Radar Development at DICE

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1 Radar Development at DICE Stefan Matzinger Head of DICE ATV SC CV DICE GmbH & Co KG Danube Integrated Circuit Engineering Freistädter Straße Linz AUSTRIA

2 Table of Content Introduction Linz Radar Outlook 2

3 Introduction Location Linz: DICE 3

4 Danube Integrated Circuit Engineering DICE Infineon development center Linz RF Systems & Circuits System Simulation RF Measurements Analog Design Mixed Signal Design Digital Design 4

5 DICE Permanent Staff Members Growth by 138% since the Wireless-sale Wireless-sale % IT & Administration ATV PMM External WLS & ETS proportion of women ~ 10% (~13% including with students ) restricted Copyright Infineon Technologies AG All rights reserved. 5

6 Radar Development Center Linz 6

7 What we DICE Linz Program/Project Management Concept Engineering Application Engineering Circuit Design Engineering Component Verification Test Engineering 7

8 RADAR at Infineon Our Partner Sites Regensburg SiGe Production Site Logistics Dresden BiCMOS Production Site Munich Headquarter ATV SC Quality Management Technology Development Physical Design Engineering Product Engineering Test Engineering Villach Reliability Engineering Headquarter IFAT ADC and Pad development Copyright Infineon Technologies AG All rights reserved. 8

9 RADAR at Infineon Our Partner Sites Graz RADAR Duisburg SoC Integration Bucharest Verification Copyright Infineon Technologies AG All rights reserved. 9

10 Our Motivation In Europe each year about 1.3 million traffic accidents cause: More than fatalities (1970: )! Economic damage of more than 200 billion per year! Human error is involved in over 90% of accidents! ADAS help drivers to Maintain a safe speed Keep a safe distance Drive within the lane Avoid overtaking in critical situations Safely pass intersections Avoid crashes with vulnerable road user Reduce severity of an accident Drive more efficiently 10

11 First Commercial SiGe-Based 77GHz Sensor Range Accuracy Distance/ LRR2 (GaAs) M LRR3 (SiGe) Relative Velocity/ m/s LRR2 (GaAs) LRR3 (SiGe) 60 to to +30 ±0.25 ± 0.12 Angle/ LRR2 (GaAs) ±8 0.4 LRR3 (SiGe) ± x 68 mm² GaAs-based LRR2 new Si:Ge-based LRR3 25 x 35 mm² 11

12 Radar history and future at Infineon

13 Automated Drive: 360 radar sensing B11HFC CMOS Automated Drive 77GHz 360 Safety (AEB/ADAS) 77GHz Warning (BSD) 24/77GHz 24/77GHz 24/77GHz 77GHz 24/77GHz Infineon is well positioned for NCAP AEB and ADAS penetration, CMOS is driven by 360 sensing for Automated Driving 13

14 Outlook Development Center Linz 14

15 The next step will be High Automation Machine takes the responsibility restricted Copyright Infineon Technologies AG All rights reserved. 15

16 DICE ATV SC CV Presentation of group, setups and key competencies

17 Awarding laboratory features Measurement direct in E-Band (60-90 GHz) and W-Band ( GHz) Direct TX output power E.g. with E8486A power sensor + N1914A power meter Direct LO & RF input power E.g. with E8257D 50 GHz signal generator + frequency multiplier (*2 / *3) + waveguide amplifier + automated attenuator Direct TX Phase Noise E.g. with external mixer + E5052B signal source analyser Direct TX Spectrum trace E.g. with external mixer + FSW26 spectrum analyser Frequency Ramp parameter direct at TX E.g. with external mixer + E5052B signal source analyser Input Matching / Intermodulation / Isolation direct at RF, LO & TX 110 GHz Network Analyser 19

18 ewlb Board All CV measurements are done on soldered ewlb samples to get best performance Socket boards are not possible for GHz signals (measurement uncertainty too high) Bare die boards also possible (bonded bare die instead of ewlb sample) MMIC ewlb RX channel waveguide transition & interface TX channel waveguide transition & interface RX channel waveguide transition & interface 20

19 Example Receiver setup with 2-tone RF signal External 2-tone RF signal generation External LO signal generation CV board assembly 21

20 Example Radar Use Case Setup Radar targets Frequency ramp LVDS signal Antennas Analog signal via Spectrum analyzer PLL spectrum 22

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