| The sophisticated CamVu 2000 has been designed to deliver 2-megapixel image capture - up to six times that of analogue cameras - and offer a wide field of view to maximise coverage.
The CamVu 2000's high-resolution - megapixel - technology is based on the award-winning NetVu Connected architecture, supporting seamless communication with other NetVu Connected CCTV elements. This ensures that deep integration is possible with a wide range of DVRs and devices, as well as supporting simplified integration into larger scale systems.
Specialised ChipWrights Visual Signal Processing (ViSP) technology, incorporated into the new CamVu 2000, allows it to readily transmit simultaneous MPEG-4 and JPEG images to be recorded on an associated NetVu Connected DVR for image capture. This flexibility enables users to record high quality images for evidential purposes whilst watching streamed video at the same time. In addition an integrated pre-alarm feature within the CamVu 2000 - recording via internal memory or expandable via SD Card - ensures that critical pre-event movement can be captured.
The CamVu 2000 camera can be fitted both indoors and outdoors (via external camera housing). Site adjustment and set-up for the CamVu 2000 has been designed to be as flexible as possible with web configuration pages enabling installers to adjust the camera's features over the network without the need to return to the site. Benefits: High-resolution image capture provides more detail to increase the ability to identify a suspect. Wide area can be covered by a single camera. Enables High Definition CCTV, which is not possible with analogue cameras. Telemetry support allows the Megapixel camera to be paired with a Pan/Tilt housing Remote configuration removes the need for multiple revisits Images can be viewed over low bandwidth networks using MPEG-4 but captured in JPEG BNC Connector allows local lens adjustment or spot monitor positioning* High Definition recording to HighVu excel and DV-IP RT products.
Visit booth 21015 at ISC West, 2-4 April 2008. |
