FAQs
Apella Solutions provides RF antenna, tracking, and video transmission technologies designed for Defence, Law Enforcement, Commerial, Maritime, Rail, Drone and other mission-critical applications. Based in Hampshire, UK.
What does Apella Solutions specialise in?
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What types of antennas does Apella Solutions offer?
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Apella Solutions designs and supplies high-performance directional, omnidirectional, and custom antennas optimised for long-range and high-reliability links. We have supplied antenna for Drone manufactures, unmanned vehicle providers, and various other radio systems.
What video transmission solutions does Apella Solutions provide?
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Apella Solutions delivers low-latency, high-quality video systems for real-time aerial and remote video streaming over RF or IP networks via COFDM radio systems and H264/H265 Transcoders to provide high quality video.
What is H.265 (HEVC) video encoding and why is it important?
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H.265 is a modern video compression standard that reduces bandwidth usage by up to 50% compared to H.264 while maintaining high image quality. Apella provides the latest video encoding transcoders to ensure high quality video product is transmitted efficiently and over constrained networks.
What type of Tracking devices does Apella Solutions offer?
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Apella Solutions offers RF tracking devices designed to maintain reliable, high-quality communication links covering LoRaWAN, LTE, RF and Irdium systems for Global tracking.
What should be considered when choosing a drone video transmission system?
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When choosing a drone video transmission system, consider range, latency, video quality, and reliability in your operating environment. Key factors include antenna performance, tracking capability, video compression efficiency (such as H.265), resistance to interference, and how easily the system integrates with your existing platform
How does video compression (such as H.265) impact drone video transmission range and quality?
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By transmitting high-quality video at lower bitrates, H.265 enables longer ranges, more stable links, and clearer imagery, even in bandwidth-constrained or challenging RF environments.