EYEVIS EXPANDS PORTFOLIO OF IP DECODER BOARDS
FLEXIBLE AND RELIABLE DECODING OF 4K STREAMS
12 EYE VISION
In order to meet the upscale requirements on the transmission of AV signals in control and conference rooms, showrooms and in the field of broadcasting, eyevis expands their portfolio of IP decoder boards by the new IPD32HQ. The new IPD32HQ comple ments the existent IPD32 and is able to decode up to two 4K signals or 16 HD signals simultaneously. Moreover, eyevis as a member of ONVIF has integrated the ONVIF profile s-standard and so enables the support of more than 2500 camera models of various manufacturers. With the increasing distribution of the 4K standard and the growing complexity of AV technology in control and conference rooms, showrooms and the broadcasting sector, the requirements on the transmission of AV signals is ever increasing. Therefore, eyevis have expanded their portfolio of IP decoder boards. The new IPD32HQ as high quality IP decoder board is able to decode two 4K signals, 16 HD signals or 32 D1 signals simultaneously. Furthermore, both the IPD32HQ and its little brother IPD32 support flexible individual codecs as well as customised systems. As an ONVIF-member, eyevis furthermore has integrated the ONVIf profile s-standard. Both eyevis decoders thus support more than 2500 camera models of
various manufacturers. Just like the IPD32 decoder, the new IPD32HQ can be integrated in all netPIX systems thanks to the open architecture of the netPIX family. Through the use of external hardware architecture it is possible to display up to 512 D1 streams, up to 256 HD streams or up to 32 4K streams with a netPIX system. Combined with eyeCON V 5.1 software and its MetaWall features thus a nearly unlimited number of decoded streams can be achieved. What is more, also with the IPD32HQ it is possible to combine the decoder on the netPIX with all kinds of input signals, for example analogue video input cards or RGB/DVI cards. Owing to these many-faceted extensions and features, the eyevis IP decoder boards are virtually universally usable. The possibility to combine all individual elements allows to create an extremely efficient controller system with a huge number of different input signals without the requirement for an additional system. This functional system architecture allows later extensions without any problems because it is not necessary to exchange the entire hardware. Through support of individual codecs or customised systems it is possible to respond specifically to individual customer demands.