Tata Electronics and Bharat Electronics sign MoU for electronics and semiconductors

🇮🇳 INDIA’S FIRST Chip Factory! Tata Electronics & Taiwan’s PSMC are building India’s first chip factory in Dholera — powering mobiles, cars, 5G, defense & space! image credit:-Tauriel 2.0 #IndiaChipFactory #TataElectronics #PSMC #Semiconductors #MakeInIndia #TechRevolution #Dholera #Innovation #5G #DefenseTech #SpaceTech #DigitalIndia #AtmanirbharBharat #ChipManufacturing #IndianTechnology

QNX is a commercial Unix-like real-time operating system (RTOS) primarily designed for embedded systems that require high reliability, safety, and security. It features a microkernel architecture which minimizes the attack surface and provides strong isolation between processes, making it well-suited for mission-critical applications in aerospace, automotive, medical devices, industrial automation, and defense sectors.!!

Teledyne Technologies Inc. is a leader in imaging and instrumentation with a strong track record in machine vision cameras, sensors, and AI-integrated systems for industrial inspection and automation. Serving the aerospace, defense, and manufacturing industries, Teledyne improves efficiency through high-resolution solutions. In October 2025, the company launched the DALSA Genie Nano M6400 series, which utilizes edge AI technology for 4K defect detection and can increase throughput on electronics assembly lines by 30%

❓ Looking for a compact yet reliable interconnect between SMP and SMA interfaces? Wave.N Inc. introduces a precision-engineered SMP Male LD (Limited Detent) to SMA Female Straight Adapter, designed for high-frequency RF systems where stability, repeatability, and durability matter most. 🔹 Key Features of the product • Interface: SMP Male (Limited Detent) ↔ SMA Female • Frequency Range: DC to 40 GHz for ultra-broadband performance • SMP (MD) Mechanism: Easier to connect and disconnect while still offering some retention. • Versatile Applications: Suitable for high-frequency RF modules, testing, and interconnects 🔧 Typical Applications • RF module and sub-assembly testing environments • Communication equipment interconnections (5G base stations, DAS systems, etc.) • Satellite, radar, and avionics systems requiring compact, high-density RF paths • Military and defense RF platforms demanding shock & vibration resistance • Lab and measurement setups for rapid connect/disconnect testing 🚀 At Wave.N Inc., we specialize in delivering customized RF coaxial connectors designed to meet the most demanding industry standards. Whether you are working on telecommunications, aerospace, or industrial applications, our products ensure highly reliable quality products from the beginning to the end of the project cycle. 🛠 Our Key Strength: • South Korea-Based Manufacturing  🔹 Reliable quality and a vertically coordinated supply chain • Quick Turnaround Time  🔹 International shipments within 3 weeks for standard items • Custom RF Coaxial Solutions  🔹 Expertise in made-to-order designs tailored to your application • High-Reliability Applications  🔹 Proven performance in telecom, test & measurement, and defense markets • Flexible MOQ and Engineering Support  🔹 Support from prototyping to volume production 🌟 Are you in need of a reliable partner for custom RF coaxial connectors? Feel free to connect with us. Let's discuss how we can power your next innovation! #rf #passive #coaxial #connectors #adapters #CablePrepTool #cableassembly #Terminations #applications #attenuator #BaseStationProducts #GPS_InstallationProducts #Military_Aerospace #TestandMeasurement #Customization #Optimization #Machining

Indigenous innovation to drive new era for Indian automotive sector https://lnkd.in/dHcyc-SJ #AtmanirbharBharat #MakeInIndia Ministry of Electronics and Information Technology ICAT-International Centre for Automotive Technology Sunita Verma Saurabh Dalela #PRLakshmiEswari #SwadeshiTech #SelfReliantIndia #AutomotiveInnovation #FutureMobility #IndigenousSolutions #RAndDIndia #TechCollaboration #AutomotiveRandD #InnovationEcosystem #CybersecuritySolutions #IndianAutomotive Test Drive Guru

