Lawo’s V__matrix Baseband I/O Density Gets A Boost With New Rear Plate Models
Once logged in you can set content preferences to let us know what you are interested in and whether you want to receive email from us.
Already Registered? Login
For over five years, Lawo’s V__matrix IP-broadcast core infrastructure ecosystem has allowed users to transform their installations into a flexible, future-proof production and/or delivery facility. Its C100 processing blades accommodate a wide range of software-defined video and audio workflows and also facilitate the transition to a fully IP-based environment with best-of-breed gateway functionality.
To fully leverage the processing capacity of its V__matrix C100 blades and to allow users to derive more power from a smaller footprint, Lawo announces the release of three new rear plates for the connection of SDI baseband equipment to an open-standards-based IP network.
io_bnc_16+16
This new fixed-format rear plate features 32 micro-BNC connectors (16 inputs and 16 outputs), with the ability to interface 12G single-link SDI signals and destinations on 11 inputs and as many outputs. The five remaining I/Os remain available for 3G SDI signals.
The 16+16 expands the connection density of previously released io_bnc plates by up to 60%, allowing users to keep their IP infrastructure even more compact.
io_bnc_11+11
The io_bnc_11+11 is Lawo’s first rear plate whose 11 inputs and 11 outputs are all 12G single-link capable, yielding up to 10% more overall connection density per C100 processing blade than previously available models.
io_bnc_16_BiDi
This rear plate provides 16 micro-BNC connectors that can be individually configured as baseband SDI inputs or outputs via software configuration. Bidirectional baseband I/Os are very popular among V__matrix users. With the io_bnc_16_BiDi, bidirectional I/Os are now also available with 12G single-link SDI connectivity.
Like on all existing members of Lawo’s io_bnc family of rear plates, the micro-BNC connectors are primarily intended to receive and transmit SDI signals. They can, however, be software-configured for MADI data transfer.
“On its fifth anniversary, the V__matrix ecosystem remains a cutting edge core infrastructure platform with a continuously evolving feature set,” explains Stephan Türkay, Lawo’s Senior Product Manager Media Infrastructure. “With the latest advancements in I/O conversions V__matrix provides even more powerful solutions for both large-scale conversion and UHD workflows.”
The new the io_bnc_16+16, 11+11, and 16_BiDi rear plates are already available for both new and existing installs in tech rooms, private-cloud hubs and OB trucks. And they are just one way of keeping the V__matrix ecosystem current for many years to come. More features will be announced soon.
You might also like...
Why AI Won’t Roll Out In Broadcasting As Quickly As You’d Think
We’ve all witnessed its phenomenal growth recently. The question is: how do we manage the process of adopting and adjusting to AI in the broadcasting industry? This article is more about our approach than specific examples of AI integration;…
Designing IP Broadcast Systems: Integrating Cloud Infrastructure
Connecting on-prem broadcast infrastructures to the public cloud leads to a hybrid system which requires reliable secure high value media exchange and delivery.
Video Quality: Part 1 - Video Quality Faces New Challenges In Generative AI Era
In this first in a new series about Video Quality, we look at how the continuing proliferation of User Generated Content has brought new challenges for video quality assurance, with AI in turn helping address some of them. But new…
Minimizing OTT Churn Rates Through Viewer Engagement
A D2C streaming service requires an understanding of satisfaction with the service – the quality of it, the ease of use, the style of use – which requires the right technology and a focused information-gathering approach.
Production Control Room Tools At NAB 2024
As we approach the 2024 NAB Show we discuss the increasing demands placed on production control rooms and their crew, and the technologies coming to market in this key area of live broadcast production.