Coaxial / TV Cable

Coaxial Cable & TV Connectors: RG6, RG11 and RG59 Cable for Aerial, Data and Security Installs

Choosing between coaxial cable types usually comes down to run length and signal loss, a distinction covered in our RG6 vs RG11 comparison. This range covers RG6, RG11 and RG59 coaxial cable, F-type connectors, wall outlets and coax testers for TV aerial, data and CCTV work. For longer external drops needing extra weather protection, the RG11 quad shield messengered cable is a common pick for aerial and satellite runs.

What's in This Range

• RG6 quad shield coaxial cable (305m) — the standard pick for TV aerial and Foxtel-compatible installs, with four-layer shielding against nearby interference.
• RG11 quad shield coaxial cable (305m) — thicker conductor for longer runs where RG6 would introduce too much signal loss.
• RG59 quad shield coaxial cable (305m) — commonly specified for CCTV and security camera runs over shorter distances.
• LMR400 low-loss coaxial cable (100m) — low-loss RF cable suited to antenna and wireless signal transmission runs.
• RG6 F-type compression connector (50-pack, gold plated) — corrosion-resistant terminations for RG6 cable ends.
• F-type TV wall outlet (single gang) — a standard termination point for wall-mounted TV points.
• Coax Explorer 2 cable tester with remote kit — checks continuity and flags faults across RG59, RG6 and RG11 runs.
• Weatherproof F compression connector (dual O-ring) — sealed connector for outdoor or exposed coax terminations.

Who Uses This

TV aerial installers reach for RG6 and RG11 quad shield cable on apartment and residential aerial upgrades, while data cablers use the same RG6 stock for ControlNet and building comms runs. Security installers lean on RG59 for CCTV camera drops in retail fit-outs and warehouses, and AV technicians use F-type connectors and wall outlets when terminating points in commercial fit-outs and schools. On sites where runs are exposed, installers pair RG11 messengered cable with weatherproof connectors rather than standard indoor fittings.

Coaxial Cable — Common Questions

Which coaxial cable should I use for a TV aerial install?

For most residential TV aerial installs, RG6 quad shield cable is the standard spec, balancing signal loss and cable stiffness for typical roof-to-outlet runs. Longer runs — particularly over 30m — often call for RG11 instead, since its thicker conductor keeps signal loss lower over distance. If you're supplying a Foxtel-style install, the RG6 Foxtel-approved compression connector is worth checking against the job spec.

What tools do I need to terminate coaxial cable on site?

Terminating coax on site typically needs a stripper set to the correct dimensions for the cable's insulation and shield layers, plus a compression or crimp tool matched to the connector type. A dedicated coaxial cable stripping tool speeds up prep and reduces the risk of nicking the centre conductor, a common cause of intermittent faults after install.

What's the difference between F-type connectors and other coax connector types?

F-type connectors are the most common termination for RG6 and RG11 cable in TV, aerial and data applications, and come in crimp, compression and push-on styles. BNC and N-type connectors serve different equipment — BNC on test gear and ControlNet networks, N-type on RF and antenna runs — so the right connector depends on what's being connected rather than the cable type alone. Our guide to F-type connectors covers the termination styles in more detail.

Why Choose SCHNAP

• Quad shield RG6, RG11 and RG59 cable from Matchmaster, sold by the metre or as full reels for larger jobs.
• Compression and crimp connectors from Matchmaster and Wattmaster, including weatherproof and Foxtel-approved options for different install conditions.
• Coax Explorer 2 testers and stripping tools stocked alongside cable and connectors, so you can spec a full termination kit in one order, with Australia-wide delivery on trade orders.

If your run includes exposed or underground sections, our guide to outdoor coax cable covers which shielding and jacket types hold up best. Get in touch with our team if you need help specifying cable for a larger install.