The 9371 offers a comprehensive solution for digital audio transport conversion and embedding/de-embedding. A full unrestricted audio crosspoint provides channel routing between any channels on an SDI stream, discrete AES-3id, and AES-10 MADI interfaces.

The 9372 offers a comprehensive solution for digital audio transport conversion and embedding/de-embedding. A full unrestricted audio crosspoint provides channel routing between any channels on up to two SDI streams, discrete AES-3id, and AES-10 MADI interfaces.

The card MADI interface supports a 64-channel payload at the industry standard 48 kHz sampling rate, and can reliably receive from 1694A cable runs up to 250m, thereby allowing longer MADI cable runs without resorting to fiber cabling. All SDI embedding and SDI output timing is timed in common to a selected timing source. A convenient 2-channel analog confidence monitor output allows monitoring of any selected input or output. The line-level output pair directly interfaces with audio monitoring units or powered monitors.

The 9211-FRx is a 3G/HD/SD-SDI fiber receiver card, and converts a fiber optic signal to an SDI signal. The 9211-FRx detects the incoming fiber signal and outputs the SDI signal over six BNC connectors. Card-edge LED indicators identify the presence of incoming video and the identified signal data rate.

The 9213-FRxRx is a dual 3G/HD/SD-SDI fiber receiver (OE) card. The card converts two fiber optic signals to independent SDI output signals. The 9213-FRxRx detects the incoming fiber signal and outputs the up to six SDI signals over six BNC connectors. Card-edge LED indicators identify the presence of incoming video and the identified signal data rate.

The 9216-FRx-DM accepts HD/SD-SDI or fiber inputs and provides up to eight de-embedded AES pairs on BNC connectors. The 9216-FRx-DM offers full 24-bit audio processing/routing control (card edge and remote control) for individual channel gain, delay (up to one second), phase invert, as well as channel summing. AES outputs can be set to mute when routed channels fall below a selectable threshold. User presets allow fast and easy recall of custom settings.

convenient solution for multiplexing and de-multiplexing discrete coaxial channels onto a common fiber pipeline. The 9400-OE-CWDM series Fiber-to-Coax CWDM receivers allow up to four separate SDI, ASI, or MADI streams to be de-multiplexed from a fiber-optic trunk where embedded using CWDM. Available in numerous wavelength divisions and fiber connector types, the 9400-OE-CWDM series provide a card-based solution for high-density distribution and de-multiplexing between a fiber trunk and discrete coax signals. With up to four coaxial channels accommodated per card and 18 available discrete fiber wavelengths, the 9400-CWDM series can accommodate up to 18 discrete coax channels over a single fiber trunk. Utilizing the openGear® open-architecture platform, the 9400-OE-CWDM series offers scalable incorporation and the easy-to-use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9212-FTx is a 3G/HD/SD-SDI fiber transmitter (EO) card. The card converts an SDI signal to a fiber optic link, allowing for longer transport distances. The 9212-FTx also equalizes the incoming SDI signal, and then reclocks the signal with automatic rate detection for all popular data rates. Card-edge LED indicators identify the presence of incoming video and the identified signal data rate. With full 3G/HD/SDI support of both fiber and coax, the 9212-FTx is the ideal universal SDI distribution amplifier.

The 9214-FTxTx is dual SDI to fiber optic transmitter card. The card converts two SDI signals to two fiber optic links, allowing for longer transport distances. Reclocked SDI outputs provide copies of each SDI input signal. The card supports serial digital data rates from 270 Mbps up to 2.98 Gbps (1080p). LED indicators at the front of the card identify the presence of incoming video and the identified signal data rates for each channel independently.

The 9215-FTx-EM accepts an HD/SD-SDI BNC input along with up to eight AES BNC audio pairs, providing embedding and audio processing. The card provides SDI outputs on HD-SD-SDI BNC and fiber outputs.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

Coarse Wave Division Multiplexing (CWDM) offers a cost-effective, scalable, and convenient solution for multiplexing and de-multiplexing discrete coaxial channels onto a common fiber pipeline. The 9400-EO-CWDM series Coax-To-Fiber CWDM transmitters allow up to four separate SDI, ASI, or MADI streams to be multiplexed onto a fiber-optic trunk using CWDM. Available in numerous wavelength divisions and fiber connector types, the 9400-EO-CWDM series provide a card-based solution for high-density distribution and multiplexing between discrete coax signals and a fiber trunk. With up to four coaxial channels accommodated per card and 18 available discrete fiber wavelengths, the 9400-CWDM series can accommodate up to 18 discrete coax channels over a single fiber trunk. Utilizing the openGear® open-architecture platform, the 9400-EO-CWDM series offers scalable incorporation and the easy-to-use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9400-series SDI/Fiber transport cards provide a card-based solution for high-density distribution and multiplexing between discrete SDI signals and fiber buses. Utilizing the openGear® open-architecture platform, the 9400-series offers scalable incorporation and the easy-to use DashBoard™ setup and control operator interface.

The 9081 is an HD/SD frame sync with tracking embedded audio delay.  This allows seamless, glitch-free handling of embedded audio if a frame is dropped or duplicated.  The 9081 also includes video proc, audio gain and routing controls, and test tone generators – all with user memory.

The 9082 is a video-only HD/SD frame sync that passes the entire ancillary data interval, including embedded audio.   Because the 9082 does not have tracking embedded audio delay found on the 9081/9083, noticeable audio glitches may occur when processing asynchronous inputs.

The 9083 offers full-featured frame sync, providing glitch-free audio embedding from embedded, AES, and  analog input sources with full embed/de-embed crosspoint and level control. Up to 16 AES channels and eight analog audio channels can be embedded. De-embedding provides up to 16 AES channels.

The 9084 offers RGB-space color correction with YCbCr proc features and frame sync for HD/SD-SDI video streams. The RGB processing controls provide full offset, gain and gamma adjustments.  The YCbCr proc controls provide lift, gain, saturation, phase, white clip (hard and soft), black clip, and color saturation clip – all with user memory.  Parameter updates are smooth and responsive, providing real-time adjustments. Even though the card provides extensive control of the signal from the RGB perspective, it will continue to pass those signals that fall outside of the RGB gamut.  Pluge and YCbCr limit ramp signals pass without modification.  When the CbCr saturation clip is activated, the saturation limiting operation will not affect the color phase.

SpotCheck® provides easy to use, no-guesswork, automatic A/85 and EBU R128 loudness measurement and access to all audio loudness records. Because SpotCheck® monitors an IP, ASI, or a transmitted over-the-air MPEG stream at the transmit (emission) encode point, SpotCheck® measures and logs loudness for all programming emanating from the facility.

The 9085 features 24-bit audio processing that supports 16 AES input/output channels, 16 de-embedded channels from the SDI input, and eight analog audio inputs. Sixteen re-embedded channels and 16 AES output channels can be sourced from any of the inputs.  Using Linear Acoustic® AEROMAX™ technology, the card applies loudness control on up to six channels of audio from any embedded, AES, or analog inputs.