Monwall Client
Monwall Client provides a unique way to deploy multiviewers using a rich Windows-based application. Through interactivity, operators can interact directly
with PIPs, switching and listening to different audio tracks as well as captions and subtitle languages. Seamlessly monitor SCTE-104/35 ad-insertion triggers
and NAVE/SNAP audio watermarks.
Catering for a wide range of workflows, PIPs can be mixed to include both server-side sources and locally available low-latency inputs such as SDI, ST2110, TSoIP,
NDI and encrypted ATSC 3.0. Support extends to running multiple instances across multiple display outputs to facilitate monitoring of different layouts concurrently
on the same client PC.
Monwall Server
Monwall Server provides software-based mosaic stream outputs from any LogServer. Output formats include ST2110, SDI, NDI, TSoIP and SRT. Layouts can be streamed out
using either HD or UHD resolutions and support UMD/Tally.
Take advantage of deployments in combination with LogServer to save on system resources providing cost-effective monitoring options, avoiding investment in dedicated
hardware and software for multiviewing.
Ideal for cloud installations, Monwall Server is an efficient tool to monitor broadcast playout It's flexible software architecture allows for easy scaling as requirements grow.
Exception-based monitoring featuring interactive penalty boxes
MCR Instant Replay
Monwall Instant Replay is a feature engineered to empower broadcast operators and engineers with the ability to instantly review incidents that occur during live broadcasts. This function is specifically designed to streamline the process of incident investigation, enabling users to quickly and efficiently assess and address issues without interrupting ongoing operations.
With Instant Replay, operators can leverage a web interface as well as a physical control surface to rewind mosaic outputs for immediate incident analysis. The intuitive interface ensures that live monitoring is not sacrificed while reviewing previous footage, allowing for viewing both real-time and historical media in parallel. This capability is vital for control and monitoring rooms where time is of the essence, especially during critical broadcasts where quick resolution of on-air incidents is paramount.
Moreover, the Instant Replay functionality is built to scale across multiple mosaics, supporting comprehensive review workflows in environments with numerous displays. Broadcast teams can now conduct frame-level analysis across all monitored sources, ensuring that no detail is missed. This granular control is paired with high-quality playback, delivering exceptional clarity and precision for effective incident resolution.
A significant enhancement to Instant Replay is the option to access the same mosaic outputs via a low-latency web browser interface. This extension allows operators and engineers to work remotely without compromising on speed or functionality, addressing the growing demand for flexible, location-independent broadcast management. Whether in a traditional control room or a distributed remote setup, users can enjoy the full benefits of Instant Replay with minimal latency, contributing to faster response times and more robust broadcast oversight.
MCR at home
The shift to remote broadcasting has accelerated dramatically since the onset of COVID-19, with engineers and operators finding innovative ways to manage workflows outside of
traditional Master Control Rooms (MCR). Remote broadcasting tools have evolved significantly, relying on software-based solutions to ensure seamless operations.
These tools ensure operators can monitor and control feeds in real time, mirroring the functions traditionally performed in physical MCR environments.
The most critical requirement that remote teams depend on are workflows and tools that provide low-latency access, preferably via a web-browser. Monwall Server mosaics can be streamed to client browsers
at ultra low latency to provide full virtualized MCR and production workflows. With support for physical control interfaces as well as a browser-based UI, outputs can be accessed via local and cloud-based controls.
