SOC solution for Radar

[color=#1f497d][size=large][font=Calibri, sans-serif]Hi, [/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif] [/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif]I am seeking a radar SOC solution for range/height & velocity measurements at high speeds. [/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif]Range: 3-30 meters[/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif]Velocity : 150-300 m/sec[/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif]Please advise what do you recommend and if you can support with programming & application data. [/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif] [/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif]We Prefer a UWB technology solution.[/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif] [/font][/size][/color]
[color=#1f497d][size=large][font=Calibri, sans-serif]Thanks & Regards, [/font][/size][/color]

wow! do we speak bout civil technologies?

Hi , the velocity is a little too high, but we have not validate out DW1000 in such kind situation yet.

This if for aviation application

as for the height measurements, the only dw1000-based implementation in my minds consists of two directed antennas, two dw1000 ICs with synchronized clocks and the intention to analyze second ICs’ accumulation buffer… Not sure whether its a feasible setup or not, but if so, the accuracy will not hit 30 cm watermark anyway with sample rate something about 2kHz. R&D & prototyping will take couple months and some budget.