Intellinet patch cables provide reliable network connections for home networks, gaming, office environments, data centers, and professional IT infrastructures. Whether for Gigabit Ethernet, 10 Gigabit networks, or Power over Ethernet (PoE), our network cables ensure stable data transmission and secure connections between routers, switches, patch panels, servers, access points, and other network devices.

Our product range includes Cat5e, Cat6, and Cat6a patch cables, as well as patch cables using Cat7 raw cable with Cat6a modular plugs, available in various lengths, colors, and configurations. Depending on the application, we offer shielded and unshielded options such as U/UTP, F/UTP, and S/FTP, as well as 100% copper patch cables and PVC or LSZH/LSOH jacket types for different installation and safety requirements.

Whether for modern home networks, gaming, structured cabling, or professional PoE applications, our patch cables deliver high transmission speeds, reliable signal quality, and long-lasting network performance for stable network connections in both residential and professional environments.

Patch Panels
Patch Panels
Bulk Cables
Bulk Cables
Fiber Optic Cables
Fiber Optic Cables
DAC Twinax Cables
DAC Twinax Cables
Network Switches
Network Switches
Power over Ethernet (PoE)
Power over Ethernet (PoE)
Cabinets & Racks
Cabinets & Racks

CHOOSING THE RIGHT PATCH CABLE

Which Patch Cable Do I Need?

Find the right cable category, shielding, and jacket type for home networks, office environments, data centers, and PoE applications.

Application Recommendation Why?
Standard home networks & older devices Cat5e U/UTP PVC Cost-effective solution for Gigabit Ethernet and everyday network connections.
Home networking & gaming Cat6 U/UTP PVC Ideal for stable Gigabit connections and modern home networks with higher data loads.
Network cabinets, patch panels & high port densities Cat6a Slim Patch Cable Space-saving and flexible cabling for clean cable management in rack and patch panel environments with high port density.
Office workstations & structured cabling Cat6a S/FTP Reliable data transmission and improved protection against electromagnetic interference in modern office and network environments.
PoE cameras & access points Cat6a S/FTP Copper High signal quality and reliable power delivery over Ethernet (PoE/PoE+).
10 Gigabit networks Cat6a or Cat7 raw cable with Cat6a modular plug S/FTP Supports high bandwidths and stable data transmission for 10 Gigabit applications.
Data centers & professional IT infrastructure Cat6a or Cat7 raw cable with Cat6a modular plug S/FTP LSZH/LSOH Halogen-free jacket and strong shielding for secure professional installations.
Public buildings & escape routes LSZH/LSOH Patch Cable Low smoke emission and no halogen-containing gases in case of fire.

Cat5e, Cat6, Cat6a or Cat7 – What Are the Differences?

Choosing the right cable category affects transmission speed, shielding, and the future-proofing of modern networks.

Cat5e – the cost-effective foundation for Gigabit networks

Cat5e patch cables are suitable for standard Gigabit Ethernet connections in home networks and offices. They provide reliable data transmission for everyday applications and are a cost-effective solution for standard network environments.

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Cat6 – ideal for modern home networks and gaming

Cat6 patch cables support bandwidths up to 250 MHz and are designed for stable Gigabit and modern network connections in home environments. They are ideal for gaming, streaming, smart home setups, and data-intensive applications.

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Cat6a – for professional networks and PoE applications

Cat6a patch cables support bandwidths up to 500 MHz and enable stable 10 Gigabit connections over distances of up to 100 meters. This makes them ideal for professional network environments, structured cabling, and modern PoE applications.

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Cat7 – built for future network requirements

Patch cables using Cat7 raw cable with Cat6a modular plugs provide maximum bandwidth and excellent shielding against electromagnetic interference. They are especially suitable for professional network environments such as data centers, industrial applications, and modern 10 Gigabit networks.

Shop Cat7 Raw Cable with Cat6a Modular Plugs
Shop our Keystone Jacks
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Choosing the Right Shielding for Your Network

The shielding of a patch cable protects network connections against electromagnetic interference. The right shielding type depends on the application, the cabling environment, and the requirements for signal quality and transmission reliability.

U/UTP – unshielded for simple network environments

U/UTP (“Unshielded / Unshielded Twisted Pair”) patch cables do not include additional shielding and are suitable for simple home networks or short cable runs without significant electromagnetic interference. They are flexible, lightweight, and cost-effective.

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F/UTP – additional shielding for stable connections

F/UTP (“Foiled / Unshielded Twisted Pair”) patch cables feature an overall foil shield that reduces interference and improves signal quality. They are suitable for office installations and structured cabling environments with higher transmission reliability requirements.

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S/FTP – maximum shielding for professional networks

S/FTP (“Shielded / Foiled Twisted Pair”) patch cables include additional shielding for individual wire pairs as well as an overall shield. This makes them especially suitable for professional network environments, PoE applications, data centers, and installations with higher levels of electromagnetic interference.

