Hello Dear Readers, Currently, at Lekha Wireless Solutions Pvt. Ltd  vacancy for a  Hardware Design Engineer/ Senior Engineer/ Lead Engineer  role. What you will do: You will be part of an energetic team working of next-generation and present-day problems in the world of Wireless communication. You will work on building current and next-generation hardware for tactical communication systems, 4G and 5G. You will build mixed signal boards that get into communication systems and provide technical leadership in challenging design flows. You are: A graduate/ Post graduate in Electronics/ Electrical/ Instrumentation or related disciplines with 2 to 7 years experience in digital and mixed-signal design. Must-Have: Be proficient in Digital electronics and have built complex boards hands-on till bringup and deployment Posses good understanding of Hardware chip and peripheral architectures – Processors/ DSP/ FPGA/ Radio transceivers/ Codes. Be proficient in signal processing...

  Hello Dear Readers, Currently, at Analog Devices Bangalore vacancy for a Product Application Intern FY23 role. Analog Devices is a leading global high-performance analog technology company dedicated to solving the toughest engineering challenges. We enable our customers to interpret the world around us by intelligently bridging the physical and digital with unmatched technologies that sense, measure, power, connect and interpret. In this job you will work with a team developing sophisticated mixed-signal system-on-chip (SoC) integrated circuits for smart power systems as well as with people who develop standard power products with Buck, Boost, and Buck-boost topologies in high voltage domains. Roles and Responsibilities: Develop system level uses to showcase the product capabilities for technology adoption Develop PoC in close collaboration with automotive OEMs and field team Develop necessary software for system level EMI/EMC Build/modify the existing stacks/device drivers/appli...

   Hello Dear Readers,   Currently, at Sony Research India Bangalore vacancy for a Speech Generation Intern role. Sony Research India is driving cutting-edge research and development in various locations around the globe, including laboratories in Japan, the United States, Europe, and Asia. We endeavor to create new technology, products, and services while sustaining Sony Group’s diverse businesses in electronics, entertainment, and financial fields. For our research center to blaze a trail in the latest technologies, we seek to foster the growth of a diverse pool of engineering talent and create a technology talent bank to drive research excellence worldwide. Sony Research India (SRI) is offering outstanding career opportunities around frontline technologies such as AI and data analytics. Key responsibility: Together with the research scientists or other team members, work on the basic development activities on a daily basis, and participate in speech generation-related ...

  Hello Dear Readers, Currently at Infineon Bangalore vacancy for an Intern role. Quick Info: Location: Bangalore (India)  Work experience: 0-1 year  Job ID: 320399 Start date: as soon as possible  Type: Full-time  Contract: Temporary Job description: Design and development of hardware and firmware for force sensing with Magsense application with PSoC Major tasks – Understanding Magsense technology. Learning industry tools for circuit design. Firmware design concepts and Manufacturing of prototypes. Your Profile: Bachelor / Post-Graduate in Engineering with Specialization in Instrumentation / Electronics / Embedded Systems / Automotive Electronics Minimum 70% aggregate in 10th, 10+2/PUC, BE/B Tech and ME/MTech is must No backlogs as on date and not more than 2 years gap in education Mandatory: Understanding of micro Controllers, peripherals such as I2C, and SPI, interest in hardware, circuit and board design Other skills: Good communication skills...

It’s scarcely twenty years since the first-second generation (2G) digital mobile phones appeared on the market. By the mid–1990s texting was widely adopted, and further, GSM and GPRS based modems became available—albeit only providing slow connectivity no higher than a few kbps. This was the start of the wireless digital data revolution. By the end of the 1990s and into the 2000s, third-generation (3G)   mobile connections became available at speeds of a few 100kbps and WiFi emerged as a means of connecting devices to wireless access points over distances below 20 meters or so. From early WiFi speeds of just a few Mbps, by 2005 we were running at 54Mbps in most implementations and soon to speeds of   300Mbps and higher when MIMO methods emerged in the early 2010s. Smartphones also just keep getting smarter. WiFi and Bluetooth are now considered standard wireless connectivity requirements on smartphones alongside 2G, 3G, and likely fourth-generation ...