The Vaxis Storm 1000 Kit is a professional and robust wireless HD video transmission system, offering enhanced range and reliability for broadcast, cinema, and indie productions. It delivers zero-delay, visually lossless 1080p60 video over a substantial line-of-sight distance of up to 1000 feet (approx. 300m). With both SDI and HDMI connectivity, multiple multicast receiver support, and an intuitive OLED display for control, the Storm 1000 is designed for demanding environments where stable, high-quality wireless video is paramount.
We can supply sets with multiple receivers.
Overview
- Professional wireless HD-SDI/HDMI video transmission
- Zero-delay (sub-1ms) visually lossless video
- Extended range of up to 1000 ft (approx. 300m) line-of-sight
- Supports up to 1080p60 video resolution
- SDI input/loop-out and HDMI input on transmitter
- Multiple SDI and HDMI outputs on receiver
- Multicast support (typically up to 10 receivers)
- OLED screen for intuitive channel and status monitoring
- Robust design with unique embedded antennas
- Integrated cooling fan for extended operation
1x Vaxis 1000 Transmitter
1x Vaxis 1000 Receiver
1x Coiled BNC Cable
2x Short Straight BNC Cable
3x D-Tap to 2-Pin Lemo Cable
1x 13A 2-Pin Lemo Mains Unit
2x Noga Arm
1x Vaxis Wireless Case
Multicast Planning
If utilising multiple receivers, plan your receiver placement to ensure each unit has a strong signal from the transmitter, especially when covering different monitoring stations.
Cooling System
The integrated cooling fan helps maintain optimal operating temperature. Ensure its vents are not obstructed during use, particularly in warm environments.
Antenna Orientation
While featuring embedded antennas, ensure the transmitter and receiver are oriented generally towards each other for the most robust signal over longer distances.
Channel Interference
If operating near other wireless devices, use the OLED display to manually select a less congested 5GHz channel to avoid potential signal dropouts.
Power Solutions
Be mindful of the unit’s power consumption, especially when powering from camera D-Tap or smaller batteries, and plan for sufficient battery swaps or alternative power sources.