Infineon Technologies Ag · XETR:IFX

Infineon Technologies — Technical Presentation (September 2025)

56 slides from Infineon Technologies's technical presentation, September 2025

  1. Slide 1: Application presentation Point of Sale (POS)

    Application presentation Point of Sale (POS) September 2025 1

  2. Slide 2: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  3. Slide 3: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  4. Slide 4: Infineon at a glance

    Infineon at a glance Growth areas FY24 revenue by segment1 Automotive (ATV) 10% Green Industrial Power (GIP) 21% Power & Sensor Systems (PSS) 56% Connected Secure Systems (CSS) Energy Mobility IoT 13% green and efficient clean and safe smart and secure Financials Employees1 [EUR m] 58,060 EMEA 16,30

  5. Slide 5: Infineon is a global leader in power systems and IoT

    Infineon is a global leader in power systems and IoT Global leader in automotive, power management, energy efficient technologies and IoT ~58,060 employees1 Market position Automotive Power Microcontroller #1 #1 #1 TechInsights, Omdia, Omdia, March 2025 April 2025 March 2025 1 As of 30 September 202

  6. Slide 6: Infineon leader in IoT – driving digitalization

    Infineon leader in IoT – driving digitalization by serving strongly growing multi-application markets Consumer IoT Industrial IoT Automotive IoT Products: MCU – Connectivity (Wi-Fi, BLE, NFC) – Sensors – Security – Power supply & switches at the core o eon Coin cell- Battery- powered in f Io powered

  7. Slide 7: Product Longevity Program - MCU

    Product Longevity Program - MCU ‒ Guaranteed for at least 15-years from first sale ‒ In general, most are extended (>20yrs) if: ‒ Continuous demand exists ‒ Manufacturability remains practical https://www.infineon.com/cms/en/product/microcontroller/product-longevity/ https://www.infineon.com/cms/en/

  8. Slide 8: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  9. Slide 9: Product segments

    Product segments Fixed POS PINPad terminals Portable POS Mobile POS (mPOS) › x86 based running Windows › Secure microcontroller inside › Multi-core A class MPU with › Secure microcontroller or Multi-core A class MPU with › Optional Cortex-A class MPU Android + secure › Wired or BLE to connect with A

  10. Slide 10: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  11. Slide 11: Infineon value proposition for application Point of Sale

    Infineon value proposition for application Point of Sale Industry‘s highest level security Integrated hardware and solution Low power and high efficiency ‒ PSA Level 4 support in PSOC ‒ PSOC Edge: rich peripheral ‒ PSOC Edge with low static and Edge set, FreeRTOS and Zephyr OS dynamic power consumpt

  12. Slide 12: Security in POS Applications

    Security in POS Applications Security Requirements in PCI PTS HSM PSOC Edge Security ‒ Tamper detection mechanisms ‒ Robustness under changing environmental and Required Security Features Security Assurance operational conditions ‒ Secured lifecycles Logical SW Countermeasures ‒ Protection of sensit

  13. Slide 13: Tamper Detection Responses

    Tamper Detection Responses ‒ Boot mechanism, extending RoT to CM33_S Verify and Verify CM33_S • Note: Edge Protect Bootloader can optionally extend RoT Secured boot Extended and boot Launch Launch CM33_S CM33_NS CM55 to all Apps Enclave Boot CM33_S initializes HW and interrupts for tamper ‒ Tamper R

  14. Slide 14: Tamper Detection Response time

    Tamper Detection Response time ‒ After an event is detected by hardware, the transition time to Active mode depends on power mode and boot options: ‒ DeepSleep: ~20µs (typ) ‒ Hibernate/DeepSleep-OFF: Cold boot time: ~25ms to >200ms ‒ Secure boot OFF: ‒ 25-30ms ‒ Secure boot ON: ‒ 25-30ms + 170ms (EC

  15. Slide 15: External Tamper HW Passive Detection - Single line using GPIO

    External Tamper HW Passive Detection - Single line using GPIO in Hibernate mode U1D Port 8 P8_0 H7 J8 - TAMPER_WAKE detects when switch opens. P8_1 P8_2 J7 K8 TAMPER_WAKE + P8.3/hibernate_wakeup or P8.7/hibernate_wakeup should be used in hibernate P8_3 P8_4 F6 E7 mode. Any GPIO can be used in other

