Key Features:

Monitor Wireless Video up to 1300′ Away
7″ Touchscreen 1920 x 1200 Display
Transmitter & Receiver Mode Switching
New Capsule Antennas & Record/Playback
One Transmitter Can Send to 4 Receivers
1080p SDI Input; Up to UHD 4K30 via HDMI
High 1200 cd/m Brightness
Auto Frequency Hopping, 2.4/5 GHz Bands
RTMP Streaming, USB/SD Card Import/Save
Built-In Dual L-Series Battery Plate

Video Input:
1x HDMI 1.4b Input
1x BNC (3G-SDI) Input

Video Output:
1x HDMI 1.4b Output
1x BNC (3G-SDI) Output

Audio Output:
1x 1/8″ / 3.5 mm Headphone Output

Media/Memory Card Slot:
Single Slot: SD/SDHC/SDXC

Battery Type:
2x L-Series (NP-F)

Power Input:
1x Barrel Input (DC 10-18V)

Other Input:
1x USB-C (Firmware) Input

Transmit, receive, and monitor high-quality wireless video transmissions using the versatilePyro 7 Wireless Transceiver MonitorfromHollyland. The Pyro 7 takes the previous M1 transceiver/monitor and makes everything bigger and better with a bright 7″ touchscreen display, dual L-series battery plate, wireless transmission up to 1300′ away, updated HollyOS imaging tools, SD card video recording, HDMI/SDI input/output, RTSP streaming, one Pyro 7 sends to up to four receivers, as well as auto dual-band 2.4/5 GHz hopping and auto-frequency hopping.

Broadcast Mode
The Pyro 7 features wireless broadcast technology that enables one transmitter to connect to up to four receivers with stable, line-of-sight signals. When Broadcast mode is activated, the transmitter can transmit signals to a maximum of four receivers, and when it’s deactivated, the transmitter can transmit signals to up to two receivers and two mobile devices.

Large, Bright MonitorThe Pyro 7 features a 7″ display with a brightness of 1200 cd/m, so it’s clearly viewable whether you are in bright sunlight or dim environments. The screen brightness is adjustable for optimal performance.

Versatile I/OThe Pyro 7 can be switched to be a transmitter or receiver. When in transmitter mode, the monitor features one HDMI input, one SDI input, one HDMI loop output, and one SDI loop output. When in receiver mode, it features one SDI output, one HDMI output, and one SDI loop output.

Quick Source SwitchingThe 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.

Long Transmission RangeUtilizing 2.4 and 5 GHz dual-band technology, the Pyro 7 features a stable line-of-sight transmission range of up to 1300′ with a minimal transmission latency of 60ms with no image degradation. There are two transmission modes to choose from: Smooth mode adjusts the transmission for the lowest latency for longer distances, and HD mode optimizes the image with a stable bitrate up to 12 Mb/s, even up to 1300′ away.

Auto Dual-Band Hopping (ADH)With Auto Dual-Band Hopping (ADH) and Auto Frequency Hopping (AFH) technologies operating on both 2.4 and 5 GHz bands, the Pyro 7 can automatically choose the clearest channel for reliable and uninterrupted wireless video transmission. These technologies address common issues such as signal interference, low transmission efficiency, and frequency congestion. The omnidirectional high-gain antennas also ensure stable signals in all directions.

RTMP StreamingWith built-in RTMP streaming, you can easily stream video to popular live broadcast or conferencing platforms like Zoom, YouTube Live, Twitch, TikTok Live, and more.

Video Recording to SD CardThe Pyro 7 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.

Image ToolsThe custom shortcut key feature that can be used for dual-view monitoring can also be used to quickly launch image tools such as waveform, recording, focus assist, and other image analysis functions.