IP vs Analog CCTV in Malaysia
Recorder, PoE and Cable (2026)

What “IP” and “analog” actually mean in 2026

Both words describe how a camera gets its picture back to the recorder, and both have moved on from what they meant a decade ago.

Analog today means HD-over-coax. The camera sends an analog video signal down a coaxial cable to a DVR, exactly as the old standard-definition systems did, but the modern formats carry a high-definition picture. The camera needs a second conductor for power, so the cable is usually a combined coax-plus-power run, and the DVR is the box that decodes it.

IP means the camera is a small networked computer. It encodes the video itself and sends it as network traffic down a twisted-pair data cable to an NVR — a network video recorder — or to a switch that the NVR sits on. If the recorder or switch supports Power-over-Ethernet, the same cable also powers the camera, so a camera position needs one cable instead of two.

That is the whole architectural difference, and everything below follows from it. Neither is obsolete: HD-over-coax exists precisely because millions of buildings already have coax in the walls, and it is still sold new.

Why nobody can honestly tell you the price difference

The question everybody asks is “how much more is IP?” and it deserves a straight answer: we cannot source one, and neither can anyone else. To publish a credible “IP costs X more” figure you would need a Malaysian installer publishing an analog package and an IP package with the same number of cameras, the same resolution and the same installation scope, so that the only variable is the technology. No Malaysian installer we could find publishes that pair. Every published package differs in camera count, brand, resolution and what is included, so any percentage we quoted would be arithmetic on two unlike things dressed up as a market fact.

What we can do is show you the three lines on the quote where the difference genuinely appears, with published Malaysian prices behind them, and let you build the comparison for your own job. That is the rest of this page. It is less satisfying than a percentage and considerably more useful, because the answer for a two-storey terrace and the answer for a factory with 400 metres of existing coax are not the same answer.

Where the money lands, part one: the recorder

Recorders are the clearest sourced difference. These are one Malaysian retailer’s published supply-only prices for network video recorders from a common brand, re-binned by model number — shelf prices for the box alone, no hard disk included, and one retailer rather than a market:

The final row is the one to understand properly, and also the one most easily misread. It is the spread between two recorders at the same channel count — one with built-in PoE ports, one without — on a single retailer’s price list. It is a recorder line, not a system delta. It does not tell you what an IP system costs against an analog one; it tells you what the PoE convenience costs inside the recorder box.

Why that convenience is usually worth buying: a recorder with PoE ports powers each camera down its data cable. Without it you need either a separate PoE switch or an injector and a power supply at every camera position, plus somewhere to plug them in. On a house where cameras sit under eaves and on a boundary wall, “somewhere to plug it in” is an electrical job, not a detail.

Channel count is the other recorder decision, and it is the same on both technologies: buy above the camera count you are installing. A spare channel turns a future camera into a cabling job; a full recorder turns it into a replacement.

Where the money lands, part two: the cable

This is the line that actually decides a retrofit, and it is where most of the real money sits — on either technology, cabling is the largest labour item on the job.

Two practical notes. First, the 100-metre figure for copper data cabling is what the cabling standard specifies for a run — it is not a Malaysian rule and not a marketing claim, and on a house you will never approach it. On a factory, a school or a long boundary it decides the design: you either place a switch part-way, run fibre for the long leg, or use coax.

Second, cable quality is not a cosmetic choice on an IP system. A copper-clad aluminium cable has higher resistance than solid copper, so a PoE camera at the far end of a long run can boot, work in daylight, and then drop out when the infrared illuminator comes on and the current demand rises. That is the classic “camera goes offline at night” fault, and it is a cable fault. The “free installation” package priced honestly covers cable specification in detail, because it is the item most often quietly downgraded.

Whatever the technology, the wall work is priced the same way. In the Klang Valley a surface point is RM150 – RM250 per point and a concealed point is priced like any other concealed electrical point at RM250 – RM500 per point (market estimate 2026, indicative Klang Valley) — that concealed rate comes from an electrical contractor’s published rate card for the same wall-hacking labour, not from a CCTV installer.

Where the money lands, part three: power at the camera

Every camera needs power. The difference is where it comes from.

• IP with PoE: the recorder or the switch supplies it down the data cable. No socket at the camera, no adaptor in the eaves, one thing to fail instead of three. This is the single biggest practical advantage of IP on a retrofit.
• IP without PoE: a power supply at each camera, or an injector at the recorder end — which is why the PoE recorder premium is usually money well spent rather than an upsell.
• HD-over-coax: power is normally run alongside the video in a combined cable, from a central power supply near the DVR. That is a perfectly good arrangement, and it also means voltage drop over long runs has to be designed for rather than assumed.

In all three cases, if a new socket or spur is needed to feed the recorder or a central power supply, that is electrical work: the mains connection on our installs is done by an Energy Commission-registered electrical contractor. Adding power points and sockets covers what that side costs.

What IP genuinely buys you

• Resolution ceiling. IP scales upward more freely, which matters at positions where you need to read a plate or recognise a face rather than see that “a person was there”.
• Digital zoom that survives. More pixels on the recorded frame means you can crop into stored footage and still have something usable, which is what people actually need footage for.
• One cable per camera. With PoE this is a genuine labour saving and one less failure point per position.
• Camera-side processing. Detection that runs in the camera rather than the recorder tends to produce fewer useless alerts — but only if you find out precisely what it detects and what it does when it triggers.
• Flexible layout. Cameras can sit anywhere the data cabling reaches, including on a switch in a separate riser, rather than all radiating from one recorder.

