As modern chips push the limits of power efficiency, power management has become a top priority. With today’s increasingly complex devices, verifying power intent isn’t just a technical requirement.

As chip complexities increase and the industry evolves to more battery-powered devices, power-aware/consumption research becomes an integral part of design in the ...

Under the number IEEE 1801, the IEEE has approved the Standard for Design and Verification of Low Power Integrated Circuits. Also known as Unified Power Format 2.0 (UPF 2.0), the standard was ...

Undertaking the design of a system-on-a-chip (SoC) is complex enough on its own merits. As is ever more the case, when power consumption is the primary design constraint, it becomes a task of enormous ...

Lattice Semiconductor Corporation announced an array of advancements to its software platforms, debuting new versions of Lattice Diamond® and iCEcube2™ design tools. The updated software prominently ...

Technical standards are pervasive. When they’re effective, they enable innovation, increase quality, and reduce costs. Over the past five years, I’ve been involved in a technical standardization ...

Load-powered latching relay architecture enables battery-free HVAC control designs while reducing system complexity, size, ...

Embedded designers are faced with the daunting challenge of developing low-power, high-performance industrial and consumer electronics products. To help alleviate the design stress, Texas Instruments ...