HD 720P

CCTV WHIZ PROMOTIONAL PACKAGE

Only $950 4 Camera HD CCTV Package Supply & Install.

With Lifetime Warranty on all Hardware and Labour.We'll nurture your CCTV system for LIFE, Install once and never have to worry about it again

This Package is a High Definition Surveillance Package with Infrared Night Vision which turns night into day.

System Installed to Mobile Phones/Smart Devices for Worldwide Remote Monitoring (APPLE OR ANDROID).

PACKAGE INCLUDES:

  • HD Technology DVR System with worldwide mobile monitoring.
  • Up to 8 weeks recording with a 1TB Hard Drive.
  • 4 High Definition 720P 20m range Indoor or Outdoor Array Infrared Day & Night Cameras.
  • LIFETIME WARRANTY ON ALL HARDWARE & LABOUR with 24/7 Telephone Support
  • Plus Worldwide Remote Monitoring installed to as many devices as needed with training.
recoded video analog high defination

This price is limited to single storey houses with tiled roofing.

An extra fee of $200 is charged for double storey properties and an extra fee of $150 is charged for houses with colour bond metal roofing.

Package Price

$950

A live internet connection on the property is needed to enable remote monitoring and a vacant power point inside your roof cavity is needed to connect system.

We also install - 4 Full HD 1080P Resolution Camera package, complete with installation $1250.

A modern market of video surveillance systems offers the widest choice of equipment and solutions, built under different technologies and tech families, such as: CCTV, HDCCTV ones. All of them differ by something, look like something else, everything has it’s own advantages and disadvantages. No wonder, it’s hard to choose the one tech, which accords to a desirable balance of sot-reliability-quality-simplicity and will meet the specific needs of a customer in so big variety of technologies.

AHD is a tech of HD/FullHD video, audio and control signal transmission via a regular coax cable at the distance of 500 m without any latencies and losses. NEXTCHIP – is the famous Korean company, developed AHD tech, whose production applies in video recorders and video cameras of the most of manufacturers of video surveillance systems.

CAMERA RESOLUTION – COMPARISON BETWEEN 1.3MP, 2MP, 3MP, 5MP

Video surveillance is moving toward megapixel resolution for HD video monitoring. Today, you can find wide selection of megapixel resolution cameras which adopting analog technology or digital IP technology. Currently, the megapixel resolution format including 1.3 megapixel, 2 megapixel, and 3 megapixel, as well as 5 megapixel, 6 megapixel. Herein we are pleased to provide some basic information about the different resolution format.

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WHAT'S THE RESOLUTION?

In conventional analog technology, Television line (TVL) is the the main specification for analog cameras. It indicates how many effective pixels the camera can deliver.

NTSC: 700 TVL = 976(Horizontal) x 494(Vertical) = Approx. 480K pixels

PAL: 700 TVL = 976(Horizontal) x 582(Vertical) = Approx. 570K pixels

Analog technology has been dominated the video broadcasting and surveillance fields for many years. Since the rapid development, analog technology is evolving into digital technology which can offer high definition resolution. The most majority IP cameras can deliver megapixel resolution.

COMPARISON BETWEEN 1.3MP, 2MP, 3MP AND 5MP

Name Width (Vertical Pixels) Height (Horizontal Pixels) Total(Pixels)
1MP/720P 1280 720 921,600
QVGA/960P 1280 960 1228,800
1.3MP 1280 1024 1310,720
2MP/1080P 1920 1080 2073,600
2.3MP 1920 1200 2304,000
3MP 2048 1536 3145,728
5MP 2560 1920 4915,200
6MP 3032 2008 6088,256
8MP 3264 2448 7990,272

Note: 6 megapixel and 8 megapixel IP cameras are still under development

Comparison between 960P, 2.3MP, 3MP resolution

Resolution is one of important specifications for your IP cameras. Higher resolution means more image detail, but this doesn't mean it can provide you excellent surveillance solution. Different from traditional digital camera, the IP cameras rely on network for video streaming, which means it will consume the some network bandwidth. Typically, a 2 megapixel IP camera delivers 1080P resolution video at 30fps, and the network bandwidth required is around 4Mbps.

AHD tech core features:

High image quality at the resolution of 720p/1080p.

The technology uses a progressive scan while forming a signal and division of brightness and color components of an analog signal: that allows eliminating a blur and blinking, improving a color reproduction.

Reliable and inexpensive connection.

AHD data transmission technology doesn’t lay a big claim on a coax cable quality. That’s why any available cable can be used for data transmission, including a composite one.

Long distance of a network laying without quality losses.

Video data is transmitted without quality losses at the distance of 500 m.

Universal application.

AHD video recorders can work in three modes, namely with three types of video cameras: standard analog D1/960H, AHD and IP ones. That allows to connect already installed IP or/and standard analog video cameras to AHD video recorder.

AHD video recorders can be easily integrated in an existing video surveillance system, in this case old analog video cameras can be replaced with AHD ones without any difficulties depending on a speed of a system modernization.

AHD video recorders support a work with Cloud service and CMS systems, providing a remote control of a system; allow to manage PTZ devices, has alarm inputs/outputs, provide an ability of a backup and has several video outputs.

Modernization of an existing system without extra charge.

An ease of installation, fettling and maintenance. A cost of AHD equipment is comparable to a standard analog video surveillance system equipment cost.

Compatibility with any trade marks.

AHD technology is opened for all manufacturers, what allows a customer to choose AHD equipment of different rival manufacturers, not worrying about its compatibility.

The most important elements of AHD video surveillance system include:

1.3 or 2.0 megapixel CMOS-sensor is a part and parcel of a video camera, which transform a light flux, impinging on it’s sensitive part, into required electric signals, needed for a video image generation on a monitor or TV. It’s recommended to apply high qualitative CMOS0sensors, for example, SINY IMX 238, which have an increased sensitivity under a bad lightning (especially under IR range), for example, at night, in AHD video cameras. The most important sensor parameters are sensitivity, resolution, matrix size

SoC digital processor required both to receive an audio, video stream and other signals, save on a storage device and provide a convenient work of an operator of a video surveillance system under a high stability of all the system on a video recorder side a video camera lens. An incorrect choice of a lens can make an image quality to become noticeably worth. So, details become blurred under a subnormal optical resolution.

A fundamental difference of AHD video cameras from standard CCTV ones is a work of ISP+AHD TX functional pair, which receives a signal from a high resolution matrix, makes a division of brightness and color components, enables to adjust a digital image processing (noise reduction. Backlight compensation, sensitivity, wide dynamic range etc.), processes PTZ-control, manage IR illumination, then transforms a digital signal into an analog one for transmission at long distances. IP video cameras differ from AHD ones by absence of a video compression, which also allows to avoid a video latency, appropriate to IP video cameras.

AHD RX audio-video codec performs the main function, which differs AHD tech from other ones, on AHD video recorder side. It can receive CVBS/COMET/AHD signals from a coax line, performing a digitalization and decoding, separation of color and brightness components, audio processing and other operations. AHD video recorder can receive audio-video and other streams from CCTV, HDCCTV, and IP video recorders in contrast to IP ones. In this case, a digital processor (SoC) processes an analog audio-video compression, but for a digital stream (from IP video cameras) SoC receives an already compressed one, as in regular IP video recorders.

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