What analog is still genuinely good at

• Reusing existing coax. If a building has a working coax infrastructure, upgrading the cameras and the DVR while keeping the cable is the cheapest real upgrade there is — and the saving is the cabling, which is the biggest line on the job.
• Long runs without active equipment. Coax goes considerably further than 100 metres, so a perimeter or a long factory wall can be reached without placing a switch half way.
• Simple failure modes. An analog camera either produces a picture or it does not. There is no IP address, no switch, no negotiation, and nothing for a network problem to break.
• Cost at the low end. Entry-level HD-over-coax kits remain the cheapest way to get several cameras recording, which is why the budget end of the market is full of them.

What analog is not good at is being upgraded past its ceiling, or being extended into a system with cameras in three different buildings.

If the building already has coax in the walls

This is the case where the decision is usually made for you, and it comes up constantly in shoplots, older offices and factories that had a system installed years ago. You have three routes:

1. Keep the coax, replace the cameras and the DVR with HD-over-coax. No wall work, no re-cabling, an immediate jump in picture quality. The cheapest path by a wide margin, and it is limited by what the existing cable and its terminations can carry.
2. Keep the coax and use it to carry Ethernet. Adapters exist that run IP over coaxial cable so IP cameras can be used on the old infrastructure. It adds a device at each end and a distance limit of its own, and it is worth pricing against the third option rather than assuming it is cheaper.
3. Re-cable with data cabling. The most expensive, the most future-proof, and the only one that is really a cabling project rather than an equipment swap. If the building is being renovated anyway, this is the moment.

The mistake is deciding this from a brochure. Whether the existing coax is reusable is a site question — cable type, run lengths, condition of the terminations, whether the runs actually go where you now want cameras.

Resolution, and the bill it sends to your hard disk

Higher resolution is not free, and the cost does not appear on the camera line. It appears on the drive. Every extra pixel is more data per second, per camera, all day, and the recorder holds a fixed number of gigabytes.

So the honest way to specify resolution is position by position. A camera watching a gate so you can read a number plate needs pixels; a camera watching a corridor so you know whether anyone walked down it does not. Speccing 4K across eight channels because it was offered, and then discovering the system holds a few days of footage, is the most common and most avoidable mistake in this whole category. Run the arithmetic first: how many days your CCTV hard disk will hold shows the calculation in full, using your own recorder’s bitrate setting rather than an assumed one.

Will IP cameras slow down your internet?

Almost always no, and it is worth understanding why, because the fear puts people off IP for no reason.

A recorder with built-in PoE ports normally runs the cameras on its own isolated network. The camera traffic goes camera-to-recorder and never touches your home or office network at all. What crosses your broadband is only what you pull out — a live view on your phone while you are away, or a clip you export. Viewing remotely uses your upload bandwidth, which on most Malaysian broadband packages is the smaller number, so if remote viewing stutters, that is where to look first.

Where camera traffic does share the office network — cameras plugged into the same switches as the computers — it should be designed for rather than discovered. That is a question to put to your installer in writing: are the cameras on their own network, on their own switch, or on ours?

The two systems fail differently, and are diagnosed differently

The useful takeaway for an owner is that IP faults are usually cable or power faults wearing a network costume, and the first thing a competent technician does is prove the link, not reconfigure the software.

Which one to choose, by situation

Hybrid recorders that accept both are a legitimate answer rather than a compromise, and they are exactly what you want when you are keeping eight working analog cameras and adding two IP cameras where detail matters.

What the quote must state, either way

• Which system is being quoted — HD-over-coax or IP — in words, not implied by a model number.
• The recorder model, its channel count, and whether it has built-in PoE ports.
• The cable type and grade per run, and specifically whether data cable is solid copper.
• The longest run in metres, and what is proposed if it exceeds the distance limit for the chosen technology.
• How each camera is powered: PoE from the recorder, a PoE switch, an injector, or a local power supply.
• Whether the cameras are on their own network or on your existing one.
• Resolution per position, not a blanket figure, with the drive size and the recording days that follow from it.
• Whether any existing cabling is being reused, and what happens if it turns out not to be usable once opened up.

If two quotes both carry those eight lines, the cheaper one is genuinely cheaper. If one of them does not, you are comparing a specification with a hope.

Why we quote after a site survey

The IP-versus-analog decision is not a preference, it is an outcome of your building: what cable is already in the walls, how far the furthest camera is from the recorder, where there is power, which walls can be opened and which cannot. That is why ClickBina quotes after a survey rather than publishing a package price for either technology, and why this page contains no invented percentage telling you what IP costs over analog — the honest answer is that it depends on your cabling, and your cabling can be looked at.

Send photographs of each camera position, the spot where you want the recorder, and any existing cabling or old cameras still on the wall. We will tell you which technology fits the building and why, and the mains connection on our installs is done by an Energy Commission-registered electrical contractor. See the rest of our electrical and plumbing services, or start with what CCTV installation costs in the Klang Valley.