  16. Slide 16: External Tamper HW Passive Detection - Multiple lines using LPComp

    External Tamper HW Passive Detection - Multiple lines using LPComp in Hibernate mode U3H Port 10 - TAMPER_WAKE detects when switch opens. P10_0 B15 A13 TAMPER_OUT TAMPER_IN1 + P10.4/lpcomp0_in+ or P10.6/lpcomp1_in+ should be used. P10_1 P10_2 C15 A14 TAMPER_IN2 - TAMPER_OUT drives a low state to act

  17. Slide 17: External Tamper HW Active Detection - Smart I/O in DeepSleep

    External Tamper HW Active Detection - Multiple lines using Smart I/O in DeepSleep mode U4I The Tamper Status pins are used to Port 11 This tamper detection implementation uses Smart I/O to detect up to 4 pairs of E14 TAMPER_OUT_1 output the logic of the SMART I/O. P11_0 E11 TAMPER_IN_1 tamper lines

  18. Slide 18: External Tamper HW Active Detection - Pseudo-Random generation

    External Tamper HW Active Detection - Multi-lines with Smart I/O in DeepSleep mode using Pseudo-Random generation U5I Port 11 P11_0 E14 This tamper detection implementation uses Smart I/O to detect up to 4 E11 TAMPER_OUT_1 TAMPER_OUT_1 R501 SW501 P11_1 E15 tamper lines, generating pseudo-random patt

  19. Slide 19: EMV Certification

    EMV Certification ‒ What is it ? A global standard developed by Europay, Mastercard and Visa to ensure secured financial transactions. Payment terminals need to be tested against this standard to demonstrate ability to process EMV chip (smartcard) technology. ‒ What are the different levels? 1. EMV

  20. Slide 20: PCI-PTS (Pre)Certification

    PCI-PTS (Pre)Certification ‒ What is it ? PCI-PTS (Payment Card industry PIN Transaction Security) is a set of security standards ensuring that payment terminals and ATMs protect PIN codes and transaction data from fraud. It helps prevent tampering, hacking and unauthorized access to sensitive payme

  21. Slide 21: Power consumption in low power and active modes

    Power consumption in low power and active modes Low power Mode RAM Retention Typ (mA) Voltage Power (mW) modes System Deep Sleep 5.5 MB 0.114 1.8 0.206 System Deep Sleep-RAM 512 KB 0.049 1.8 0.089 System Deep Sleep-OFF - 0.036 1.8 0.065 Hibernate (RTC On) - 0.0018 1.8 0.0033 IBAT IDDD Power Active m

  22. Slide 22: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  23. Slide 23: Systems with single secure microcontroller PSOC Edge E81

    Systems with single secure microcontroller PSOC Edge E81 PINPad terminals, mPOS Why PSOC Edge E81 MCU › PSOC Edge E81 1. PSA Level 4 security 2. Pre-certification under PCI PTS v6.2 Wi-Fi + Bluetooth® › CYW43022 (ULP 1x1 11n DB) 3. ISO7816 UART SmartCard support › CYW5551x (1x1 11ax SB/DB/TB) › CYW5

  24. Slide 24: Systems with single secure microcontroller PSOC Edge E82/E84

    Systems with single secure microcontroller PSOC Edge E82/E84 PINPad terminals and Portable POS, using high resolution color LCD Why PSOC Edge E82/E84 MCU 1. PSA Level 4 security › PSOC Edge E82/E84 2. Pre-certification under PCI PTS v6.2 Wi-Fi + Bluetooth® 3. ISO7816 UART SmartCard support › CYW4302

  25. Slide 25: Systems with secure microcontroller PSOC Edge E81 plus MPU

    Systems with secure microcontroller PSOC Edge E81 plus MPU Portable POS MCU › PSOC Edge E81 Why PSOC Edge E81 1. PSA Level 4 security Wi-Fi + Bluetooth® › CYW43022 (ULP 1x1 11n DB) 2. Pre-certification under PCI PTS v6.2 › CYW5551x (1x1 11ax SB/DB/TB) › CYW5557x (2x2 11ax DB/TB) 3. ISO7816 UART Smar

