Landon Technologies provides professional network infrastructure and structured cabling services for businesses that need reliable physical connectivity throughout their technology environment. We help organizations plan and deploy organized network infrastructure designed to support computers, wireless access points, VoIP phones, servers, printers, security systems, cloud connectivity, and other network-connected technologies.
The physical cabling infrastructure behind a business network directly affects performance, reliability, troubleshooting, and future expansion. Properly planned infrastructure cabling provides an organized foundation for connecting network switches, wireless access points, workstations, equipment rooms, and other technology throughout a facility.
Whether you are building out a new location, relocating an office, expanding an existing network, replacing outdated cabling, or reorganizing a network closet, Landon Technologies can help develop a structured network infrastructure designed around your current requirements and future growth.
Explore our complete Network Services for business network planning, installation, wireless connectivity, infrastructure, and ongoing maintenance.
Our Network Infrastructure & Cabling Solutions
Reliable business networks depend on a well-planned physical infrastructure. We help businesses build organized, scalable network environments that provide the connectivity required for employees, devices, wireless systems, communications, and other business technology.
Our network infrastructure and cabling solutions include:
- Structured cabling systems, including Cat5e, Cat6, and Cat6A
- Ethernet and data cabling
- Business network cabling and infrastructure
- Network rack and cabinet installation
- Patch panel installation and organization
- Server room and network closet buildouts
- Cable management, labeling, and documentation
- Network switch and equipment connectivity
- Cabling for wireless access points and other network devices
- Existing network cabling upgrades and expansion
- Cable testing and performance validation
- Multi-location network infrastructure projects
For environments requiring fiber optic connectivity, fiber cabling requirements can also be incorporated into the overall network infrastructure project.
Every infrastructure project is planned around the facility, network requirements, connected equipment, and anticipated future growth to create a physical network foundation that is organized, reliable, and easier to maintain.
When Businesses Need Network Infrastructure & Cabling Services
Network infrastructure requirements often change when businesses move, expand, add technology, or modernize existing facilities. Proper planning helps ensure the physical cabling and connectivity supporting the network can accommodate current equipment and future growth.
New Office & Facility Buildouts
New business locations provide an opportunity to plan structured cabling, network closets, equipment racks, wireless access point connections, and network drops before employees and technology move into the space. Early infrastructure planning can help avoid costly changes after construction or occupancy.
Office Relocations
Moving into a different facility may require new Ethernet cabling, network drops, equipment racks, patch panels, or changes to the network closet. Existing cabling should also be evaluated to determine whether it can support the organization’s network requirements.
Business Expansions
Adding employees, workspaces, floors, equipment, or adjacent office space can require additional network cabling and infrastructure. Existing switches, patch panels, racks, and available network connections should be evaluated before expanding the environment.
Aging or Outdated Cabling
Older cabling infrastructure may limit network performance or no longer meet the requirements of newer network equipment and connected devices. Upgrading outdated infrastructure can provide a more reliable physical foundation for current and future networking technologies.
Disorganized Network Closets
Poorly organized network closets can make troubleshooting, maintenance, and equipment replacement unnecessarily difficult. Rack organization, patch panel management, cable labeling, and documentation can create a cleaner and more manageable infrastructure.
Wireless & Technology Expansion
Adding wireless access points, VoIP phones, security devices, printers, workstations, and other network-connected technology may require additional Ethernet connections and Power over Ethernet (PoE) capacity. Planning the supporting cabling infrastructure helps ensure these devices can be installed where they are needed.
Our Network Infrastructure & Cabling Process
A reliable network infrastructure project requires careful planning before cabling and equipment are installed. Our process considers the physical environment, network requirements, equipment locations, connectivity needs, and future expansion to create an organized and scalable infrastructure.
Site Evaluation & Infrastructure Planning
We evaluate the facility layout, existing cabling, network equipment locations, user and device requirements, wireless access point locations, and anticipated growth. For new locations and renovations, infrastructure requirements can be identified early so cabling and network equipment can be coordinated with the overall project.
Cabling & Infrastructure Design
We determine the network drops, cable types, pathways, equipment locations, racks, patch panels, and other physical infrastructure required to support the network. The design also considers connections for wireless access points, VoIP phones, workstations, printers, and other network-connected devices.
Structured Cabling & Infrastructure Installation
Structured cabling, network drops, patch panels, racks, cabinets, and supporting infrastructure are installed according to the project requirements. Existing cabling can also be expanded, reorganized, or replaced when necessary to support new technology and network capacity.
Network Equipment Integration
Once the physical infrastructure is in place, switches, wireless access points, firewalls, and other network equipment can be connected and integrated with the cabling environment. Proper organization helps simplify equipment deployment, troubleshooting, maintenance, and future upgrades.
Testing, Labeling & Validation
Network connections are tested to verify connectivity and expected performance. Cabling, patch panels, network drops, and other relevant infrastructure are labeled and organized to make the environment easier to identify, troubleshoot, and maintain.
Documentation & Ongoing Support
Relevant network infrastructure and connection information can be documented to support future maintenance, troubleshooting, equipment replacement, and expansion. As business requirements change, the infrastructure can be evaluated and updated to support additional users, devices, and network technologies.
