Giganet Category 6A Solid U/UTP PVC Indoor Cable

Giganet Category 6A Solid U/UTP PVC Indoor Cable — 305m Reel (GN-C6A-U/UTP-PVC)

The Giganet Category 6A Solid U/UTP PVC Indoor Cable (GN-C6A-U/UTP-PVC) is an unshielded augmented Category 6 horizontal cable designed for fixed indoor structured cabling installations. It is manufactured and tested to exceed ANSI/TIA-568.2-D, ISO/IEC 11801-1, and EN 50173-1 Category 6A performance requirements at 500 MHz, supporting 10 Gigabit Ethernet across the full 100-metre horizontal channel. The cable can be deployed in both horizontal and backbone cabling subsystems within standard commercial and enterprise building infrastructure.

Within the Giganet Cat 6A cable range, the U/UTP PVC Indoor variant is the baseline indoor specification — unshielded construction, standard PVC jacket, and optimised for straightforward installation in clean indoor environments where EMI exposure is minimal and fire regulation does not mandate halogen-free materials. It is the appropriate choice for the majority of standard commercial office, education, and data centre horizontal cabling projects where the cabling pathway is entirely internal and separated from significant sources of electrical interference.

Performance and Bandwidth

The Giganet Cat 6A U/UTP PVC Indoor cable is rated to 500 MHz, meeting the augmented Category 6 (Class EA) bandwidth ceiling. This supports 10GBASE-T (IEEE 802.3an) at the full 100-metre horizontal channel — the defining performance advantage of Cat 6A over standard Cat 6, which is limited to 10GBASE-T over approximately 55 metres. Consequently, horizontal cabling infrastructure built on this cable is ready for 10G switching to the desktop, 10G server connections, and high-density wireless backhaul without distance constraints imposed by the cabling layer.

The cable additionally supports backward compatibility with Cat 6 and Cat 5e channels, allowing it to be deployed in environments with mixed-generation switching infrastructure without performance penalty at lower speeds.

Cable Construction

The Giganet Cat 6A U/UTP PVC Indoor cable is built from the following layers:

Conductors — 23 AWG (0.575mm) solid bare copper, polyethylene insulated and colour-coded across eight conductors forming four pairs. Solid construction is specified for permanent horizontal fixed runs, providing lower attenuation per metre than stranded cable and correct IDC termination into standard 110-style Cat 6A keystone jacks and patch panels. Bare copper ensures full compliance with TIA-568.2-D conductor requirements — copper-clad aluminium (CCA) and copper-clad steel (CCS) alternatives are non-compliant and introduce elevated resistance that degrades both signal performance and PoE power delivery on longer runs.

Twisted pairs — Four pairs formed with varying lay lengths to control internal pair-to-pair crosstalk (NEXT) across the 500 MHz bandwidth. Varying twist rates per pair prevent resonant crosstalk peaks at predictable frequencies — a fundamental requirement of Cat 6A unshielded design where the cable construction alone must manage crosstalk without the assistance of a foil screen.

Central X-filler — A polyethylene cross-filler physically separates and stabilises the four pairs within the jacket, maintaining consistent pair geometry throughout the cable run. This filler assists in maintaining performance at the upper end of the 500 MHz bandwidth range by preventing pair-to-pair compression under bending and bundling loads during and after installation.

PVC outer jacket — A standard indoor PVC jacket provides mechanical protection and handling flexibility for the horizontal run. The jacket is available in grey as standard — consistent with the Giganet Cat 6A indoor range colour convention and compatible with standard rack and patch panel colour identification schemes.

U/UTP Design and Alien Crosstalk Management

Unshielded Cat 6A design places the full burden of alien crosstalk (AXT) management on the cable’s physical construction rather than a foil screen. In the Giganet Cat 6A U/UTP cable, this is achieved through controlled pair geometry, tighter twist rates, and the X-filler separation between pairs. The result is a cable that meets the TIA-568.2-D PS-AANEXT limits without an overall shield — qualifying the channel for Class EA certification without the grounding infrastructure that shielded variants require.

This construction approach carries a practical installation advantage: U/UTP cables terminate into standard unshielded keystone jacks and patch panels without drain wire connections or shield continuity verification. This simplifies both the termination process and the channel certification workflow compared to F/UTP or F/FTP shielded alternatives — a meaningful efficiency gain across large-scale horizontal cabling projects with high port counts.

Indoor Application Suitability

The PVC jacket and U/UTP construction position the Giganet Cat 6A U/UTP PVC Indoor cable for installations with the following characteristics:

Clean indoor routing — Cable trays, above-ceiling voids, raised floor voids, and conduit pathways within fully enclosed building envelopes where cable is not exposed to outdoor UV, sustained moisture, or direct burial conditions.