  26. Slide 26: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  27. Slide 27: PSOC Edge E8 MCU Family

    PSOCTM Edge E8 MCU Family PSOC Edge E81 PSOC Edge E82 PSOC Edge E83 PSOC Edge E84 Base Base + GFX Base + NPU + Vision Base + NPU + Vision + GFX Processor Cortex-M55 + DSP Cortex-M55 + DSP Cortex-M55 + DSP Cortex-M55 + DSP Cortex-M33 Cortex-M33 Cortex-M33 Cortex-M33 Machine Learning DSP DSP DSP DSP N

  28. Slide 28: PSOC Edge E81 Next Generation, Low-Power MCU

    PSOC Edge E81 Next Generation, Low-Power MCU System Power Block diagram Active/Sleep DeepSleep Hibernate Applications and Target Markets Modes: ‒ Smart Home, Appliances, Residential AC, Wearables, Industrial HMI, Smart HIGH PERFORMANCE CPU SYSTEM ML ENHANCED NEXT GEN HMI Speakers, Point of Sale (POS

  29. Slide 29: PSOC Edge E82 Next Generation, Low-Power MCU

    PSOC Edge E82 Next Generation, Low-Power MCU System Power Block diagram Active/Sleep DeepSleep Hibernate Applications and Target Markets Modes: ‒ Smart Home, Appliances, Residential AC, Wearables, Industrial HMI, Smart HIGH PERFORMANCE CPU SYSTEM ML ENHANCED NEXT GEN HMI Speakers, Point of Sale (POS

  30. Slide 30: PSOC Edge E83 Next Generation, Low-Power MCU

    PSOC Edge E83 Next Generation, Low-Power MCU System Power Block diagram Active/Sleep DeepSleep Hibernate Applications and Target Markets Modes: ‒ Smart Home, Appliances, Residential AC, Wearables, Industrial HMI, Smart HIGH PERFORMANCE CPU SYSTEM ML ENHANCED NEXT GEN HMI Speakers, Point of Sale (POS

  31. Slide 31: PSOC Edge E84 Next Generation, Low-Power ML MCU Adds Graphics

    PSOC Edge E84 Next Generation, Low-Power ML MCU Adds Graphics System Power Block diagram Active/Sleep DeepSleep Hibernate Applications and Target Markets Modes: ‒ Smart Home, Appliances, Residential AC, Wearables, Industrial HMI, Smart HIGH PERFORMANCE CPU SYSTEM ML ENHANCED NEXT GEN HMI Speakers, P

  32. Slide 32: ModusToolbox – Development ecosystem

    ModusToolbox – Development ecosystem › ModusToolbox Software is a modern, extensible development ecosystem supporting a wide range of Infineon microcontroller devices. › Provided as collection of development tools, libraries, and embedded runtime assets architected to provide a flexible and comprehe

  33. Slide 33: ModusToolbox – Comprehensive collection of resources

    ModusToolbox Tools – Comprehensive collection of resources Project Library Eclipse and Configurators Git and Make Enablement throughout the application Creator Manager partner IDEs and Tuners build system development process • IDEs – VS Code / IAR / Arm Keil / Eclipse App Code Examples Use Case Demo

  34. Slide 34: ModusToolbox – Complete development workflow

    ModusToolbox – Complete development workflow ModusToolbox Library Level Dashboard IDE Edit Compile Configuration − Eclipse IDE for ModusToolbox − Machine Learning Documentation − Microsoft Visual Studio Code − CAPSENSE Configurator − IAR Embedded Workbench − Bluetooth® Debug − Arm MDK µVision − USB

  35. Slide 35: ModusToolbox – Flexible Development Environment

    ModusToolbox – Flexible Development Environment Supported IDEs ‒ Eclipse IDE w/ Arm GCC (included with ModusToolbox installation) ‒ Microsoft Visual Studio Code ‒ IAR Embedded Workbench ‒ Arm Microcontroller Developers Kit – µVision Command-line Interface ‒ Make based build system with full CLI ‒ Sc

