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Wired Security Cameras

Wired security cameras run on PoE (Power over Ethernet) — a single Cat6 cable from the NVR (or PoE switch) to each camera carries both electrical power and network data, with no battery management and no Wi-Fi reliability concerns. The architecture is NVR-centric: every camera reports to a central recorder over Ethernet, footage is stored locally on the NVR's hard drive, and remote access happens through the NVR's app. Wired is the right call for permanent installations, multi-camera systems, commercial sites, and any property where you can include cabling in the build or where reliability matters more than install flexibility. The cameras in this collection span the full catalogue across brands (Hikvision, HiLook, Axis, IDIS), resolutions (2MP to 4K), form factors (turret, dome, bullet, PTZ, panoramic), and use cases (residential, commercial, industrial).

Security Cameras Australia stocks the full wired range. Every camera is genuine Australian stock with full manufacturer warranty, and you get pre-sale technical advice from people who configure these systems for a living.

Wired isn't always the right call. For rental properties, retrofits without cable runs, holiday houses, or single-camera DIY installs, see the wireless cameras collection. The "is wired right for your install" section below covers the decision in detail.

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Key features of wired security cameras

  • PoE single-cable architecture — one Cat6 cable per camera carries both power (up to 100 W on PoE++) and network data, eliminating separate power supplies at the camera and the AC outlet planning that goes with them.
  • Three PoE power tiers: 802.3af (15 W, standard fixed cameras), 802.3at / PoE+ (25 W, PoE+ cameras and entry PTZ), 802.3bt / PoE++ (60–100 W, long-range PTZ with built-in heaters and high-power IR). Match the camera spec to the NVR or switch you're powering it from.
  • 100 m PoE cable run from the NVR / switch to the camera is the standard limit on Cat6 — past 100 m, use a PoE extender or a secondary switch.
  • NVR-centric recording — the recorder is the local source of truth. No cloud dependency, no monthly subscription required for basic recording, and footage survives internet outages.
  • Scaling — add cameras up to the NVR channel count without per-camera bandwidth concerns. A 16-channel NVR + a PoE switch handles 16 cameras over Cat6.
  • No batteries — every camera runs continuously off the wired power, no replacement cycle, no battery degradation.
  • Lower total system cost at scale — over 4+ cameras, wired typically beats wireless on hardware cost, and avoids the recurring battery and subscription costs of wireless systems.

Why wired specifically — and where it's the right call

The case for wired is straightforward: the cables carry guaranteed power and bandwidth, so the system behaves predictably. Every camera reports continuously to the NVR. There's no Wi-Fi interference, no battery low-charge alerts, no cloud-subscription dependency, and no per-camera bandwidth limit to worry about across the install. For sites where you actually need to trust the system 24/7 — commercial premises with insurance requirements, multi-camera installations, government and critical-infrastructure work — wired is the default.

Practically, wired earns its keep on:

  • New builds and renovations — cable runs are part of the rough-in. Including PoE Cat6 to every planned camera position during construction costs almost nothing extra and locks in wired infrastructure for the building's life.
  • Multi-camera systems (4+ cameras) — wired cost-effectiveness scales; wireless gets expensive fast on per-camera hardware plus subscriptions.
  • Commercial and industrial sites — insurance, audit, and operational requirements typically mandate continuous reliable recording that wireless can't guarantee.
  • Sites with poor Wi-Fi — large rural properties, dense urban Wi-Fi contention, EMI-noisy industrial environments. Wired sidesteps the problem.
  • Permanent residential installs — where the property is your long-term home and the install can include eaves cabling.

The honest wired trade-off

Wired demands cable runs. That's the real cost — not the hardware, the install labour. Running Cat6 from where the NVR sits to every camera position is half-a-day-per-camera DIY work for someone confident with eaves access and wall cavity routing, or a day's licensed-installer time for a 4-camera system. It commits you to NVR-centric architecture (the NVR is the recording hub; cameras don't record independently). And once cable is in the walls, moving a camera means new cable. None of this is a problem for the right install — it's just the cost of the reliability.

The dismissive framing of "wireless is unreliable" isn't quite right either: modern Wi-Fi cameras with battery backup work fine for the right scenarios, and forcing wired on a 1-camera rental install is the wrong answer just as much as recommending wireless for a 16-camera commercial site.

