TEAC Corporation, Tokyo, Japan - September 2023... TEAC Corporation is proud to announce the development of the TASCAM IF-ST2110 Expansion Card that will provide full support for the SMPTE ST 2110 AV networking standard. Access to 64 input and output audio channels is provided, with full network redundancy according to SMPTE ST 2022-7 and support for NMOS, AES67 and SAP. This product is targeted for worldwide release by summer 2024.
|Product name||Product Model|
|Optional Card for TASCAM Sonicview mixers
SMPTE ST 2110 Expansion Card
With the global trend migrating to IP based AV solutions, there is a growing need for products to be fully compatible with the different AV-over-IP protocols that are most appropriate for each specific use-case. There are many reasons for this trend, such as improving system flexibility, implementing more efficient workflows, in addition to the overall cost benefits that IP based solutions can help to achieve.
While Broadcasters are increasingly implementing SMPTE ST 2110 and AES67 AV networks, there are also situations where different IP protocols are also used, and so connecting between multiple formats is a key benefit. TASCAM has long embraced the need for I/O flexibility with its range of Expansion Cards and the TASCAM I/O Expansion Slot format, which has been supported on many TASCAM products.
TASCAM Sonicview 16 and TASCAM Sonicview 24 Digital Mixing Consoles are equipped with a built-in Dante network I/O and by adding the IF-ST2110 Expansion Card, further AV Network connectivity is available. The IF-ST2110 complements the existing range of TASCAM Expansion Slot option cards that include MADI, AES-EBU, Analogue Output, additional Dante capability and a 32 Track Multi-track Recorder.
With the IF-ST2110 card, TASCAM Sonicview 16 and TASCAM Sonicview 24 will provide an even more flexible range of I/O connection options and the full functionality to meet the needs of live events, installed audio systems, and for broadcasters in studios and OB vans used for remote production.
TASCAM Sonicview website