Internet cable serves as a critical infrastructure component for network systems because of its fundamental role in enabling data transmission and communication. You need to learn about different internet cable types to choose the best one for your requirements.

Ethernet cables resemble landline phone cords but connect to ethernet ports while transferring broadband signals between computers and internet-connected devices.

Coaxial Cable
Coaxial cables contain a copper conductor inside which is surrounded by an insulating material that could be made from solid plastic, foam plastic or air with spacers to hold it in place. The outer conductor receives coverage from a metal electrical conductive shield.

Cable television providers originally designed coaxial cables to create last mile connections with their customers to support broadband internet services at home. Coaxial cables now function for Ethernet networking and broadcasting purposes.

Coaxial internet cables stand out because they provide both durable construction and reliable performance. Fiber optic technology integrates coaxial cables for high-speed data transmission across extended distances suitable for both residential and business applications. Despite their limitations in signal loss over extended distances and power requirements in severe environments coaxial cables continue to deliver efficient and economical performance in numerous situations.

Telephone Cable
Despite appearing obsolete, telephone cables continue to serve as a reliable and stable option in comparison to wireless networks.

Our selection of superior 8P8C RJ45 networking cables offers reliable solutions for modern communications needs including home VoIP upgrades and office enhancements.

The structure of twisted pair wires includes two intertwined copper strands which minimize interference and appear in standard equipment such as landline telephones, fax machines and modems. Ethernet networks benefit from this product because its color-coded wires and telephone cable-like connectors make wire identification straightforward. Running these cables close to electrical wires may produce interference which could harm them gradually leading to electrical complications.

Ethernet Cable
Network cables labeled as Ethernet enable fast data transfer which enhances network capacity and delivers superior internet connectivity. Ethernet cables contain wider conductors than phone cables enabling electrons to move more freely because larger diameter conductors create less resistance for electrons moving through them. Ethernet cables have a plastic protective layer and display their fundamental specifications on their outer jacket.

The maximum speed and data rate capability of cables determines their classification through a “Cat” number system. Cables with higher Cat numbers deliver faster speeds across longer distances while twisted wires within the cables minimize interference and boost signal quality.

Shielded Ethernet cables today contain RJ45 connectors at both ends which utilize 8 pins to minimize interference problems. Fiber optic cables exist which transmit data through light signals.

Cat 5e Cable
Cat 5e cabling delivers both secure and fast internet connectivity. This cable type provides faster data transfer speeds by minimizing wire noise and reducing collision rates which results in increased overall throughput compared to older cables.

Modern cables such as Cat6 and Cat6a provide faster speeds but Category 5e remains popular for users because of its cost-effectiveness and forward compatibility.

Category 5e cables feature four twisted copper wire pairs to minimize electromagnetic interference and come with either polyvinyl chloride (PVC) or low smoke zero halogen (LSZH) sheathing based on specific installation and safety standards. Eight pin modular connectors called RJ45 connections serve as endpoints for these devices on most networking hardware.