Magewell Unveils Modular Rackmount IP Conversion Family
The Modator family will make its debut in Magewell’s booth at the 2024 NAB Show.
For years, Magewell has been helping production and AV professionals bridge traditional and IP-based media workflows with innovative solutions to convert between signals and streams. Magewell’s new Modator family brings the reliability and low-latency performance of the company’s standalone encoders and decoders to a high-density, modular, rackmount form factor.
The new Modator 2U chassis is designed to fit standard rack deployments and has slots for up to 10 modules. Users can configure frame network settings and monitor the status of the chassis and installed modules through the integrated 4.8-inch LED touchscreen or browser-based web interface. Dual power supplies and optimized heat dissipation enable reliable 24/7 operation.
The hot-swappable Modator modules each offer their own network connectivity and can work independently to convert between baseband video/audio signals and IP streams. Each module features a web-based management interface, while the Modator 2U frame and each installed module can also be centrally configured, controlled and monitored through Magewell’s optional Control Hub management software.
The first four Modator modules all support NDI video connectivity technology. Initial modules include:
- Pro Convert HDMI Plus Module: encodes HDMI input signals into high-definition IP streams in the NDI High Bandwidth format.
- Pro Convert HDMI 4K Plus Module: encodes HDMI input signals into NDI High Bandwidth at up to 4K (4096x2160) resolution at 60 frames per second.
- Pro Convert for NDI to HDMI Module: decodes IP streams up to 2560x1440 in a wide range of formats (including NDI High Bandwidth, NDI HX2, NDI HX3, TVU ISSP, and H.264 or H.265 delivered via RTMP, RTSP, HLS, MPEG-TS and more) for HDMI output.
- Pro Convert for NDI to AIO Module: the same decoding features as the Pro Convert for NDI to HDMI Module, but with simultaneous HDMI and SDI outputs up to 1080p60.
You might also like...
Network Traffic Engineering: Head-Of-Line Blocking - Why QUIC Changes The Rules
Head-of-line blocking turns minor packet loss into visible glitches by stalling entire TCP streams until missing data is retransmitted. Eliminating cross-stream blocking by multiplexing independent streams over UDP, QUIC might be the answer for OTT delivery, cloud workflows and the…
Standards: Audio - Standards For Audio Coding
Audio coding demands very different tools and workflows to video, but the same fundamental principles around quality apply to both. This guide surveys the standards, codecs and container formats you need to navigate modern audio workflows.
Broadcast Standards – The Science Of AI
Artificial Intelligence is already an integral part of our everyday lives and it is already making our lives more productive. But it is far from risk-free.
Broadcast Standards 2026 – Audio Coding
Audio is central to the whole broadcast experience. While video can show us what’s going on, it is audio that tells us how to feel about it. If only it wasn’t all so complicated.
Network Traffic Engineering: Why MPEG-TS Is Still The Standard
MPEG transport stream (MPEG TS) was designed in the 1990s to deliver continuous video and audio over unreliable, one-way networks, such as satellite, terrestrial RF, and cable, where packet loss and corruption are expected. But it is still prevalent in…