SentryScope
A 21 million pixel digital CCTV camera, which can monitor large areas as it has a 90 degree angle of view. It can effectively cover areas up to 256 feet wide and 160 feet deep.
SentryScope uses line scan camera technology and is supported by top of the range, state of the art software. The system uses special compression settings to allow the footage to be played back smoothly. During playback you are able to zoom in up to 80 times on any part of displayed image without loss of image quality.
SentryChroma
The latest in colour-fusion technology. The incredible definition of the SentryScope, seamlessly united with a multi pixel colour overlay.
We would be happy to discuss your particular application in relation to these products. Call us on 0845 310 5363 or click - Contact Lexicon.
Ultra high resolution CCTV system
SentryScope images are 250 times more effective than conventional CCTV cameras. The incredible resolution 21 million pixels allows you to zoom in up to 80 times even during playback and still have the resolution of a conventional CCTV camera.
Positive identification in very wide areas
With our massive 90 degree angle of view and ultra-high resolution we can provide facial identification in an area 90m wide and 60m deep and number plate identification at half these distances. This makes SentryScope ideal for wide area surveillance such as car parks, ports, busy high streets, etc.
Network Monitoring & Management
SentryManager is the latest optional extra for SentryScope customers. This software can be installed on any PC to allow the SentryScope to be monitored and setup from anywhere via the Internet, WAN and LAN.
Proprietary digital recording
The footage is stored in unique encrypted file format. This prevents the footage being tampered with and maximises security. You can export encrypted footage directly to a CD-R with the viewing and playback software to submit to a court as evidence.
Picture Averaging
This is another unique feature that the SentryScope boasts. We offer super enhanced night time performance by comparing a number of subsequent images and removing picture noise. The results have to be seen to be believed.
