Transmit, receive, and monitor high-quality wireless video transmissions using the versatile
Pyro 5 Wireless Transceiver Monitor from
Hollyland. The Pyro 5 takes the previous M1 transceiver/monitor and makes everything bigger and better with a bright 5.5″ touchscreen display, L-series battery plate, wireless transmission up to 1312′ away, SD card video recording, HDMI/SDI input/output, RTMP streaming, one Pyro 5 sends to up to four receivers, as well as auto dual-band 2.4/5 GHz hopping and auto-frequency hopping.
Hollyland PYRO 5 Overview
Transmit, receive, and monitor high-quality wireless video transmissions using the versatile Pyro 5 Wireless Transceiver Monitor from Hollyland. The Pyro 5 takes the previous M1 transceiver/monitor and makes everything bigger and better with a bright 5.5″ touchscreen display, L-series battery plate, wireless transmission up to 1312′ away, SD card video recording, HDMI/SDI input/output, RTMP streaming, one Pyro 5 sends to up to four receivers, as well as auto dual-band 2.4/5 GHz hopping and auto-frequency hopping.
The Pyro 5 can be switched to operate as either a transmitter or a receiver. When in transmitter mode, the monitor features one HDMI input, one SDI input, and one HDMI loop output. When in receiver mode, it features one HDMI output.
The transceiver enables seamless connection with all Pyro series units using a grouping preset. You can group multiple devices and instantly switch monitoring between two cameras by utilizing two customizable buttons.
- HD mode delivers 12 Mb/s bit rate video at a 75 ms latency
- Smooth mode dynamically adjusts the bit rate and delivers video at 60 ms for longer distance transmission
The Pyro 5 features an SD card slot that supports extended MP4 video recording of up to 40 minutes in a single session using an external standard SD card. You can also use an SD card to apply custom LUTs during video export. It features file organization and supports a streamlined editing workflow. You can also import data from external devices and ingest on-set screenshots, overlaying them onto the current recording screen for scene restoration or replication purposes.