Meet the latest Wireless Video Solutions at Electronica China with Averlogic and Redpine Signals.
We invite you to meet us at Booth E5-5130 located in Shanghai New International Expo Center from March 14th – 16th 2017.
Our partner, Redpine Signals, organizes this meeting and will be introducing its next generation wireless video solutions. Among them, Averlogic will show its wireless video door bell and AV Sender Solutions.
Please send an email to
email@example.com to reserve your slot. Seats are limited.
Wireless Video Door Bell
The wireless video door bell reference design ensures that there is nothing to worry about when it comes to keeping properties safe. It has two components, a transmitter board and a receiver board that let see, hear and speak to anyone at a door from a smartphone, tablet or PC.
The main features of this reference design are:
- Low latency and Low power consumption
- Non-OS platform for fast boot-up
- SD card storage at TX or RX side
- 720p CMOS video input with 2.4G/5G Wi-Fi
- 720P Panel or HDMI display
- H.264 720p encoding and decoding
- 2-way audio
Wireless AV Sender
The wireless HD A/V Sender Turnkey Solution is a kind of innovative product designed to transmit HD video and audio signals wirelessly. It has two components, a transmitter board and a receiver board.
The advanced development kit, AL582C-HDMI-DMB-A2, consists of an audio video signal sharing in different rooms or spaces for different purposes: entertainment, business, teaching, surveillance… The transmitter board sends video and audio from a signal source equipment to the receiver board through Wi-Fi 5G frequency. IR Blaster function is supported for remote controllers and the IR remote signals can be transmitted from receiver to transmitter.
It can transmit the signal from DVD player, DVR, CCTV camera, IPTV, Satellite receiver, Digital TV Set Top Box or any other A/V devices at transmitter end to TV sets in different room at receiver end. So that you can enjoy freely wireless HD AV sharing data and Hi-Fi audio and video effect.