Common Use Cases:

Desktop and device connections
VoIP phones and cameras
Access layer networking
Shorter runs within rooms
Power over Ethernet (PoE) devices

Modern Network Infrastructure Design

Most modern commercial networks use a hybrid approach, combining both fiber and copper cabling to optimize performance and cost:

Backbone/Vertical Runs

Fiber optic connects network closets, floors, and buildings for high-speed data distribution

Horizontal/Access Layer

Copper cabling connects end devices like computers, phones, and cameras to network switches

This combination provides the best balance of performance, reliability, and cost-effectiveness for most commercial installations. The specific design depends on your facility layout, bandwidth requirements, and budget considerations.

Ready to Move Forward?

These tools provide estimates to help you plan. For a detailed assessment and professional quote tailored to your specific needs, contact our team.

Our professional site surveys provide precise measurements, account for building-specific challenges, and ensure your network infrastructure meets both current needs and future growth.

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