Easenet Indoor Semi Copper Cat 6

Easenet Indoor Semi-Copper Cat 6 UTP Cable — 305m Reel

The Easenet Indoor Semi-Copper Cat 6 UTP Cable is a Category 6 unshielded twisted-pair cable rated to 250 MHz for Gigabit Ethernet indoor structured cabling. It is designed for residential, small office, and light commercial network installations where Gigabit connectivity is required at an entry-level price point. Supplied on a 305-metre pull-box reel with sequential metre markings printed on the jacket, it is suited to straightforward in-wall, above-ceiling, and trunking installations within standard dry indoor environments.

The “semi-copper” designation indicates that the conductors are copper-clad aluminium (CCA) — an aluminium core with a copper surface layer — rather than solid bare copper. This is the key specification distinction from the Easenet Indoor Copper UTP Cat 6, which uses solid bare copper conductors and is priced accordingly. The CCA construction has specific implications for PoE performance, TIA standard compliance, and attenuation on longer runs that should be understood before specifying this cable.

Within the Easenet range, it is important to note that the Easenet Outdoor Copper UTP Cat 6 and Easenet Outdoor FTP Cat 6 cables use solid bare copper conductors — the semi-copper designation applies to this indoor variant only.

Performance and Bandwidth

The Easenet Indoor Semi-Copper Cat 6 cable is rated to 250 MHz, supporting Gigabit Ethernet (1000BASE-T / IEEE 802.3ab) and meeting basic TIA/EIA-568 Cat 6 channel performance requirements for CCA cable. The cable supports 10baseT, 100BaseT, and 1000BaseT Ethernet applications, as well as legacy Token Ring and ATM applications at 155 Mbps and 622 Mbps. An internal cross-spline separator maintains physical pair separation, reducing NEXT within the four-pair unit.

It is important to note that this cable does not fully comply with ANSI/TIA-568.2-D, ISO/IEC 11801, or EN 50173 Cat 6 standards as written — those standards specify bare copper conductors. The Easenet Indoor Semi-Copper Cat 6 meets basic Cat 6 channel transmission performance under standard test conditions but should not be specified for installations where TIA or ISO/IEC certified channel documentation is a project deliverable or contractual requirement. For certified installations, the Easenet Indoor Copper UTP Cat 6 or equivalent bare copper cable should be specified.

CCA Conductor Construction — What It Means in Practice

CCA conductors carry a higher DC resistance per metre than equivalent solid bare copper conductors, due to the lower conductivity of the aluminium core. In typical short indoor runs — under 30–40 metres — this difference has limited practical impact on Gigabit data performance. However, it has specific implications for two scenarios common in indoor networking:

PoE performance — The higher resistance of CCA conductors increases voltage drop along the cable, reducing the power available at the device end compared to equivalent bare copper. Standard PoE (IEEE 802.3af, up to 15.4W) is manageable on shorter indoor runs, but PoE+ (30W) and PoE++ (60–90W) applications — such as 802.11ax access points, high-power IP cameras, and PoE-powered displays — experience elevated power loss on CCA cable. For PoE+ and PoE++ devices, the Easenet Indoor Copper UTP Cat 6 or another bare copper Cat 6 is the appropriate specification.

Longer indoor runs — On horizontal runs approaching the 90–100 metre channel limit, CCA conductor resistance increases signal attenuation beyond what bare copper produces at the same length. For runs reliably under 60–70 metres with standard Gigabit data requirements only, the semi-copper cable performs adequately. For longer runs or runs with significant PoE loads, bare copper is preferable.

Termination care — CCA conductors are more brittle than bare copper at 23 AWG. They require controlled IDC punch-down tool pressure and care when untwisting pairs during termination to avoid conductor fracture at the connection point, which would cause an open circuit fault that is difficult to locate after installation.

Cable Construction

The Easenet Indoor Semi-Copper Cat 6 cable is assembled from the following layers:

• Conductors — 23 AWG CCA (copper-clad aluminium), solid construction, polyethylene insulated and colour-coded across eight conductors forming four twisted pairs
• Pair separator — Internal cross-spline maintains pair separation and contributes to crosstalk reduction
• Outer jacket — Flexible indoor PVC in grey or blue, rated for general indoor communications use (CM)
• Length markings — Sequential metre markings from 0 to 305m printed on the jacket for accurate measurement during installation
• Packaging — Pull-out dispenser box facilitates tangle-free cable payout during installation

Appropriate Installation Contexts

The Easenet Indoor Semi-Copper Cat 6 is correctly specified in the following indoor environments:

Residential networking — Home network runs to rooms for standard Gigabit connectivity — wired computers, smart TVs, NAS devices, and streaming media — over run lengths typically under 50 metres, with basic PoE requirements at standard PoE power levels.

