Full HD CCTV Camera
EHH5241 - 2.0 megapixel full HDCCTV Vandal Weatherproof IR Dome camera with progressive scan, automatic IR cut filter deliver 2 megapixel full HD 1080i quality digital images over standard coaxial cable with the EHH5241.! Wire new megapixel systems with familiar and easy to install coax and BNC connectors, or reuse the existing coax cable infrastructure to efficiently upgrade analog systems to megapixel digital performance without the need to design and deploy an IP network. Enjoy true plug-and-play: each home run coaxial cable provides a full bandwidth dedicated communications path for the HD-SDI/HD-CCTV standards compliant signal; no addressing is required to capture full 1080i HD real time video, without congestion, latency or distortion. Easy to install and test, the EHH5241 has a switchable PAL monitor output at the back of the camera to connect a standard portable test monitor for convenient aim and focus.
The EHH5241 is based on a 1/2.8" 2 megapixel progressive scan sensor for full HD images, with field selectable choice of 1080i resolution output, or 720p resolution to conserve DVR hard disk space. With dual voltage (12VDC/24VAC) operation, true day/night operation, and a flexible choice of megapixel lenses to achieve the desired field of view, the EHH5040H is the right choice to deploy HD-CCTV video surveillance.
HD-CCTV 2 Megapixel real time 1080i HD video over coax
2 megapixel progressive scan CMOS sensor
Supports video outputs of 720p and 1080i
Lens Types: Built in 3mm - 9mm Auto Iris Lens
True day/night mode selectable with automatic ICR module
Easy to use OSD setup menu
Dual Video Output : Megapixel HD-SDI (BNC) plus SD TV Out (RCA) for installation
Dual Power Source 12VDC/24VAC dual voltage
How HDCCTV Works
Unlike IP video cameras, HDCCTV is a point-to-point system that uses coax cable rather than Cat 5e or -6. This means that the video feed is sent directly from the camera to the recording device or DVR without the use of packets, compression, encoders or an existing network. The camera can be plugged into any compatible receiving device or HDDVR and will display and record video without latency or configuration.
HDCCTV cameras deliver video via the SMTPE 292M format, which is based on the HD TV that broadcast stations adopted for the consumer market in 2009 like SKY etc. Using this format, HDCCTV is able to deliver resolutions of around 2.1 megapixels at 1,080p and 1.3 megapixels at 720p.
The Benefits of HDCCTV
The number one benefit of HDCCTV is the ease of installation. Because HDCCTV is point-to-point, no additional training or networking is required to make the system work. There's no need to configure or program each device or deal with IP addresses or routers etc; you just plug it in and it works.
How does this benefit end users? Lower cost and the easier something is to install, the less expensive it is to implement.
Upgrading Old Systems
HDCCTV's ability to reuse the same cabling infrastructure as most traditional analogue systems is a pretty big benefit. One of the largest costs in any analogue system conversion is the changes to the cabling infrastructure. This technology allows organizations an easy, economical way to upgrade a legacy analogue system to achieve the benefits of megapixel cameras.
Real Time Images
Finally, because of the fact that the video feed travels on its own line with no compression, HDCCTV delivers a megapixel quality video without requiring IT network bandwidth, dropping packets, or reduced resolution from compression. There's no latency, always Real Time, meaning that the video runs smoothly without any jitteriness or skipping and there's no delay between when commands are sent to a Pan-Tilt-Zoom camera and when the camera responds.
Less Cameras More coverage
HDCCTV Ccameras also cover a wider area. As the picture quality is much clearer, the zoomed images are clear as well compared to an analogue system. In a situation say like a Petrol station a single camera is capable of viewing and recording rather than 2 cameras aimed at 2 lanes around the pumps.
