Might as well go for GaO-on-Diamond.
Chinese Radar Developments - KLJ series and others
- Thread starter indochina
- Start date
cross posting with semi thread
CETC says it has made breakthrough in MMW band GaN 1 piece T/R chip on silicon substrate. Allows for next-generation high power T/R chip.
Can be used in commercial aerospace, satellite signal transmission and such. Also, I would imagine just MMW AESA radar for helicopters and other assets that use MMW band radar.
CETC says it has made breakthrough in MMW band GaN 1 piece T/R chip on silicon substrate. Allows for next-generation high power T/R chip.
Can be used in commercial aerospace, satellite signal transmission and such. Also, I would imagine just MMW AESA radar for helicopters and other assets that use MMW band radar.
by78
General
CETC's Spider Web low-altitude surveillance radar against small objects and drones.
– Detection range: ≥10km (RCS=0.01m2)
– Unmanned AI operated mode, with false alarm rate reduced to 1%
– Target identification rate (against UAVs): ≥95%
P.S. Incidentally, there was an earlier but unrelated CETC radar also named Spider Web.
– Detection range: ≥10km (RCS=0.01m2)
– Unmanned AI operated mode, with false alarm rate reduced to 1%
– Target identification rate (against UAVs): ≥95%
P.S. Incidentally, there was an earlier but unrelated CETC radar also named Spider Web.
What's usually the timelines from tech breakthroughs to real life implementations in this sector?
at 13:50 汪涛(who was a former executive at ZTE) said:
Translation:
This guy seems to know what he's talking about since he was part of the industry before.
Nowhere did I suggest that the PRC didn't have GaN radar technology by the mid 2010s (or even the early 2010s) -- the specific question is whether we can or should confidently say that J-20 entered initial production with GaN radars.
So I'm not sure what that's supposed to prove -- the PRC has offered radars with GaN for export since like the mid 2010s, meaning we know that they would've been utilized on other domestic products as well prior to offering it for export (see pics below).
That doesn't address or prove the idea that J-20 has only ever utilized GaN for its radars -- considering that J-20 first entered production in 2015-2016, and the J-20 201X series EMD prototypes emerged starting late 2013 (meaning subsystems for it would be reflective of early 2010s technology that they would consider sufficiently mature for their first 5th gen fighter batch), it is entirely logical that GaA would fit the bill for the first batches, before moving onto an improved GaN type later on.
CETC with more promotion of its own radar efforts.
Including the world's largest caliber and highest power phased array incoherent scattering radar that can analyze and amplify weak scattered signals, and capture and monitor the "every move" of tiny electrons in space hundreds to thousands of kilometers away.
S and C band weather AESA radar.
ground search radar for tunnel detection, geological survey, building structure detection, road collapse detection, water conservancy project detection and other fields.
Life search and rescue radar can emit UWB EM pulses to find and rescue people after earthquake.
And also they have the latest C band all digital AESA radar for ATC that is now under usage at new Daxing airport
