Infineon Technologies Ag · XETR:IFX
Infineon Technologies — Technical Presentation (April 2018)
27 slides from Infineon Technologies's technical presentation, April 2018
Slide 1: Industrial radar sensing
Industrial radar sensing April 2018
Slide 2: The world is getting smarter
The world is getting smarter › An ever increasing number of sensors assist, enable and keep us safe everyday › Radar is a smart sensor, with advanced sensing capabilities – enabling new use cases › In addition radar brings new, smarter functionality to legacy basic sensing technology 2018-02-02 Copy
Slide 3: Agenda
Agenda 1 Introduction to radar 2 Use case and applications for 24 GHz radar 3 Radar benefits 4 Product availability and ecosystem 5 Support 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 3
Slide 4: Agenda
Agenda 1 Introduction to radar 2 Use case and applications for 24 GHz radar 3 Radar benefits 4 Product availability and ecosystem 5 Support 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 4
Slide 5: Radar is everywhere
Radar is everywhere At home, your commute, at work We make life easier, safer and greener 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 5
Slide 6: Introduction to radar
Introduction to radar What is Radar? › “Radar” is an acronym for Radio Detection And Ranging › Radar uses radio waves to detect presence, direction, distance, and speed Infineon experience within Radar? › No.1 global position in automotive Radar › Over 10 year experience › Multiple Markets from auto
Slide 7: What Radar does and how it does it
What Radar does and how it does it What : Radar uses RF waves to detect targets and depending on the algorithm and antenna design is capable of measuring: – Movement – Velocity / speed – Distance / range – Presence – Angle of arrival How Radio-frequency (RF) energy is transmitted and reflected as an
Slide 8: Basic overview of a Radar system
Basic overview of a Radar system Transmitter Required to operate the Generates a RF electrical signal radar: Receiver Software algorithm: Converts the RF electrical › To provide the Radar signals into low frequency with a process or set of signals rules to follow: Signal processor GUI: Extracts dist
Slide 9: Radar basics – modulation / algorithm
Radar basics – modulation / algorithm Depending on the Radar capabilities, and operating mode working with the Radar, Radar can work in a number of different ways. Below are 3 main industrial Radar operating modes Movement Presence Distance Velocity Radar operating mode (in order of complexity) Dopp
Slide 10: Frequency/wavelength for operation
Frequency/wavelength for operation Application All radar operates in a specific frequency band 𝑓 (Frequency) ranging from 300 MHz up to 300 GHz Wavelength Each frequency bracket can impact the Radar in 200 GHz 150 um Diverse the following ways: 77 GHz 3.9 mm Automotive › Physical antenna size 60…
Slide 11: Agenda
Agenda 1 Introduction to radar 2 Use case and applications for 24 GHz radar 3 Radar benefits 4 Product availability and ecosystem 5 Support 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 11
Slide 12: Radar detection modes / use case examples
Radar detection modes / use case examples Software Capability User case › Doppler › Motion › Door opener Simple › Speed › Security presence › Direction › Lighting detection › Traffic control › Vital sensing › Doppler › Motion › Street lighting Intermediate › FMCW › Speed › Security alarm presence ›
Slide 13: Application / use case advantages
Application / use case advantages Applications for Radar Basic movement detection Smart appliances Door opening Security Lighting Traffic + Privacy + + Direction protection, and + Indoor, & + Robust, increased Accuracy of travel accuracy outdoor. small & to Resistant footprint, resistant remove to h
Slide 14: Agenda
Agenda 1 Introduction to radar 2 Use case and applications for 24 GHz radar 3 Radar benefits 4 Product availability and ecosystem 5 Support 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 14
Slide 15: Technology comparison
Technology comparison › Radar provides unique advantages over alternative technology, such as Passive infrared (PIR) and laser.., per the overview below › However, to really understand the benefits of Radar, you need to look closely at each use case and technology › For example, one Radar feature is
Slide 16: 24 GHz unique advantages – use case
24 GHz unique advantages – use case Use case example: Indoor lighting applications requiring simple presence detection In conclusion: Features 24 5.8 PIR Ultra- Laser GHz GHz sonic Using Radar your solution when compared to alternative Speed, direction, and distance information technology will have
Slide 17: Indoor lighting – advantages of radar
Indoor lighting – advantages of radar Example of the benefits of Radar in indoor lighting: other use cases available- security, smart street lighting, automatic door opening, multicopter, home & garden robotics Application requirements Benefits of Radar › Suitable range / coverage for given › Detect
Slide 18: Agenda
Agenda 1 Introduction to radar 2 Use case and applications for 24 GHz radar 3 Radar benefits 4 Product availability and ecosystem 5 Support 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 18
Slide 19: 24 GHz Radar ecosystem with Infineon
24 GHz Radar ecosystem with Infineon Features IFX MMIC Benefits › 24 GHz ISM band operation › Long range distance for motion, speed, direction detection of moving objects movement and distance up to 30 m measurements › Wide range speed detection › 4 MMIC chips available up to more than ±100 km/h MMI
Slide 20: Infineon Radar chipset offerings
Infineon Radar chipset offerings Ease of design integration BGT24MTR12 BGT24MTR11 BGT24MR2 BGT24LTR11 › Transceiver 1Tx+2Rx / › Transceiver 1Tx+1Rx/ › Twin receiver 2Rx/ IQ › Transceiver (1Tx+1Rx) IQ differential IQ differential differential › Single-ended › As TR11 › VCO integrated, SPI › RFin 24.0
Slide 21: MTR11 Vs LTR11 comparison
MTR11 Vs LTR11 comparison BGT24MTR11 BGT24LTR11 500 mW Power consumption 150 mW Lower power Adjustable power 11 dBm, adjustable Output power 6 dBm, fixed Longer range 26 dB, adjustable Conversion gain 22 dB, fixed 1.5 GHz and 23 kHz Prescaler outputs 2.3 MHz (possibly additional 1.5 GHz output) Diff
Slide 22: Industrial Radar development kits
Industrial Radar development kits Sense2goL Distance2Go 35 mm : main board 45 mm 50 mm : with debugger board › 1Tx-1Rx : BGT24LTR11 › 1Tx-1Rx : BGT24MTR11 › CW (doppler only) › FMCW › Speed measurement › Distance measurement › Presence detection › Speed measurement › Direction of movement › Presence
Slide 23: Infineon Radar board & Chip selection guide
Infineon Radar board & Chip selection guide Basic motion detection Intermediate Advanced 3D sensing Motion Motion Motion Speed Speed Speed Direction Direction Direction Distance Distance Angle Boards: Sense2GoL Products: Boards: Distance2Go BGT24LTR11 & BGT24MTR11 Products: Operation: Doppler BGT24L
Slide 24: Agenda
Agenda 1 Introduction to radar 2 Use case and applications for 24 GHz radar 3 Radar benefits 4 Product availability and ecosystem 5 Support 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 24
Slide 25: Industrial radar solutions support
Industrial radar solutions support Summary of key arguments Internet / intranet sites › Radar Increases the accuracy and performance of www.infineon.com/24GHz your sensing applications › IFX MMIC chips and partner turnkey solutions Key contacts available now › Support [email protected] › Bro
Slide 26: Support Online tools and services
Support Online tools and services 1 2 3 1 Subscribe to Newsletter 2 Where to Buy Tools, 3 Finders and Selectors 4 Support 4 2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 26
Slide 27: Copyright © Infineon Technologies AG 2018. All rights reserved.
2018-02-02 Copyright © Infineon Technologies AG 2018. All rights reserved. 27
Infineon Technologies — Technical Presentation (April 2018) on 6ix