The conflict between Russia and Ukraine has been more than two years, the Kazakh-Israeli conflict is still continuing, the confrontation between the north and the south of the Korean Peninsula is intensifying, the South China Sea is full of crises, the process of global peace and development and globalization is undergoing drastic changes in turmoil, the global powers are preparing for the worst possible scenario, the military factories of the United States, Japan, and South Korea are running 24 hours a day, the defense budgets of European member states are steadily and rapidly advancing towards the goal of 2% of GDP, and there are many crises in many places around the world, and there is a risk of expansion and intensification of war at any time.
Both Russia and Ukraine have experienced a shortage of ammunition, fighting has stopped, and the massive use of unmanned equipment has also caused huge losses on both sides that have not been seen on the battlefield before.
Traditional ammunition such as 122mm, 155mm and other serious shortage, unmanned systems, especially UAVs The demand for UAVs has increased dramatically.
Science and technology meet reading This has also led to a large-scale increase in related supporting products, such as a large increase in the demand for image processing boards or image processing modules, as the eyes and brains of drones, UAV micro pods, especially within 300g of micro intelligent pods, the demand for micro intelligent pods, which was impossible to support a company's survival, has now become the company with the most overtime, and at the same time, with the increase in the demand for unmanned equipment to combat the most valuable targets and key tasks, The demand for low-latency modules for remote visualization has skyrocketed, and the Black Sea Fleet has been heavily consumed, and the elimination of key figures in Lebanon Allah and Hamas has used related technology, and the effectiveness of the strike is staggering.
With the gradual application of swarm warfare, the bandwidth resources on the battlefield are becoming more and more precious, and if a controller and a control terminal can control more UAVs, the strike efficiency will be greatly improved, and the narrowband multi-channel high-definition transmission technology is increasingly being applied in intelligence.
For example, it used to require 64m bandwidth to control 16 UAVs, but now through narrowband multi-channel high-definition transmission technology, only 500k-2m can control 16 UAVs equipped with high-performance image processing boards, which greatly improves the strike efficiency and improves the anti-jamming ability and battlefield survivability because of the narrow bandwidth.
As of now, new technologies such as high-performance image processing boards, image processing modules, remote visualization low-latency technology, narrowband multi-channel high-definition transmission technology are rapidly being adopted, and it is believed that with the continuation of the war, there will be more technologies to be applied in actual combat.