Benefits of Professional Network Infrastructure & Cabling
Well-planned network infrastructure provides a reliable physical foundation for the technology your business depends on. Organized cabling, properly designed equipment spaces, and documented connections can improve performance while making the network easier to maintain, troubleshoot, and expand.
Reliable Network Connectivity
Quality cabling and properly installed network connections help provide consistent connectivity between switches, wireless access points, workstations, VoIP phones, printers, servers, and other network devices.
Improved Network Performance
Cabling infrastructure designed for the network’s bandwidth and equipment requirements helps reduce physical connectivity problems and provides a foundation capable of supporting modern business applications and network technologies.
Organized Network Closets & Equipment
Properly installed racks, patch panels, cable management, and labeling create a cleaner network environment that makes equipment and connections easier to identify and manage.
Easier Troubleshooting & Maintenance
Organized and documented cabling can significantly simplify troubleshooting. Technicians can more easily identify network drops, trace connections, isolate problems, and make changes without unnecessarily disrupting other parts of the network.
Support for Business WiFi & PoE Devices
Structured cabling provides the physical connectivity required for wireless access points, VoIP phones, security devices, and other Power over Ethernet (PoE) equipment throughout the facility.
Scalability for Future Growth
Network infrastructure can be planned with additional capacity for future employees, devices, network drops, wireless access points, and other technology requirements, making expansion easier as the organization grows.
Better Network Documentation
Accurate labeling and documentation provide businesses with a clearer understanding of their physical network infrastructure and can simplify future upgrades, equipment replacements, office changes, and technology projects.
Structured Cabling for Business Network Infrastructure
Structured cabling provides the physical connectivity that allows network equipment and connected devices to communicate throughout a business environment. Rather than adding individual cables as needs arise, a structured cabling system creates an organized framework for connecting workstations, wireless access points, VoIP phones, printers, servers, switches, and other network devices.
Common business cabling infrastructure may include:
- Cat5e, Cat6, and Cat6A Ethernet cabling
- Data and network cabling
- Network drops and wall connections
- Patch panels and patch cables
- Network racks and cabinets
- Cable pathways and management
- Connections for wireless access points
- Power over Ethernet (PoE) device connectivity
- Equipment room and network closet cabling
- Labeling and network documentation
Choosing the Right Ethernet Cabling
The appropriate cabling depends on the network equipment, required speeds, cable distances, facility environment, existing infrastructure, and anticipated future requirements. Cat6 is commonly used for modern business network deployments, while Cat6A may be appropriate when higher performance or specific infrastructure requirements justify it. Existing Cat5e infrastructure may also remain suitable in some environments depending on the network requirements.
Rather than selecting cable based solely on category, the complete infrastructure should be evaluated to determine what is appropriate for the business and its technology environment.
Fiber Optic Cabling
Fiber optic cabling may be appropriate for connections requiring longer distances, higher bandwidth, electrical isolation, or connectivity between network rooms, floors, buildings, or other infrastructure locations.
When fiber connectivity is required, those requirements can be incorporated into the broader network infrastructure design based on the facility and network architecture.
A properly planned structured cabling system provides an organized foundation that makes network equipment easier to connect, maintain, troubleshoot, and expand as technology requirements change.
Professional Network Infrastructure vs. Ad-Hoc Cabling
Cabling added over time without an overall infrastructure plan can become difficult to identify, troubleshoot, maintain, and expand. A professionally planned network infrastructure organizes physical connectivity around the requirements of the business and the technologies the network needs to support.
| Professional Network Infrastructure | Ad-Hoc Cabling |
|---|---|
| Planned around business and network requirements | Cables added individually as needs arise |
| Organized racks and patch panels | Limited equipment organization |
| Consistent cable management | Inconsistent cable routing |
| Labeled network drops and connections | Connections may be difficult to identify |
| Documented infrastructure | Limited or no documentation |
| Appropriate cabling selected for network requirements | Existing cable used without broader planning |
| Capacity considered for future expansion | Expansion addressed only when needed |
| Testing and validation | Limited performance validation |
| Easier troubleshooting and maintenance | Connections may be difficult to trace |
| Designed as part of the overall network | Individual connections treated separately |
Professional network infrastructure provides businesses with a more organized and manageable physical network foundation while making future troubleshooting, equipment changes, and expansion easier to plan.
Why Choose Landon Technologies for Network Infrastructure & Cabling?
Since 2005, Landon Technologies has helped businesses build and maintain reliable network environments. Our approach to network infrastructure focuses on creating an organized physical foundation that supports connectivity, network equipment, wireless systems, communications, and future technology requirements.
When you work with Landon Technologies, you benefit from:
- More than 20 years of IT and networking experience
- Business-focused network infrastructure planning
- Structured cabling and physical network infrastructure solutions
- Support for new locations, relocations, expansions, and upgrades
- Organized network racks, patch panels, and equipment environments
- Cabling identification, labeling, and documentation
- Integration with wired and wireless network technologies
- Network testing and performance validation
- Support for single and multi-location businesses
- Ongoing network maintenance and support
We approach cabling as part of the complete network environment rather than as a collection of individual connections. This helps businesses create infrastructure that is easier to manage, troubleshoot, expand, and support as technology requirements change.
