Infineon announces next-generation PSOC Edge portfolio featuring powerful AI capabilities

Infineon has released details of its new PSOC Edge family of microcontrollers (MCUs) optimised for machine learning (ML) applications. The three new PSOC Edge MCU series, E81, E83 and E84 offer a scalable and compatible range of performance, features, and memory options. They are all supported with comprehensive system design tools and software that enable developers to quickly move from concept to product and bring new ML-enabled Internet of Thing (IoT), consumer and industrial applications to market.

“Next-generation IoT edge devices continue to require more performance without compromising power,” said Steve Tateosian, SVP of Industrial MCUs, IoT, Wireless and Compute Business, Infineon. “Infineon’s innovative new PSOC Edge E8 series of devices use ML capabilities to compute responsive AI while balancing performance and power requirements and providing embedded security for connected home devices, wearables, and industrial applications. As a leading provider of MCUs, we are committed to delivering solutions that extend the capabilities of future IoT systems.”

Infineon’s new PSOC Edge E81, E83 and E84 microcontrollers are based on the high-performance Arm Cortex-M55, including Arm Helium DSP support paired with Arm Ethos-U55, and Cortex-M33 paired with Infineon’s ultra-low power NNLite — a proprietary hardware accelerator intended to accelerate neural networks. In addition, all three series support extensive peripheral sets, on chip memory, robust hardware security features and a variety of connectivity options including USB HS/FS with PHY CAN, Ethernet, WiFi 6, BTBLE and Matter. The PSOC Edge E81 utilises the Arm Helium DSP technology along with Infineon NNLite Neural Network (NN) accelerator. The PSOC Edge E83 and E84 include the Arm Ethos-U55 micro-NPU processor, which provides a 480x improvement in ML performance compared to existing Cortex-M systems, and they support the Infineon NNlite neural network accelerator for ML applications in the low-power compute domain.
Target applications for the PSOC Edge E8x series include Human Machine Interface (HMI) in appliances and industrial devices, smart home and security systems, robotics, and wearables. All three series support voice/audio sensing for activation and control, while the E83 and E84 MCUs deliver increased capabilities for advanced HMI implementations, including ML-based wake-up, and vision-based position detection and face/object recognition. The PSOC Edge E84 series adds low-power graphics display (up to 1028×768) to the extensive feature set.

PSOC Edge E8 MCUs offer designers a full family of system and full software compatible devices. Hardware design support includes an evaluation base board with Arduino expansion header, sensor suite, BLE connectivity for provisioning and Wi-Fi for smart phone and cloud connectivity.

As with all Infineon MCUs, the series is supported by Infineon’s ModusToolbox software platform, which provides a collection of development tools, libraries, and embedded runtime assets for a flexible and comprehensive development experience. ModusToolbox supports a wide range of use cases including consumer IoT, industrial, smart home, and wearables.

Imagimob Studio is an Edge AI development platform, integrated into ModusToolbox, that delivers end-to-end ML development capability, from data in to model deployed. Starter projects and Imagimob’s Ready Models make it simple to get started. When used with PSOC Edge, Imagimob makes it possible to rapidly build and deploy state of the art machine learning models for the edge.

https://www.infineon.com/PSOCedge.

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u-blox incorporates newest Nordic Semiconductor Bluetooth chips in two new compact modules

u-blox has announced two additions to its Bluetooth LE portfolio, ALMA-B1 and NORA-B2. The modules are based on the latest generation nRF54 Series Systems-on-Chip (SoCs) from Nordic Semiconductor. They both support Bluetooth LE 5.4 and Thread/Matter technologies in a compact, power-efficient, and secure format.

ALMA-B1 and NORA-B2 are designed for a wide range of IoT applications, including industrial automation, healthcare, and smart home. ALMA-B1 is a high-end wireless MCU, while NORA-B2 brings ultra-low power to less complex applications. In the indoor positioning example, ALMA-B1 could act as an anchor point due to its vast processing capabilities, while the power efficiency of NORA-B2 makes it suitable for asset tracking tags.

According to ABI Research, Bluetooth LE device shipments are expected to roughly double by 2028. At the same time, new applications unleashed by AI / EdgeML and sensor fusion trigger the need for additional and stronger requirements, including higher security, more processing power, and efficient battery consumption.

Powered by the nRF54H20 and the nRF54L15 Nordic low-power multiprotocol SoCs, ALMA-B1 and NORA-B2 provide IoT devices with the processing power for edge computing and machine learning without additional components. With more than twice the processing power of previous Bluetooth LE modules, ALMA-B1 can even replace general-purpose MCUs in a compact solution.

Both modules also offer a significant reduction in power consumption. NORA-B2 consumes up to 50% less current compared to previous generations of Bluetooth LE modules. This translates into smaller batteries or longer battery life in end products.

Designed for PSA Certified Level 3, ALMA-B1 and NORA-B2 provide the highest levels of IoT security. In addition to features like secure boot, secure storage, secure debug interfaces, and hardware crypto accelerators, both modules include next-generation security features like physical tamper detection and protection against side-channel attacks.

