Amount of cabling needed for discrete (non embedded) audio is minimized by the audio bridge terminals, which accept analog (balanced or unbalanced) and digital audio (75 or 110 ohms)
Audio bridge terminals can fit in the back of racks, and can be located up to 800 feet (250 m) away from a Kaleido multiviewer frame, with connection over standard video coax
With this configuration, it is no longer necessary to route individual audio signals to the multi-image processor/router
Audio bridge terminals offer two coaxial outputs which provide redundancy and allow audio inputs to be shared among multiple frames
Power for the audio bridge terminals originates from external supply or from the Ethernet switch using Power over Ethernet (PoE)
Analog audio bridge terminal. The amount of cabling needed for discrete (non embedded) audio is minimized by the audio bridge terminals, which accept analog (balanced or unbalanced) and digital audio (75 or 110 ohms). The audio bridge terminals can fit in the back of racks, and can be located up to 800 feet (250 m) away from a Kaleido multiviewer frame, with connection over standard video coax. With this configuration, it is no longer necessary to route individual audio signals to the multi-image processor/router. Audio bridge terminals offer two coaxial outputs which provide redundancy and allow audio inputs to be shared among multiple frames. Power for the audio bridge terminals originates from external supply or from the Ethernet switch using Power over Ethernet (PoE).
Amount of cabling needed for discrete (non embedded) audio is minimized by the audio bridge terminals, which accept analog (balanced or unbalanced) and digital audio (75 or 110 ohms)
Audio bridge terminals can fit in the back of racks, and can be located up to 800 feet (250 m) away from a Kaleido multiviewer frame, with connection over standard video coax
With this configuration, it is no longer necessary to route individual audio signals to the multi-image processor/router
Audio bridge terminals offer two coaxial outputs which provide redundancy and allow audio inputs to be shared among multiple frames
Power for the audio bridge terminals originates from external supply or from the Ethernet switch using Power over Ethernet (PoE)