Recent #IoT news in the semiconductor industry

11 months ago
➀ The MAXREFDES9001 is an IoT security reference design from Analog Devices that provides a solution for secure, low-power sensor networks; ➁ It features a LoRa-based temperature sensor node, secured by the DS28S60 cryptographic coprocessor, and includes a LoRa gateway and a cloud application hosted on AWS infrastructure; ➂ The design allows for secure data transmission and ensures integrity, confidentiality, and authentication.
IoTsecurity
11 months ago
The article discusses an internship opportunity in the field of Internet of Things (IoT) at Eagle Control Systems in Mumbai. The selected intern will be responsible for designing firmware for embedded products, developing software applications, and working on IoT projects. The requirements include skills in programming, circuit design, and IoT. The internship is available for a duration of 6 months.
InternshipIoT
11 months ago
➀ This interview discusses how the Qoitech Otii Product Suite helps engineers optimize battery life in IoT and embedded devices. ➁ It covers key steps such as device consumption profiling, battery profiling, and emulation to achieve efficient and long-lasting designs with faster development cycles. ➂ The interview highlights the importance of efficient battery optimization for IoT and embedded systems.
IoTbatteryembedded
11 months ago
➀ Silicon Creations achieves a significant milestone with over 1,000 licenses sold for its Fractional-N PLL IP; ➁ The technology offers versatile frequency synthesis capabilities, expanding its application potential; ➂ Deployed in various markets, the IP demonstrates adaptability across different applications.
AIAnalog IPChip designConsumer ElectronicsDigital ClockingFractional-NFractional-N PLLFrequency SynthesizerHigh-Performance ComputingIPIoTPHY Reference Clock GenerationPLLSEMICONDUCTORSilicon CreationsSilicon IPTechnology Licensingautomotive
12 months ago
1. NXP introduces the i.MX 94 family, a new addition to its i.MX 9 series of application processors, designed for industrial control, PLCs, telematics, and automotive gateways. 2. The i.MX 94 family integrates real-time processing with industrial networking protocols, supports post-quantum cryptography, and features an integrated NPU for AI and machine learning capabilities. 3. The family offers scalable system-level design support and integrates with NXP's wide range of wireless solutions.
IoTNXPProcessors
12 months ago
➀ Taoglas has launched AntennaXpert, a suite of digital tools for antenna design and integration. It includes Antenna Integrator, Antenna Builder, and Cable Builder. The tools enable users to preview and optimize antenna performance, customize cable length and connectors, and streamline the design process. ➁ The Antenna Integrator helps with RF performance optimization and PCB size reduction. ➂ Antenna Builder and Cable Builder allow for customization of external and embedded antennas and RF cable assemblies. The solutions are available within 24 hours from Taoglas' global facilities.
AntennaDesign ToolsIoT
about 1 year ago
➀ Wi-Fi 6 and 7 are advancing wireless technology with improved speed, efficiency, and low latency, addressing modern connectivity needs. ➁ The article highlights the features of Wi-Fi 6 and 7, such as OFDMA, MU-MIMO, TWT, and MLO, and their impact on IoT and smart homes. ➂ It discusses the challenges and future adoption of Wi-Fi 7, emphasizing the importance of RF design, power efficiency, and thermal management.
5GEdge ComputingInfineonIoTNetworkingWi-FiWi-Fi 6Wi-Fi 7connectivitysmart home
about 1 year ago
The Fraunhofer Heinrich-Hertz-Institut (HHI) has launched the HYPERCORE project, aimed at developing energy-efficient, secure, and high-performance communication infrastructure for the hyper-connected society. The project, funded by the German Federal Ministry of Education and Research (BMBF), focuses on optimizing metro and core networks, exploring a combination of all three physical dimensions (time, frequency, and space) for increasing transmission capacity. The project involves developing multiband transmission systems, coherent OTDR systems for network control, and expanding digital twin technology for optical communication networks. Field tests are planned for 2026 in Kiel and Berlin.
Autonomous VehiclesDigitalizationFraunhofer HHIGermanyIoTNetworkingResearch ProjectSmart Citiesenergy efficiencyoptical communication