  36. Slide 36: DEEPCRAFT Studio + ModusToolbox: from ML model to embedded software

    DEEPCRAFT Studio + ModusToolbox : from ML model development to embedded software Bring your own data Develop your embedded product Bring your own model OR Optimize & validate your model with IFX MCUs Buy a Ready Model DEEPCRAFT Studio DEEPCRAFT Studio + ModusToolboxTM ModusToolboxTM .c .a Data Acqui

  37. Slide 37: DEEPCRAFT Voice Assistant | Automatic speech recognition

    DEEPCRAFTTM Voice Assistant | Automatic speech recognition Solution Overview Running on PSOC Edge E84 100% U55 NPU utilization for model acceleration. − Low Power, always-on voice chain - accelerated on Infineon NPU’s − High Accuracy, low false detects − Speech to intent leveraging ML to create best

  38. Slide 38: DEEPCRAFT Face ID Solution

    DEEPCRAFTTM Face ID Solution Ultra low power through full acceleration of Solution Overview Neural Network models on PSOCTM Edge - Unparalleled Accuracy: State-of-the-art cascaded neural network architecture delivers exceptional accuracy (>96%) with extremely low false positives (1 in 1 million) - M

  39. Slide 39: AIROC Wi-Fi + Bluetooth Combo Offerings

    AIROC Wi-Fi + Bluetooth® Combo Offerings E Wi-Fi Combos Wi-Fi Wi-Fi Wi-Fi 5 DB 80MHz Wi-Fi 6/6E DB/TB 80MHz BT/LE 5.1 BT/LE 6.0 2x2 MIMO (54590) 55572/3 2x2 MIMO High Performance 54590/1 1+1 RSDB (54591) Range boost, PCIe/SDIO 2x2 AIROCTM Hatchet-2 PCIe/SDIO PSA L1 /EPC1 security BT/LE audio Wi-Fi 5

  40. Slide 40: CYW43022: Ultra Low-Power 1x1 DB Wi-Fi + Bluetooth 5.3 Combo

    CYW43022: Ultra Low-Power 1x1 DB Wi-Fi 5 + Bluetooth® 5.3 Combo Features Applications • 802.11n-compliant Wi-Fi IP Cameras, Door-Bells, Thermostats, Smart Door Bells, Battery Powered IoT – Up to 72.2-Mbps data rate – Dual band (2.4/5 GHz) with on-chip PAs and LNAs Wireless Connectivity Family | CYW4

  41. Slide 41: 43022 Ultra-Low Power Wi-Fi Design Enables Longer Battery Life

    43022 Ultra-Low Power Wi-Fi Design Enables Longer Battery Life LOW POWER 43022 enables 2-3x longer Battery life 70%  Sleep power consumption than competitor Wi-Fi products Days on Battery >50%  Idle connected power consumption than competitor Wi-Fi 43022 2G DTIM10 products Competitor 2G DTIM10 430

  42. Slide 42: CYW5557x: 2x2 & 1x1 Wi-Fi 6/6E Tri-Band + Bluetooth 5.3 Combo

    CYW5557x: 2x2 &1x1 Wi-Fi 6/6E Tri-Band + Bluetooth® 5.3 Combo Applications Smart speaker, surveillance cameras, gaming console, High-definition Wireless Connectivity Family | 55572/3 speaker, security hub, industrial gateway , VR/ AR, AI enabled devices WLAN Subsystem Features 5 & 6 GHz Arm® Cortex®

  43. Slide 43: CYW5551x – Low Power 1x1 Wi-Fi 6/6E Tri-Band + BT 5.4 Combo

    CYW5551x – Low Power 1x1 Wi-Fi 6/6E Tri-Band + BT 5.4 Combo Features Applications Wi-Fi/WLAN Features Smart Watches, Smart Home, IP Cameras, Door Locks, Appliances, Printers, Industrial, ▪ 20MHz channel BW with support for 11ax 2/4/8MHz OFDMA Channels Audio, Smart Speakers, Speakers, Conference Syst

  44. Slide 44: Wi-Fi Network Stack Host Offloads

    Wi-Fi Network Stack Host Offloads Offload Feature Description ARP Offload (AOE) WIFI chip handles ARP request and reply traffic without having to wake up the host. DHCP Lease Time Renew Offload (DLTRO) WIFI Chip takes care of renewing the DHCP lease renewal process without disturbing the host. GTK O