The sizes of the modules (10 x 11 mm or 10 x 14 mm) save considerable space and facilitate migration from other u-blox’s modules. Both modules come with global certifications.

ALMA-B1 and NORA-B2 are available as wireless MCUs. Both modules offer two antenna options: an antenna pin or an embedded PCB antenna.

https://www.u-blox.com

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Microchip introduces ECC608 TrustMANAGER with Kudelski IoT keySTREAM

As the world comes to rely on interconnected IoT systems—for everything from household items like smart thermostats, virtual assistant technology and digital door locks to medical and industrial applications—the need for reliable cybersecurity on embedded systems has never been greater. To increase security on IoT products and facilitate easier setup and management, Microchip has added the ECC608 TrustMANAGER with Kudelski IoT keySTREAM, Software as a Service (SaaS) to its Trust Platform portfolio of devices, services and tools.

With security credentials managed and updated in the field via keySTREAM—instead of being limited to a static certificate chain implemented during manufacturing—the ECC608 TrustMANAGER allows custom cryptographic credentials to be accurately provisioned at the end point without requiring supply chain customisation and can be managed by the end user. keySTREAM offers a device-to-cloud solution for securing key assets end-to-end in an IoT ecosystem throughout a product’s lifecycle.

The ECC608 TrustMANAGER relies on a secure authentication IC that is designed to store and protect cryptographic keys and certificates, which are then managed by the keySTREAM SaaS. The combined silicon component and key management SaaS allow the user to set up a self-serve root Certificate Authority (root CA), and the associated public key infrastructure (PKI) secured by Kudelski IoT, to create and manage a dynamic certificate chain and provision devices in the field the first time they are connected. Once claimed in the SaaS account, the devices are automatically activated in the user’s keySTREAM service via in-field provisioning.

Security standards and upcoming regulations are increasingly requiring upgradability of security infrastructure for IoT devices. This is a difficult task with traditionally static IoT security implementations, which require physical upgrades like changing out the security ICs in each device to stay in compliance. With the ECC608 TrustMANAGER, the process is automated and highly scalable, allowing devices to be managed securely and efficiently throughout their lifecycle. It also enables easy device ownership management without needing to change hardware, as security keys are updated digitally from the cloud into the device. This approach streamlines the supply chain processes for distribution partners as well.

This type of in-field provisioning and device management meets IoT security standards and will be useful in device certificate updates needed to stay in compliance with evolving security requirements. The keySTREAM SaaS allows for ongoing updates of keys designed to prevent and protect against evolving threats and security requirements. In-field provisioning also removes the need for customisation for more efficient manufacturing.

https://www.microchip.com/en-us/products/security/trust-platform/trustmanager

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ST boosts sensing creativity with new all-in-one MEMS Studio desktop software solution

ST’ MEMS Studio is a new all-in-one tool for MEMS sensor evaluation and development, connected closely with the STM32 microcontroller ecosystem and available for Windows, MacOS, and Linux operating systems.

By unifying the sensor-development workflow, from evaluation to configuration and programming, MEMS Studio accelerates development and simplifies bringing rich contextual awareness to users’ projects. Enhanced features help easily acquire and clearly visualise sensor data to explore the operating modes and optimise performance and accuracy. There are also tools for pre-built library testing, as well as convenient drag-and-drop algorithm creation for intuitive, no-code development of STM32 MCU firmware.

MEMS Studio supports the wide portfolio of ST MEMS sensors, including motion sensors, environmental sensors, and infrared sensors. It provides tools to explore and use all the sensors’ features including the finite state machine (FSM) and embedded edge AI in inertial modules for power-efficient inferencing directly in the sensor. These include creating and managing decision trees in sensors equipped with ST’s machine-learning core (MLC), monitoring interrupts status, and testing advanced features like FIFO, pedometer, and freefall detection embedded in the sensor.

MEMS Studio also offers a new experience for analysing sensor data in runtime and offline, where users can visualise, label, and edit the data for the best algorithm implementation. Spectrogram analysis and fast Fourier transform (FFT) are also available and help understand the sensor signal for the best detection of the sensing application target.

Users can choose from a wide variety of compatible development boards, including STM32 Nucleo expansion boards, sensor adapters, and ST’s multi-sensor evaluation kits. These comprise the SensorTile.box PRO, STWIN.box, and STEVAL-MKI109V3 professional MEMS adapter motherboard with adjustable power settings and a STM32F401VE MCU on-board.

As creative use of MEMS sensors continues to drive innovation in cutting-edge applications, MEMS Studio empowers designers to add new and more advanced functions in next-generation high-tech products. Its release promotes the development of smart appliances, medical wearables, and technology for digital healthcare, smart buildings and factories, robotics, asset tracking, and smart driving.

Consolidating and extending the features of established sensor-development tools including AlgoBuilder, Unico-GUI, and Unicleo-GUI, MEMS Studio is available now to download, free of charge, from https://www.st.com/mems-studio.

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