Expert Structured Cabling Solutions

Building Networks That Last:
Structured Cabling for Tomorrow's Connections

FUTURE PROOF
CABLING USING AI

EFFECTIVE
CONNECTIONS

COMPREHENSIVE
DESIGNS

EASY
MAINTENANCE

HASSEL FREE
INSTALLATION

electrician connecting fiber cables to networks

TECHNICAL
SUPPORT

Your Network's Foundation Starts with Smart , Structured Cabling

CABLE LAYING

Adhere to Standards and Regulations
Maintain Proper Cable Management
Ensure Proper Separation and Segregation
Plan for Scalability and Future Expansion
Test and Certify Cables Post-Installation

CABLE TERMINATION

Follow Proper Termination Standards
Use High-Quality Tools and Connectors
Maintain Correct Cable Lengths and Strip Properly
Ensure Proper Labeling and Documentation
Perform Thorough Testing After Termination

Keeping Data Centers Up-to-Date to Meet Ever-Evolving Challenges

Capacity, density, availability, security, energy efficiency, and sustainability requirements need continuous development. A strategic approach is required to determine how your data center can remain future-proof in the ever-evolving digital industry. Our dedicated technical team advises on how to stay relevant and fit for purpose.

COMMONLY USED CABLES

COPPER CABLE

Choose the Right Category of Copper Cable
Select the appropriate category of copper cable (e.g, Cat5e, Cat6, Cat6a, Cat7, or Cat8) based on your network's speed and bandwidth requirements. Higher categories, like Cat6a and above, support faster speeds (up to 01 Gbps and beyond) and are more suitable for environments with high data traffic or where future-proofing is a concern.
Ensure Proper Cable Length and Signal Integrity
Copper cables have a maximum length of 100 meters (328 feet) per TIA/EIA standards. Exceeding this length can result in signal degradation and reduced network performance.
Consider Environmental Factors
Copper cables are sensitive to electromagnetic interference (EMI) and radio frequency interference (RFI). When laying cables, avoid running them parallel to electrical wiring or other sources of interference. Use shielded cablese (e.g STP or FTP) in environments with high EMI or in industrial settings to minimize signal disruption.
Maintain Proper Termination and Grounding
Correct termination of copper cables is crucial for network reliability. Use high-quality connectors, and ensure cables are properly terminated to avoid crosstalk, signal loss, or connection failures. Additionally, grounding shielded cables is essential to prevent electrical surges and ensure safety.
Regular Testing and Certification
After installation, perform thorough testing of copper cables to verify compliance with industry standards and ensure optimal performance. Regular testing helps identify potential issues early, ensuring long-term reliability of the network.”

OPTICAL FIBER CABLES

Choose the Right Type of Fiber
Optical fiber cables come in two main types: single-mode and multimode. Single-mode fiber is ideal for long-distance transmission, typically used in data centers and backbone networks, while multimode fiber is suitable for shorter distances, like within a building. Selecting the appropriate type ensures optimal performance and cost-effectiveness.
Ensure Proper Handling and Installation
Fiber optic cables are sensitive to bending, crushing, and pulling forces. During installation, maintain the minimum bend radius specified by the manufacturer to prevent signal loss or damage to the fibers. Use fiber-specific cable management tools, such as protective conduits and bend radius control devices, to safeguard the integrity of the cables.
Maintain Clean and Secure Connections
The performance of optical fiber cables heavily depends on clean and secure connections. Use proper cleaning tools to remove dust and debris from connectors before making connections. Employ high-quality connectors and ensure they are correctly aligned to prevent signal degradation and ensure reliable data transmission.
Consider Future-Proofing with High-Density Solutions
Incorporate redundant cooling units and backup systems to maintain continuous operation even fi one unit fails, ensuring high availability and minimizing the risk of overheating.
Test and Certify Fiber Optic Links
After installation, conduct thorough testing and certification of the fiber optic links. Use tools like optical time-domain reflectometers (OTDRs) and power meters to measure parameters such as insertion loss, return loss, and attenuation. Certification ensures that the fiber optic cabling meets industry standards and is capable of supporting the required network speeds and applications.

ONE STOP SOLUTION
FOR ALL YOUR CABLING PROBLEMS

FUTURE READY
NETWORK DESIGNS

network support engineer working in a data center

TRAINED STAFF

MOERN TOOLS

ADAPTIVE CABLING

FIBER SOLUTIONS

COMPREHENSIVE CONSULTING

OUR PARTNERS

CISC0

Cisco is a global leader in networking technology, providing innovative solutions that drive digital transformation, enhance connectivity, and secure data for businesses of all sizes across various industries worldwide.

HP

HP (Hewlett-Packard) is a leading global technology company, renowned for its innovation in personal computing, printers, and enterprise solutions, delivering cutting-edge products and services to empower businesses and consumers.

COMMSCOPE

CommScope is a global leader in network infrastructure, providing innovative solutions for wired and wireless communication. They enable reliable connectivity, power smart cities, and support advanced technologies in various industries.

JUNIPER

Juniper Networks is a leading provider of networking hardware and software, specializing in high- performance routers, switches, and cybersecurity solutions. They enable scalable, secure, and efficient digital transformation for businesses worldwide.

BELDEN

Belden Cable is a leading manufacturer of high-performance cables and connectivity solutions. Known for quality and reliability, they serve industries like broadcasting, industrial automation, and data centers with durable, efficient products.

MOLEX

Molex is a global manufacturer of electronic connectors and interconnect solutions. They specialize in providing advanced technologies for industries like automotive data communications, enabling seamless connectivity and innovation.