Utilize the Pyro 7 Wireless Transceiver Monitor from Hollyland to transmit, receive, and oversee high-quality wireless video transmissions. The Pyro 7 enhances the previous M1 transceiver/monitor by offering a larger and improved experience, featuring a vibrant 7" touchscreen display, dual L-series battery plate, and wireless transmission capabilities extending up to 1300 feet. It also includes updated HollyOS imaging tools, SD card video recording, HDMI/SDI input/output, RTSP streaming, and the ability for one Pyro 7 to transmit to as many as four receivers, along with automatic dual-band 2.4/5 GHz hopping and auto-frequency hopping. Broadcast Mode The Pyro 7 incorporates wireless broadcasting technology that allows a single transmitter to connect with as many as four receivers, ensuring stable signals within a line-of-sight range. When the Broadcast mode is engaged, the transmitter is capable of sending signals to a total of four receivers. Conversely, when this mode is turned off, the transmitter can send signals to a maximum of two receivers along with two mobile devices. Large, Bright Monitor The Pyro 7 is equipped with a 7" display that boasts a brightness level of 1200 cd/m², ensuring clear visibility in both bright sunlight and low-light conditions. Additionally, the screen brightness can be adjusted to achieve optimal performance. Versatile I/O The Pyro 7 can operate as either a transmitter or a receiver. In transmitter mode, the monitor is equipped with one HDMI input, one SDI input, one HDMI loop output, and one SDI loop output. Conversely, in receiver mode, it includes one SDI output, one HDMI output, and one SDI loop output. Quick Source Switching The transceiver facilitates a smooth connection with all units in the Pyro series through a grouping preset. You have the ability to group several devices and quickly toggle monitoring between two cameras by employing two customizable buttons. Long Transmission Range Employing dual-band technology at 2.4 and 5 GHz, the Pyro 7 offers a reliable line-of-sight transmission range reaching up to 1300 feet, accompanied by a low transmission latency of 60 milliseconds without any degradation in image quality. Users can select from two transmission modes: Smooth mode, which fine-tunes the transmission for minimal latency over extended distances, and HD mode, which enhances the image quality with a consistent bitrate of up to 12 Mb/s, even at distances of 1300 feet. Auto Dual-Band Hopping (ADH) Utilizing Auto Dual-Band Hopping (ADH) and Auto Frequency Hopping (AFH) technologies across both 2.4 and 5 GHz bands, the Pyro 7 is capable of automatically selecting the most optimal channel for dependable and seamless wireless video transmission. These technologies effectively tackle prevalent challenges such as signal interference, inadequate transmission efficiency, and frequency congestion. Additionally, the omnidirectional high-gain antennas guarantee consistent signals in every direction. RTMP Streaming With 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 Card The Pyro 7 is equipped with an SD card slot that allows for extended mp4 video recording of up to 40 minutes in one session when utilizing an external standard SD card. Additionally, an SD card can be employed to apply custom LUTs during the video export process. It offers file organization capabilities and facilitates a more efficient editing workflow. Furthermore, you can import data from external devices and capture on-set screenshots, which can be overlaid onto the current recording screen for the purposes of scene restoration or replication. Image Tools The feature of custom shortcut keys, which is applicable for dual-view monitoring, can also facilitate the rapid launching of image tools including waveform, recording, focus assist, and various other image analysis functions. Durable Yet Lightweight Construction The case of Pyro 7 is made of aerospace-grade magnesium-aluminum alloy with a robust, rigid design that is 30% lighter and better at heat dissipation than aluminum-only models.