Small office and SME premises — Gigabit LAN infrastructure in small offices and retail units where run lengths are modest, TIA channel certification is not a requirement, and PoE devices are limited to standard PoE power levels.

Budget-constrained installations — Where the project requires Cat 6 Gigabit cabling and the budget does not accommodate bare copper, and the installation requirements — run lengths and PoE power levels — fall within the CCA performance envelope.

This cable is not appropriate for:

• Installations requiring TIA-568.2-D or ISO/IEC 11801 certified Cat 6 channels
• PoE+ (30W) or PoE++ (60–90W) devices, particularly on runs exceeding 30 metres
• Horizontal runs approaching the 90–100 metre channel limit
• Outdoor, semi-exposed, or damp environments — use the Easenet Outdoor range instead

Easenet Range Context

The Easenet cable range includes both semi-copper and full bare copper indoor variants, as well as outdoor-rated cables. This positioning guides specification decisions across the range:

• Easenet Indoor Semi-Copper Cat 6 (this product) — CCA conductors, indoor PVC, budget indoor Gigabit applications
• Easenet Indoor Copper UTP Cat 6 — Solid bare copper, indoor PVC, full TIA Cat 6 compliance, PoE+ and PoE++ support
• Easenet Outdoor Copper UTP Cat 6 — Solid bare copper, UV-resistant outdoor jacket, external and semi-exposed runs
• Easenet Outdoor FTP Cat 6 — Solid bare copper, foil screen, outdoor jacket, external runs with EMI exposure

Supported Applications

Within its appropriate installation envelope, the Easenet Indoor Semi-Copper Cat 6 cable supports:

• 1000BASE-T — Gigabit Ethernet (IEEE 802.3ab) on indoor runs under standard conditions
• 100BASE-TX — Fast Ethernet
• 10BASE-T — Standard Ethernet
• Token Ring — 4/16 Mbps legacy applications
• ATM — 155 Mbps and 622 Mbps legacy applications
• Basic PoE (IEEE 802.3af) — Up to 15.4W on shorter runs (≤40m) — verify via voltage drop calculation
• Standard IP cameras — Basic PoE indoor cameras on short to medium runs
• VoIP phones — Standard PoE IP telephony
• Home and small office LAN — Wired connections to PCs, smart TVs, printers, NAS, and home automation devices

Ideal Users

• Residential Installers and Home Network Builders — For homeowners running Ethernet to rooms for streaming, home office, and smart home connectivity, the Easenet Indoor Semi-Copper Cat 6 provides Gigabit cabling at a lower per-metre cost than the bare copper Easenet variant. Typical residential run lengths — under 30–40 metres — are within the range where CCA performance is adequate for standard data applications without high-power PoE devices.
• Small Business and Retail Operators on Entry-Level Budgets — Small offices, retail counters, and SME premises with modest run lengths and standard PoE requirements can deploy Gigabit LAN infrastructure cost-effectively. Operators should confirm PoE device types and power levels before specifying — this cable is not appropriate for PoE+ or PoE++ devices including modern 802.11ax access points.
• Data and Electrical Contractors on Budget-Specified Projects — Where a client specification calls for Cat 6 indoor cabling without mandating bare copper or TIA channel certification, and run lengths and PoE requirements are within the CCA envelope, the Easenet Indoor Semi-Copper Cat 6 provides a cost-efficient Gigabit solution. Contractors should communicate clearly to clients the difference between this and the bare copper Easenet variant, particularly where PoE device upgrades are planned.
• School Computer Lab and Community Centre Installations — For fixed-wired computer lab environments with moderate run lengths and standard Gigabit requirements — no high-power PoE devices — the semi-copper cable provides functional connectivity at accessible project costs, particularly relevant in budget-constrained education and community facility projects.
• IT Technicians Running Short Supplementary Runs — For adding single connectivity points in existing buildings — a desk extension, a wall port for a printer, a connection for a meeting room display without PoE — the Easenet Indoor Semi-Copper Cat 6 provides adequate Gigabit performance at minimal material cost on short runs.

Cable Specifications

Performance Specifications

Physical Specifications

Installation Parameters

Certifications