The Aero5 LTE/5G Cellular-Based System provides an extended bidirectional link using local cellular infrastructure as the receive system. This may be used as a stand-alone cellular based downlink or combined with the AeroLink COFDM transmitter to provide a robust hybrid solution. The Aero5 technology creates a reliable high-throughput connection between air and public cellular infrastructure. The Aero5 may be used for video, file transfer, data, push-to-talk coms, or network connectivity. The Aero5 is a two-box solution consisting of the Aircraft Cellular Encoder/Transceiver IDU and the Aero5 Antenna Pod. The IDU chassis design is sized to fit in a vertical ARINC mounting and has all connections on the front panel enabling easy access and maintenance. The output connects via a MIL Spec cable/connector to the Meeker Mount based pod on the outside of the aircraft. The Meeker Mount Aero5 Antenna Pod is DO-160 G tested. Latest Aero5 News:

• Vislink Unveils Groundbreaking Aero5 5G Downlink Transmitter at APSCON 2023

The Vislink Drone Video Distribution Network is an integral component of the Airborne Video Downlink Systems (AVDS). The system is driven by the MVP Drone Cellular Backhaul Kit featuring the MVP BaseLink encoder. Video is distributed to critical decision makers via on-premise or cloud-based servers using the Vislink LinkMatrix platform. The MVP BaseLink is used by security, law enforcement and rescue organizations for their mobile requirements to securely live stream from a remote location over multiple bonded cellular networks. The BaseLink 5G delivers great value for money by providing 5G cellular bonding connectivity. By utilizing the ever-growing number of public 5G networks, users can benefit from greater data rates per modem, reducing the number of SIMs required. The AVDS LinkMatrix is a cloud-based management and video distribution for controlling encoders, selecting, and managing decoding destinations. The AVDS LinkMatrix also may host the AeroLink Aircraft Video and Data Downlink Systems to enable superior situational awareness. Knowing that security is critical, Vislink has engineered the AeroLink to feature the latest in AES encryption and FIPS 140-2 compliance.

Airborne video surveillance plays a pivotal role in law enforcement, public safety, homeland security, and defense operations. Vislink’s airborne video downlink systems meet the challenge for top quality live video in air to ground applications under the most difficult urban, suburban, or rural environments. The AeroLink Transmission System is the next generation component of the Vislink Airborne Video Down Link System (AVDS). It features an agile IP based workflow that includes centralized management and distribution via the Quantum Receiver. The AeroLink Transmission System is a full featured 4K or 2 x 1080p 60 HEVC digital encoding video downlink solution built to address the unique requirements of aircraft downlink operations. The gains from the HEVC technology enables superior quality video with reduced bandwidth enabling larger geographical coverage. AeroLink features IP input, wayside user data and KLV telemetry information.  The video in may be HDR/UHD HD SD SDI, ASI or composite or via Transport Stream (IP). Key security features such as AES encryption and FIPS 140-2 are included with the AeroLink and are compliant with all aircraft regulations.

The Vislink Q-Link is an integral component of the Airborne Video Downlink Systems (AVDS). The Q-Link controls, aggregates, and distributes video captured from airborne platforms to multiple observers over secure IP networks, including wired Ethernet, Wi-Fi, IP Satellite, and IP cellular networks. The Q-Link extends critical situational video to an unlimited number of observers.

The V-Link Series of beam forming auto-tracking antenna systems are specifically designed for airborne applications where a low-profile array is required. It provides superior directional performance when used in conjunction with other components of the Vislink Airborne Video Downlink System. The V-Link Series was developed to deliver industry-leading reliability and features co-centered vertical polarized beams, steered together to point in one of 8-16 azimuth directions. Designed for the rigors and vibration of airborne use, the antenna contains no moving parts, unlike older kinetic designs that rely on pulleys, belts, and other components that are subject to expensive wear from general use, friction and vibration.

The Vislink Quantum wireless camera receiver provides high reliability reception from wireless camera transmitters and takes live video production into new and more efficient workflows by putting IP connectivity at its heart.