Easenet Outdoor Copper FTP Cat 6 Cable — 305m Reel
The Easenet Outdoor Copper FTP Cat 6 Cable is a foil-shielded, weatherproof structured cabling solution for external horizontal runs, inter-building links, and installation environments where both outdoor environmental exposure and electromagnetic interference (EMI) are relevant design considerations. It meets the ANSI/TIA-568.2-D and ISO/IEC 11801 Cat 6 (Class E) performance standards at 250 MHz, combining an F/UTP foil shield with a UV-stabilised outdoor jacket to address the two principal failure modes of external Cat 6 deployments — environmental degradation and external signal interference.
The Easenet Outdoor FTP Cat 6 occupies a distinct position from its unshielded outdoor counterpart. Where U/UTP outdoor cable is appropriate for clean external environments, the FTP variant is specified for routes alongside power cabling, through electrically noisy industrial or building services environments, or in any external installation where the cable cannot be adequately separated from interference sources. Furthermore, the foil shield provides an additional mechanical layer that contributes to moisture management at the cable core level.
Performance and Bandwidth
The Easenet Outdoor FTP Cat 6 cable is rated to 250 MHz, supporting Gigabit Ethernet (1000BASE-T) across the full 100-metre horizontal channel. It additionally supports 10GBASE-T over shorter runs of approximately 55 metres within a compliant standard channel. The foil shield contributes to improved NEXT and ACR-F performance compared to unshielded Cat 6 — a result of the shield reducing external noise coupling into the cable pairs, which in turn improves the signal-to-noise ratio at the receiving end.
Shielded Cat 6 cables must be correctly grounded to realise the shield’s EMI rejection benefit. An improperly grounded or ungrounded shield can act as an antenna, worsening interference performance rather than improving it. Consequently, the shield drain wire must be terminated to a clean earth at one end of the channel — typically at the patch panel or equipment rack earth point — with the far end left floating to prevent earth loop currents.
Cable Construction
The Easenet Outdoor FTP Cat 6 cable uses four twisted pairs of 23 AWG solid bare copper conductors with an overall aluminium foil shield (F/UTP configuration) enclosing all four pairs. A drain wire runs alongside the foil to provide a continuous electrical connection to the shield for grounding purposes.
Solid bare copper conductors are specified for permanent horizontal fixed runs. They provide lower attenuation per metre than stranded cable and terminate correctly into standard 110-style IDC keystone jacks and patch panel ports without specialist tooling. Bare copper — rather than copper-clad steel (CCS) or copper-clad aluminium (CCA) — ensures full compliance with TIA-568.2-D conductor requirements. CCA and CCS conductors are not TIA-compliant and introduce higher resistance that degrades both signal and PoE power delivery performance over longer runs.
The outer jacket is a UV-stabilised outdoor-rated PVC or polyethylene compound formulated to resist:
- UV radiation — Prevents jacket embrittlement, surface cracking, and conductor exposure under prolonged sun exposure
- Moisture — Resists water tracking along the outer jacket and into the cable core
- Temperature cycling — Maintains jacket flexibility and electrical performance across seasonal temperature extremes
- Ozone and atmospheric pollutants — Relevant in urban rooftop, industrial, and coastal installation environments
The jacket is black — the standard colour for UV-stabilised outdoor cable compounds, providing effective UV absorption through carbon black pigmentation.
Shield Performance and Grounding
The F/UTP foil shield is the primary differentiator between the Easenet Outdoor FTP Cat 6 and the unshielded outdoor variant. It provides the following specific benefits in external installation environments:
EMI rejection — The overall foil shield attenuates external electromagnetic interference from power cabling, motor drives, lighting ballasts, HVAC equipment, and other electrical plant commonly encountered on external cable routes through plant rooms, roof voids, and building services risers.
Alien crosstalk reduction — In dense bundle configurations — multiple cables in the same conduit or cable tray — the foil shield reduces alien crosstalk (AXT) between adjacent cables, maintaining channel performance in high-density external pathways.
Lightning and surge protection contribution — When properly grounded, the shield provides a degree of protection against induced voltages from nearby lightning strikes on aerial or exposed external runs. This does not replace dedicated surge protection devices (SPDs) at channel entry points, but contributes to the overall protection strategy.
Correct shield grounding is essential. The drain wire should be terminated to the equipment rack or patch panel earth bar at the head-end. The camera or device end of the shield should be left floating. Shield continuity should be verified as part of channel certification testing.
Outdoor Installation Suitability
The Easenet Outdoor FTP Cat 6 is suited to the following installation scenarios where both outdoor exposure and EMI are considerations:
Aerial runs near power infrastructure — Where external cable spans run in proximity to overhead power lines, external lighting cables, or building services conduit, the foil shield mitigates interference coupling that would affect an unshielded cable on the same route.
External wall routing through building services zones — On external building façades or through roof voids shared with HVAC ducting, electrical conduit, and lighting circuits, the FTP construction maintains signal integrity where U/UTP cable performance would be compromised.
Underground conduit in mixed-services trenches — Where data cable shares a buried duct bank or trench with power cable, the foil shield provides isolation from low-frequency interference induced by the power conductors. The outdoor jacket adds moisture protection within the conduit.
Industrial and manufacturing external environments — Factory yards, processing plant exteriors, and logistics facilities generate significant electrical noise from heavy machinery, variable frequency drives, and welding equipment. FTP construction is the appropriate specification for data cabling in these environments.
Termination Considerations
The Easenet Outdoor FTP Cat 6 requires shielded termination hardware throughout the channel. Unshielded keystone jacks, patch panels, and RJ45 plugs break the shield continuity and negate the EMI protection benefit of the cable. All termination points must use Cat 6 FTP-compatible shielded keystone jacks, shielded patch panels, and shielded RJ45 field plugs where applicable.