Network Infrastructure & Cabling Services Across the United States
Landon Technologies provides professional network infrastructure and structured cabling services for small and mid-sized businesses across multiple U.S. markets. We support infrastructure projects for new locations, office relocations, business expansions, network upgrades, and existing facilities requiring improved physical network connectivity.
Our service areas include:
Whether your organization needs infrastructure cabling for a new facility, additional network connections for an expanding office, improvements to an existing network closet, or an upgrade to aging cabling infrastructure, our team can help plan a solution based on your business and network requirements.
Related Network Services
Network infrastructure and structured cabling provide the physical foundation for a reliable business network. Landon Technologies provides complementary network services to help businesses deploy, configure, maintain, and improve the technologies that connect to that infrastructure.
Explore our related network services:
- Network Installation Services
- Wireless Network Installation
- Office Network Setup
- Network Maintenance Services
→ Explore All Network Services
Beyond network infrastructure, Landon Technologies provides managed IT services, cybersecurity, cloud solutions, IT support, and strategic technology consulting to help businesses maintain a reliable and secure technology environment.
Frequently Asked Questions About Network Infrastructure & Structured Cabling
What is structured cabling?
Structured cabling is an organized system of cables, network drops, patch panels, racks, and connection points used to provide physical connectivity throughout a business environment. Rather than adding individual cables without an overall plan, structured cabling creates a standardized infrastructure for connecting computers, wireless access points, VoIP phones, printers, switches, servers, and other network devices.
A well-planned structured cabling system can make the network easier to manage, troubleshoot, document, and expand as technology requirements change.
What is infrastructure cabling?
Infrastructure cabling refers to the physical cabling and connectivity that support a business network and other connected technologies. It can include Ethernet and data cabling, network drops, patch panels, equipment racks, network closets, cable management, and connections for wireless access points and other network devices.
Infrastructure cabling forms the physical layer that connects network equipment and devices throughout a facility.
What is the difference between structured cabling and network cabling?
Network cabling generally refers to the physical cables used to connect network devices, while structured cabling describes a more organized system for planning, routing, terminating, labeling, and managing those connections throughout a facility.
A structured cabling system may include network cables, wall jacks, patch panels, racks, cable pathways, equipment-room connections, labeling, and documentation designed to create a consistent and scalable physical network infrastructure.
What types of cabling are used for business networks?
Business networks commonly use Cat5e, Cat6, or Cat6A Ethernet cabling, depending on the existing infrastructure, required network speeds, cable distances, equipment, and future requirements.
Fiber optic cabling may also be used for higher-bandwidth or longer-distance connections, including connections between network rooms, floors, buildings, or other infrastructure locations. The appropriate cabling should be selected based on the requirements of the complete network environment.
Is Cat6 better than Cat5e for a business network?
Cat6 provides higher performance capabilities than Cat5e and is commonly selected for new business cabling projects. However, existing Cat5e infrastructure may continue to meet the requirements of some business environments.
The appropriate choice depends on network speeds, cable distances, connected equipment, existing infrastructure, budget, and anticipated future requirements. Businesses planning new infrastructure should consider both current needs and expected technology changes when selecting cabling.
When should a business replace or upgrade network cabling?
Network cabling may need to be evaluated when a business experiences physical connectivity problems, moves into a new facility, expands its network, installs newer equipment, increases bandwidth requirements, or discovers aging, damaged, poorly organized, or undocumented cabling.
An infrastructure assessment can help determine whether existing cabling remains appropriate or whether specific portions of the physical network would benefit from replacement, reorganization, or expansion.
How much does structured cabling cost?
Structured cabling costs vary based on the number of network drops, cable type, facility size and construction, cable pathways, accessibility, equipment-room requirements, racks and patch panels, testing requirements, and overall project complexity.
Because every facility is different, evaluating the physical environment and network requirements is the best way to determine the scope and expected cost of a structured cabling project.
What is a network closet, and why is it important?
A network closet is a dedicated space used to house and organize network equipment and cabling. It may contain network switches, patch panels, firewalls, racks, power equipment, cable management, and connections serving network devices throughout the facility.
A properly organized network closet makes equipment and connections easier to identify, maintain, troubleshoot, and upgrade. It can also provide a centralized location for managing the physical network infrastructure.
Can structured cabling support wireless access points and PoE devices?
Yes. Business wireless access points, VoIP phones, security devices, and other Power over Ethernet (PoE) equipment commonly rely on structured Ethernet cabling for both network connectivity and electrical power.
Planning cabling and PoE requirements together helps ensure network switches, cable runs, and device locations can support the equipment being deployed.
Ready to Improve Your Network Infrastructure?
Whether you’re building out a new location, expanding your existing network, upgrading aging cabling, or reorganizing network infrastructure, Landon Technologies can help.
Our team can assess your facility and network requirements, identify infrastructure needs, and develop a structured cabling and network infrastructure solution designed to support reliable connectivity and future growth.