How to choose between cameras in the wired range

Five axes — because the wired range spans every other taxonomy:

1. Brand. Hikvision has the broad range with AcuSense / ColorVu. HiLook is the value sub-brand. Axis for professional / NDAA-compliant work. IDIS for Korean NDAA-compliant DirectIP architecture. (Hikvision and HiLook are non-NDAA — see the NDAA-compliant range.)

2. Resolution. 4MP entry; 6MP mid-range sweet spot; 8MP / 4K for long-range or large-display work. See the 4MP, 6MP, and 8MP 4K collections for the resolution-specific decision.

3. Form factor. Turret (general perimeter, the default), bullet (long-range, sun shield), dome (indoor / ceiling), PTZ (active wide-area), panoramic (one-mount wide view). See the form-factor collections for the decision.

4. Camera technology. Standard for "see what happened"; AcuSense AI for false-alert filtering; ColorVu for night colour; Strobe & Siren for active deterrence.

5. NVR sizing. The wired choice locks you into NVR-centric architecture — size the NVR to fit current + planned camera count, with PoE+ or PoE++ ports if you'll run PTZ or specialised long-range bullets.

Is wired right for your install?

Wired is the right call when: the property is a new build or renovation (cable runs in the rough-in), it's a multi-camera system (4+), it's commercial or industrial, Wi-Fi is genuinely flaky at the site, the install can include cabling, or reliability and continuous recording matter more than install flexibility.

Use wireless instead when: the property is a rental and you can't run cables, the install is a single camera or two (typical small residential), the site is a holiday house or temporary install, you need install flexibility (cameras might move), or the use case is mostly indoor with reliable home Wi-Fi.

Why buy from Security Cameras Australia

  • Authorised Australian dealer — genuine wired cameras across every brand, full manufacturer warranty.
  • Expert support — pre- and post-purchase technical advice, including PoE power tier sizing, NVR channel selection, and cable-run planning.
  • Price-match guarantee — competitive pricing across the range.
  • Free shipping — fast delivery across Australia.
  • 30-day returns — a satisfaction guarantee on every camera.

Shop the wired range

Browse the wired range below, or talk to us about specifying a system — tell us the property, the camera count, and the install constraints, and we'll size the NVR, the PoE switch (where needed), and the camera mix.

Frequently Asked Questions about Wired Security Cameras

What does PoE mean in wired cameras, and which tier do I need?

PoE (Power over Ethernet) delivers electrical power and network data over a single Cat6 cable, so each camera needs one cable rather than separate power and data. There are three power tiers: 802.3af (15 W per port, fine for standard fixed cameras), 802.3at / PoE+ (25 W per port, needed for PoE+ cameras and entry PTZ), and 802.3bt / PoE++ (60–100 W per port, for long-range PTZ with built-in heaters and high-power IR). Verify your NVR or PoE switch supplies the tier the camera needs.

Wired vs wireless — which should I pick?

Wired wins on reliability, continuous recording, multi-camera scaling, and long-term cost — it's the default for permanent installs, commercial sites, and any property with 4+ cameras. Wireless wins on install flexibility, single-camera simplicity, and rental-friendliness — it's the default for one- or two-camera residential, holiday houses, and properties where you can't run cables. The two aren't competitors; they fit different scenarios. Tell us the property and we'll point you to the right approach.

How far can a PoE cable run from the NVR?

100 metres on Cat6 is the standard PoE limit before signal and power degrade. Within that distance, a single cable from NVR (or PoE switch) to camera handles everything. For longer runs, use a PoE extender (which boosts the signal mid-cable, adding another 100 m) or a secondary PoE switch at distance. Most residential installs sit well inside the 100 m limit; commercial perimeter and rural installs sometimes need extenders or distributed switches.

Will wired cameras keep recording if my internet goes down?

Yes — the NVR is the local recording source of truth, so cameras keep streaming to it over the local network even when the internet drops. You lose remote app access and any cloud backup while the internet is down, but footage records continuously to the NVR hard drive. When the internet returns, remote access and cloud features resume automatically. This is one of the practical reliability advantages of wired NVR-centric architecture vs cloud-dependent wireless.

How many wired cameras can one NVR support, and what about cabling at scale?

NVR channel count is the hard ceiling — 4, 8, 16, 32 or 64 channels typical, each handling one camera. For 4–8 cameras, a single NVR with built-in PoE ports usually handles power and recording in one box. For 16+ cameras, the standard architecture is an NVR with no PoE plus a separate managed PoE switch — this gives more flexibility on switch placement and PoE tier per port. We can size the NVR, switch and cable specifications for your specific camera count and install layout.
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