Continuous Long-Term Support for Analog Devices' Solutions ✔️https://hubs.la/Q03Mm-hh0 For over two decades, Rochester Electronics and Analog Devices have partnered to deliver seamless lifecycle transitions. With 300 million+ active and EOL devices in stock—including full support for automotive and military temperature grades—customers benefit from our 100% authorised, guaranteed solutions. ➡️Learn more about our comprehensive Analog Devices offering: https://hubs.la/Q03Mm-hh0 #RochesterEMEA #AnalogDevices #AuthorisedDistributor #Semiconductors

Part 2:Splitter Installation | Terminal Debugging #splitter #installation #equipmenttutorial #lcd #semiconductors #semiconductorindustry #electroniccomponents #electronicsmanufacturing #ems #oemfactory #oem #integratedcircuits #icchips #icchip #automotive #aerospace #industrial #medicalcare #energy #military #pcbassembly #odm #hardware #5g #ai #consumerelectronics #distributor

NASO INDUSTRIES CORPORATION Has just announced the expansion of its service offering to now include MEMS (micro electronic mechanical systems, flex assembly, micro-electronics and the acquisition of Cam-Expert an industry leader in the design and manufacturing of front panels for defense, avionics, space, and audio applications. This marks a big step forward for NASO INDUSTRIES CORPORATION as we continue to expand our service offerings and expertise.

𝐏𝐫𝐞𝐜𝐢𝐬𝐢𝐨𝐧 𝐓𝐞𝐬𝐭𝐢𝐧𝐠 𝐟𝐨𝐫 𝐇𝐢𝐠𝐡-𝐓𝐞𝐜𝐡 𝐏𝐂𝐁𝐬 Some high-tech circuit boards — especially those used in aerospace, military, and medical applications — require extremely high reliability. After assembly, we use a Flying Probe Test Machine to carefully test every net and component on the board. Unlike traditional fixtures, the flying probe uses moving test needles controlled by software, allowing high accuracy, flexibility, and no need for special tooling. It's perfect for prototypes or low-volume production runs. Quality and precision are non-negotiable for these industries, and this testing step ensures every board meets the highest performance standards. #PCBMay #PCB #PCBA #FlyingProbeTest #ElectronicsManufacturing #Aerospace #MedicalDevices #MilitaryTechnology #Testing #QualityControl #PCBAssembly #PCBTesting

Powering up for Defence & Aerospace: Automotive-Grade Power MOSFETs Take the Stage By Fabio Miduri - Technical Development Manager, TTI, Inc. - Europe Aerospace/defence is an exceptionally demanding sector, requiring access to high-performance electronic components. Characterised by its elevated expectations in terms of reliability, quality and long-term availability, it constantly drives advancements in areas like component design and supply chain management. The following article explores evolving trends here, emphasising the importance of advanced packaging arrangements (particularly for high-power semiconductors) and steadfast board-level reliability (BLR) in meeting these requirements. This sector is characterised by a diverse range of sophisticated systems, including GPS, flight control computers, cockpit panels, braking mechanisms, etc. Each of these demand components that not only deliver robust performance, but also manage power efficiently to meet the stringent requirements of high-stake situations. As things continue to progress, manufacturers are increasingly seeking innovative solutions from other industries to address these challenges. The automotive industry, renowned for its continued innovation, as well as leadership in cost efficiency and production scalability, offers valuable lessons for the defence/aerospace sector. By leveraging proven automotive technologies that have undergone rigorous testing and validation in high-reliability applications settings, manufacturers can accelerate their innovation cycles, reduce costs and better align with the rapidly changing demands of the market. Automotive-grade power MOSFETs exemplify this cross-industry innovation. Engineered for superior performance, durability and reliability in extreme environments, these components satisfy the growing demand for elevated levels of efficiency and power density in defence/aerospace applications. They provide a robust alternative to traditional MIL-STD-11991 and MIL-PRF-19500 certified components for non-hermetic applications, while also demonstrating compliance with AEC-Q101 requirements. This makes them a compelling route to take for manufacturers seeking to balance cost, scalability and performance in mission-critical application scenarios. Recognising the need for... READ MORE https://lnkd.in/dZ4mMU4H Geoff Breed Ciara OKeeffe Lara Gerber John Islam Joerg Martin Kevin Nicholls Cerys Potts Natalia Selezneva Dulcie Elliot Carsten Otte (he/him) TTI, Inc.