Hollyland introduces Pyro 7: The ultimate all-in-one video monitor, TX and RX for Pyro Series.


August 3, 2024 by our News Team

Hollyland's Pyro 7 is a compact and durable wireless video monitor with advanced technology, allowing for smooth and responsive monitoring of up to four cameras simultaneously.

  • The Pyro 7 combines TX, RX, and a seven-inch monitor screen into one compact and durable device, making it convenient and easy to use.
  • The Auto Dual-Band Hopping (ADH) technology resists interference and offers a long operational range of up to 1,300ft (400m), ensuring a stable and reliable video transmission.
  • The Pyro 7 has a low latency of only 60ms, providing smooth and responsive video monitoring for professionals, making it suitable for fast-paced shooting scenarios.


Hollyland is introducing the Pyro 7, a wireless video monitor that combines TX, RX, and a seven-inch monitor screen into one compact and durable device. With its Auto Dual-Band Hopping (ADH) technology, the Pyro 7 resists interference and offers a long operational range of up to 1,300ft (400m). The low Latency of only 60ms ensures smooth and responsive video monitoring for professionals. As part of Hollyland’s Pyro Series, the Pyro 7 provides a complete monitoring and transmission solution. Its exceptional hardware design allows for one transmitter to connect to four receivers simultaneously, and customizable shortcut keys provide the convenience of dual-camera monitoring. Hollyland’s upgraded HollyOS offers enhanced image analysis capabilities and allows for bulk video file export via SD card.

The Pyro series is a game-changer in video monitoring. With a single Pyro transmitter, users can send clear, near real-time video to up to four receivers at once, enabling all crew members to monitor live video simultaneously. The Pyro series operates on both 2.4 GHz and 5 GHz bands with intelligent Auto Frequency Hopping, making it perfect for multi-user monitoring in dynamic shooting scenarios. Whether it’s film production, live events, or ENG/EFP applications, Pyro enhances collaboration and productivity on every shoot. The Pyro H, S, and 7 are all compatible with each other, offering unique features to suit different user requirements. The Pyro H transmitter has HDMI input and loopout, allowing users to connect a camera and send video to other receivers while monitoring the view on an external screen. The Pyro S is suitable for professional shooting and smaller commercial projects with its HDMI and SDI ports. The Pyro 7, in addition to its built-in seven-inch monitor, supports HDMI and SDI input, output, and loopout, giving users flexibility in choosing the connection based on their shooting needs and equipment.

With Pyro 7, monitoring multiple cameras in real-time is a breeze. Users can seamlessly connect with Pyro H and Pyro S after engaging a grouping preset. Customizable buttons allow for swift switching between different camera views on the Pyro 7. WifiBroadcast technology enables one transmitter to provide a stable signal to four receivers simultaneously, making it easier for teams and clients to have additional monitoring on set. For more information, please visit Hollyland’s official website.

The Pyro 7 is set to be released on July 25, 2024, and will be available through local distributors as well as Amazon. The Pyro 7 is priced at $699 on Amazon US, while the Pyro 7 Kit and Pyro Video Transmission & Monitoring Kit are priced at $1299 on Amazon US.

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Technology Explained


Latency: Technology latency is the time it takes for a computer system to respond to a request. It is an important factor in the performance of computer systems, as it affects the speed and efficiency of data processing. In the computer industry, latency is a major factor in the performance of computer networks, storage systems, and other computer systems. Low latency is essential for applications that require fast response times, such as online gaming, streaming media, and real-time data processing. High latency can cause delays in data processing, resulting in slow response times and poor performance. To reduce latency, computer systems use various techniques such as caching, load balancing, and parallel processing. By reducing latency, computer systems can provide faster response times and improved performance.

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