Separation from power cabling — Routes where the structured cabling pathway maintains adequate separation from power distribution, lighting circuits, and electrical plant per TIA-568.2-D separation guidelines. Where adequate separation cannot be maintained, the F/UTP PVC outdoor or F/FTP LSOH variants provide the foil screen EMI protection that U/UTP construction cannot.

Standard fire rating environments — Buildings where PVC jacket materials are acceptable under local fire regulations. Where building regulations or project specifications mandate halogen-free cabling in ceiling voids, risers, or plenums, the F/FTP LSOH variant should be specified instead.

Termination and Channel Integration

The Giganet Cat 6A U/UTP PVC Indoor cable terminates into standard unshielded Cat 6A keystone jacks and patch panels using standard 110-style IDC tooling. No shielded termination hardware, drain wire connections, or grounding continuity verification is required — simplifying installation and reducing per-port termination time compared to shielded channel deployments.

For a complete matched Giganet Cat 6A U/UTP channel, the cable pairs with Giganet Cat 6A unshielded keystone jacks, unshielded patch panels, and Giganet Cat 6A U/UTP patch cords at both the equipment room and work area ends. A matched Giganet channel qualifies for the 25-year system warranty covering end-to-end Class EA performance.

The standard TIA-568.2-D channel permits up to 90 metres of horizontal cable with a combined patch cord allowance of 10 metres at both ends, within a maximum total channel length of 100 metres.

Supported Applications

The Giganet Cat 6A U/UTP PVC Indoor cable supports the following applications within a compliant 100-metre indoor channel:

• 10GBASE-T — 10 Gigabit Ethernet at full 100m channel (IEEE 802.3an)
• 1000BASE-T — Gigabit Ethernet (IEEE 802.3ab), fully backward compatible
• 100BASE-TX — Fast Ethernet
• PoE++ — Up to 90W per port (IEEE 802.3bt Type 3/4)
• PoE+ — Up to 30W (IEEE 802.3at)
• Wi-Fi 6 and Wi-Fi 6E Access Points — High-power PoE++ indoor WAP backhaul
• 10G-to-the-desktop — High-bandwidth workstation and docked device connections
• Server-to-switch and server-to-storage links — Data centre and server room fabric cabling
• Distributed backbone cabling — Inter-floor and inter-zone 10G horizontal backbone runs
• VoIP and Unified Communications — Converged network infrastructure for IP telephony
• IP Surveillance — Indoor IP camera cabling within structured cabling channels
• Building Automation and IoT — PoE-powered sensors, access control, and smart building devices

Ideal Users

• Enterprise and Corporate Network Infrastructure Teams — The U/UTP PVC Indoor cable provides a Cat 6A horizontal cabling layer that supports current 10G switching deployments and 802.11ax high-density wireless infrastructure, while remaining straightforward to terminate and certify at scale. For large port-count office fit-outs, the absence of shielded termination requirements reduces per-port installation time significantly compared to shielded Cat 6A alternatives.
• Structured Cabling Contractors on Standard Commercial Projects — The majority of commercial office, education, and retail horizontal cabling projects specify unshielded indoor Cat 6A in clean building environments. The Giganet U/UTP PVC Indoor cable meets these specifications with verified ANSI/TIA-568.2-D and ISO/IEC 11801-1 compliance, and qualifies for the 25-year Giganet system warranty when used with matched Giganet termination hardware.
• Data Centre Operators Deploying 10G Horizontal Infrastructure — For top-of-rack and end-of-row switching architectures where horizontal runs connect server patch panels to ToR switches within controlled data centre environments, the U/UTP indoor cable provides full 10G channel performance. The clean data centre environment — with structured cable management and power separation — suits U/UTP construction without the overhead of shielded channel grounding infrastructure.
• Education and Healthcare Facilities with High-Density Wireless Requirements — 802.11ax access points with PoE++ power requirements (up to 90W) demand Cat 6A horizontal cabling for both power delivery and backhaul bandwidth. The Giganet Cat 6A U/UTP Indoor cable supports the full PoE++ power budget across 100-metre runs to ceiling-mounted access points in classrooms, wards, and open-plan spaces.
• IT Infrastructure Managers Planning 10G Migration — Organisations migrating from Gigabit to 10G switching can pre-install Giganet Cat 6A U/UTP horizontal cabling during building fit-out or refurbishment, with the existing Cat 5e or Cat 6 switching infrastructure replaced in a subsequent phase. The Cat 6A horizontal layer remains in place across both the current Gigabit phase and the future 10G phase without recabling.

Cable Specifications

Performance Specifications

Physical Specifications

Installation Parameters

Certifications