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Patch Cable Materials & Jacket Types

Choosing the right cable material and jacket type affects signal quality, safety, and the intended application of a patch cable.

Copper – reliable signal quality for professional networks

Patch cables made from 100% copper provide stable signal transmission and are especially suitable for professional network environments and PoE applications. They support reliable power delivery over Ethernet and ensure high network performance as well as secure data transmission.

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PVC – flexible for standard network installations

PVC (“Polyvinyl Chloride”) cable jackets are durable, flexible, and suitable for many standard network environments. They are commonly used in home networks, offices, and general IT installations, providing a reliable solution for everyday indoor network cabling thanks to their robust outer jacket.

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LSZH / LSOH – halogen-free for increased safety requirements

LSZH (“Low Smoke Zero Halogen”) or LSOH (“Low Smoke Zero Halogen”) patch cables reduce smoke generation in the event of fire and do not release halogen-containing gases. This makes them especially suitable for public buildings, data centers, and professional network installations with increased safety requirements.

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Choosing Between Pure Copper and CCA Patch Cables

The choice of conductor material affects signal quality, durability, and the suitability of a patch cable for professional networking and Power over Ethernet (PoE) applications.

100% Copper – for professional networks and PoE

Patch cables made from pure copper provide high conductivity, low attenuation, and reliable signal transmission even over longer distances. They are especially durable, corrosion-resistant, and ideal for professional network installations as well as stable Power over Ethernet (PoE) applications. In addition, copper cables comply with common industry standards for structured cabling.

CCA – a cost-effective alternative for basic applications

CCA (“Copper-Clad Aluminium”) combines an aluminum core with a copper coating and offers lower conductivity than pure copper, reaching approximately 60–70% of copper’s conductivity. As a result, CCA cables are lighter and more cost-effective, but are generally better suited for basic network connections with lower performance requirements. For professional PoE applications or longer cable distances, patch cables made from 100% copper are usually the better choice.

Patch Cables for PoE – Reliable Data and Power Delivery over Ethernet

Power over Ethernet (PoE) enables the simultaneous transmission of data and power through a single network cable. This allows devices such as access points, IP cameras, and VoIP phones to be installed efficiently while saving space.

Patch cables suitable for PoE should:

  • be made from 100% copper
  • support stable signal transmission
  • be designed for high data transmission rates
  • provide reliable shielding

For professional PoE installations, Cat6a S/FTP patch cables are especially suitable, as they support reliable power delivery and provide additional shielding against electromagnetic interference.

Frequently Asked Questions About Patch Cables

Which patch cable is suitable for Gigabit Ethernet?

Cat5e patch cables are already suitable for standard Gigabit Ethernet networks.

For modern home networks, gaming, or professional applications, Cat6 and Cat6a provide higher bandwidth, improved performance, and increased transmission frequencies.

What is the difference between Cat6 and Cat6a?

Cat6a patch cables support
reliable 10 Gigabit connections over distances of up to 100 meters and often provide better protection against electromagnetic interference.

Cat6 is suitable for modern home networks and many standard networking applications, but typically supports 10 Gigabit Ethernet only over distances of up to approximately 55 meters.

When should a shielded patch cable be used?

Shielded patch cables such as F/UTP or S/FTP are suitable for network environments with higher requirements for signal quality and transmission reliability. They are commonly used in offices, data centers, PoE installations, or environments with increased electromagnetic interference.

What does LSZH or LSOH mean?

LSZH (“Low Smoke Zero Halogen”) or LSOH (“Low Smoke Zero Halogen”) refers to halogen-free cable jackets with reduced smoke generation in the event of fire. These patch cables are especially suitable for public buildings, data centers, and professional network installations.

LSZH is often part of health and safety regulations for poorly ventilated spaces, helping protect both people and equipment.

Why are 100% copper patch cables important for PoE?

Patch cables made from 100% copper provide reliable power and data transmission for PoE (Power over Ethernet) applications.

Compared to cables made from copper-clad aluminum, copper conductors have lower electrical resistance, reducing power loss and heat generation.

This makes them especially suitable for access points, IP cameras, VoIP phones, and professional network environments with higher requirements for stability and transmission reliability.

Which patch cables are suitable for 10 Gigabit networks?

For 10 Gigabit Ethernet, Cat6a patch cables as well as patch cables using Cat7 raw cable with Cat6a modular plugs are especially suitable. They provide high bandwidths and additional shielding for professional network environments.

What is the difference between U/UTP and S/FTP?

U/UTP patch cables do not include additional shielding and are suitable for simple home networks.

S/FTP patch cables include additional shielding for individual wire pairs as well as an overall shield, providing better protection against electromagnetic interference.