The Hollyland Pyro Video Transmission & Monitoring Kit comes with the Pyro 7 Transceiver as well as both the Pyro S Transmitter and Receiver.
With Auto Dual-Band Hopping (ADH) technology, the Pyro 7 is a 7-inch wireless monitor that supports 2.4GHz/5GHz dual-band transmission and automatic frequency hopping. It has a remarkable transmission range of up to 1,300ft (400m) and an incredibly low latency of only 60ms. The cutting-edge hardware design enables Pyro 7 to support one transmitter connecting to four receivers simultaneously, and it also offers the convenience of dual-camera monitoring through customizable shortcut keys. In addition, the upgraded HollyOS system provides enhanced image analysis capabilities and allows for video file export via an external SD card.
The Pyro S is a groundbreaking addition to the Hollyland Pyro series lineup, which redefines wireless video transmission. Pyro S supports HDMI and SDI input/output and can transmit to up to four receivers simultaneously, with a range of up to 1,300ft (400m) and minimal latency of just 50ms. Pyro S uses advanced ADH technology to ensure reliable transmission and features selectable modes for your real-world shooting needs. Light and durable, Pyro S's magnesium alloy shell makes it easy to carry and handle. It's ideal for multi-user monitoring in dynamic shooting scenarios, such as film production, live events, and ENG/EFP applications.
4 Receivers. Not an Issue.
Pyro S's Wifi Broadcast technology enables one transmitter to connect to four receivers with stable signals, offering more flexibility when additional monitoring needs emerge on set.
*When Broadcast mode is activated, the transmitter can transmit signals to a max of four receivers. When Broadcast mode is deactivated, the transmitter can transmit signals to at most two receivers and two mobile devices.
Faster. Longer. Stronger.
With self-developed 2.4 GHz & 5 GHz Dual-Band technology, Pyro S features a stable transmission range of up to 1,300ft (400m). It achieves a minimal transmission latency of 50ms thanks to upgraded chips and optimized video encoding/decoding algorithms.