The drain wire must be connected to the shield termination point on the keystone jack or patch panel port. Shield continuity from camera or device end to patch panel earth must be verified during channel certification.
External termination points additionally require weatherproof treatment — IP65-rated shielded enclosures, weatherproof shielded surface mount boxes, or gel-filled shielded RJ45 plugs at camera heads and access point mounting locations. Building entry penetrations must be sealed to prevent moisture tracking into the internal installation along the cable jacket.
Supported Applications
The Easenet Outdoor FTP Cat 6 cable supports the following applications within a compliant 100-metre shielded channel:
- 1000BASE-T — Gigabit Ethernet (IEEE 802.3ab) for inter-building and external device links
- 100BASE-TX — Fast Ethernet
- 10GBASE-T — 10 Gigabit Ethernet over shorter runs (~55m channel)
- PoE / PoE+ — Up to 30W (IEEE 802.3at) for external PoE cameras and access points
- PoE++ — Up to 90W (IEEE 802.3bt) for high-power external devices
- Outdoor IP Surveillance in EMI Environments — IP cameras on routes with power cable proximity
- External Wi-Fi Access Points — PoE-powered 802.11ac/ax WAP backhaul in electrically noisy environments
- Inter-Building Links through Mixed-Services Routes — Campus connections through shared duct banks or building services pathways
- Industrial IP Infrastructure — Data cabling in manufacturing, logistics, and processing plant exteriors
- Access Control in External Locations — PoE-powered shielded connections to external door controllers and video intercoms
Ideal Users
- Network and Security Contractors on Industrial and Commercial Sites — Where external cable routes pass through plant rooms, alongside power distribution, or through building services risers, FTP construction is the correct specification rather than an upgrade option. The Easenet Outdoor FTP Cat 6 handles both the EMI environment and the outdoor exposure within a single cable.
- Security System Integrators on Manufacturing and Logistics Sites — Factory yards, warehouse exteriors, and processing plant perimeters combine outdoor exposure with significant electrical noise from heavy equipment. FTP Cat 6 cabling to IP cameras and access control devices on these sites maintains channel integrity where unshielded cable would be susceptible to interference-driven image artefacts and link instability.
- Campus and Multi-Building Network Designers — Inter-building links through shared underground duct banks — where power, data, and services cables share the same trench — benefit from FTP shielding to isolate the data channel from induced interference. The outdoor jacket handles conduit moisture exposure on the same run.
- Hospitality and Resort Operators with External Infrastructure — Large hotel and resort properties with outdoor Wi-Fi coverage, perimeter IP cameras, and external access control face both weather exposure and cabling routes through plant and services areas. FTP outdoor Cat 6 addresses both simultaneously, reducing the specification complexity of mixed indoor/outdoor shielded channel design.
- Facilities Managers on Sites with High Electrical Plant Density — Healthcare facilities, data centres, and commercial buildings with dense electrical infrastructure — UPS rooms, generator sets, transformer stations — generate elevated EMI in adjacent cable routes. FTP outdoor Cat 6 on external runs adjacent to these areas maintains channel performance that unshielded cable cannot guarantee.
Cable Specifications
| Attribute | Detail |
|---|---|
| Category | Cat 6 (Class E) |
| Standard | ANSI/TIA-568.2-D / ISO/IEC 11801 |
| Conductor | 23 AWG Solid Bare Copper |
| Pairs | 4 Twisted Pairs |
| Shield Type | Overall Foil Shield + Drain Wire (F/UTP) |
| Pair Separator | Internal Spline (cross-filler) |
Performance Specifications
| Attribute | Detail |
|---|---|
| Rated Bandwidth | 250 MHz |
| Max Channel Length | 100 metres |
| 10GBASE-T Support | Up to ~55m (standard channel) |
| Impedance | 100Ω (±15Ω) |
| NEXT (at 100 MHz) | ≥44.3 dB |
| PS-NEXT (at 100 MHz) | ≥42.3 dB |
| Attenuation (at 100 MHz) | ≤19.8 dB/100m |
| Shield Grounding | Single-end ground via drain wire — head-end only |
Physical Specifications
| Attribute | Detail |
|---|---|
| Jacket Material | UV-Stabilised Outdoor PVC or PE |
| Jacket Colour | Black |
| Outer Diameter | Approx. 6.5–7.0mm |
| Reel Length | 305m (1,000 ft) |
| Packaging | Pull-box reel |
| Operating Temperature | -40°C to +70°C |
| Installation Temperature | -10°C to +50°C |
Environmental Ratings
| Attribute | Detail |
|---|---|
| UV Resistance | Yes — UV-stabilised jacket compound |
| Moisture Resistance | Yes — outdoor jacket formulation |
| EMI Shielding | Yes — overall aluminium foil shield (F/UTP) |
| Direct Burial | Not rated — conduit required for underground runs |
| Temperature Range | -40°C to +70°C operating |
Installation Parameters
| Attribute | Detail |
|---|---|
| Maximum Pull Tension | 110N |
| Minimum Bend Radius (installation) | 25mm |
| Minimum Bend Radius (installed) | 25mm |
| Shield Termination | Drain wire to earth bar at head-end; far end floating |
| Termination Hardware | Shielded Cat 6 keystone jacks and patch panels required |
| External Termination | IP65-rated shielded enclosures or weatherproof shielded RJ45 |
| Building Entry Sealing | Penetration must be sealed to prevent moisture tracking |
Certifications
| Certification | Detail |
|---|---|
| TIA | ANSI/TIA-568.2-D Cat 6 |
| ISO/IEC | 11801 Class E |
| IEEE | 802.3ab (1000BASE-T), 802.3bt (PoE++) |
| Environmental | RoHS Compliant |
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