RF

Why developing an IoT design environment demands an integrated, top-down design flow that combines AMS, digital, RF, photonics, and MEMS design and verification tools.

Current techniques for modelling RF power amplifiers don't provide the dynamic range necessary to simulate their performance properly when used in the energy-saving envelope-tracking mode necessary to give LTE terminals a decent battery life.

A team from RFMD describes a design upgrade for one of the company’s devices, the ML5800 transceiver. The chip is used in cordless telephones and has sold more than 20 million units. Because of constraints upon the different portions of the project and a wish to maximize reuse from the earlier chip, the company developed [...]

As the market continues to push for higher performance at lower cost, trusted personal devices (TPDs) must also be able to exchange greater volumes of data, voice or streaming video at ever higher bit rates, while transmitting and receiving securely under multiple telecommunication standards. Reductions in cost and time-to-market can only be achieved by integrating […]

Justin Rattner will this year mark 35 years with Intel. His career with the technology giant has seen him collect numerous accolades, particularly for work in areas such as high performance computing (HPC). He was Intel’s first principal engineer and was its fourth member of staff to be named a fellow (he is today a […]