Radiation resistance, super high-speed, ring corrosion resistance —— unlocks the ultimate password of deep space exploration
Deepetch Semicon, as the “digital heart” of aerospace, is pushing human to the deep space frontier with revolutionary technological breakthrough. Through radiation resistance reinforcement design (SOI insulator silicon technology) and wide temperature domain adaptive architecture (-55℃ to 125℃ full condition), chip in the harsh of cosmic rays, vacuum extreme temperature and high frequency vibration environment still can keep nanosecond level accurate control, for the rocket navigation, satellite attitude adjustment and manned spacecraft life support system provides “zero fault tolerance” guarantee. It can process the TB level remote sensing data of satellite-borne synthetic aperture radar (SAR) in real time to raise the resolution of earth observation to centimeter level.
Redefining flight safety and efficiency:
Avionics system: Through hardware dynamic reconstruction technology, single board integrated flight control, communication and weather warning functions, so that the weight of Boeing 787 avionics system is reduced by 40%;
Engine management: intelligent engine controller based on silicon carbide (SIC) power chip, which improves the fuel efficiency of GTF engine by 15% and reduces carbon emissions by 3,500 tons/year;
Supersonic flight: The terahertz communication system supported by gallium nitride (GAN) RF chip enables 100 GBPS data links at Mach 5 speed, laying a perceptual advantage for the sixth generation fighter.
With the deep integration of photonic integrated chips (PIC) and quantum computing chips, aerospace and spacecraft are leaping from “mechanical and electrical platform” to “intelligent life body”. In the future, when the 2 NM process chip meets three-dimensional heterogeneous packaging technology, the deep space probe will carry the “chip brain” across the Kuiper Belt and build a self-repair communication network in Mars lava tubes, making human beings truly a trans-interstellar species.