  45. Slide 45: 1x1 Wi-Fi Comparison: CYW55913/55571/4373/43012/43022

    1x1 Wi-Fi Comparison: CYW55913/55571/4373/43012/43022 Device Type/Features Wi-Fi + Bluetooth® Combo Devices for iPA/iLNA 11ac 1x1 11n 1x1 11n 1x1 11ax 1x1 11ax 1x1 Band BW Device CYW4373/43455 CYW43012 CYW43022 CYW55571 CYW55913 Unit (GHz) (MHz) 2.4GHz 1Mbps Sensitivity 2.4 20 -98.8 -98 -98 -101.5 -

  46. Slide 46: CYW20829: BLE 5.4 SoC

    CYW20829: BLE 5.4 SoC Key specifications Smart Peripherals App System Cost optimal, high performance chassis: SPI or UART Arm® Cortex® M33 ‒ Arm® Cortex®-M33 (96 MHz), built in BLE controller 96 MHz ‒ Full featured BLE 5.4 & pre-spec ULL HID over ISoC I2C or SPI ‒ CAN-FD, LIN & SMIF w/XIP for extern

  47. Slide 47: CYW20829: Full-feature BLE 5.4 MCU with long range

    CYW20829: Full-feature BLE 5.4 MCU with long range 20829 Product Overview Unlock new use cases in industrial, retail, smart home ✓ Industry’s best range and ‒ Measured max. 2.3km range without ePA noise immunity ‒ Tx output power of +10dBm Microinverter nodes: 20~100+ nodes ‒ Best Rx blocker for noi

  48. Slide 48: Adding security to trusted SEMPER NOR Flash architecture

    Adding security to trusted SEMPER NOR Flash family architecture Unique device Secured boot Density secret (TCG DICE) Lead: 256Mb ® Concept: 128Mb, 512Mb, 1Gb Symmetric/asymmetric Key management ----------------------------------- Memory region access manager key provisioning Cortex®-M0 Voltage Nonvo

  49. Slide 49: XENSIV microphones portfolio

    XENSIVTM microphones portfolio 18 Sep 2025 public Copyright © Infineon Technologies AG 2025. All rights reserved. 49

  50. Slide 50: Interface Protection with Discrete ESD

    Interface Protection with Discrete ESD 18 Sep 2025 public Copyright © Infineon Technologies AG 2025. All rights reserved. Infineon Proprietary 50

  51. Slide 51: SECORA is in Mastercard's Greener Payments Partnership program

    SECORA is in Mastercard’s Greener Payments Partnership program HW & systems SECORA solutions 28nm SLC26 and SLC27 TEGRION COM (Coil on Module) Wafer 28nm Unmatched performance Certified and ready-to-use solutions Wide range of global and regional “flavours” Highest security standards Integrity Guard

  52. Slide 52: PSOC Edge E84 Evaluation Kit

    PSOC Edge E84 Evaluation Kit 18 Sep 2025 public Copyright © Infineon Technologies AG 2025. All rights reserved. Infineon Proprietary 52

  53. Slide 53: Success Story – Mobile POS

    Success Story – Mobile POS - Mobile POS Application: PSOC Edge E8x + CYW55572 - Power Consumption and Battery Life - Security Certifications (PCI PTS, EMV) - Long Range Connectivity - PSA L4 and PCI-PTS 6.2 certification reduce TTM and development/certification costs - Cortex M55 MCU with Edge AI ca

  54. Slide 54: Table of contents

    Table of contents 1 Company overview 3 1 Company overview 3 2 Product segments 8 2 Product segments 8 3 Application requirements challenges and value proposition 10 3 Application requirements & challenges and value proposition 10 4 Application block diagram and Infineon offering 22 4 Application blo

  55. Slide 55: Summary

    Summary - PSOC Edge is PCI PTS pre-certified, meeting security requirements. - PSOC Edge solution has significant advantages in POS application: - Ultra-low-power consumption to extend battery lifetime - Highly integrated for low BOM cost implementation - High scalability with on-chip support of gra

  56. Slide 56: Infineon

    Cinfineon

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