Our PolarFire SoC FPGAs have solved the challenge of the need for a compact programmable, power-efficient device that has a small enough thermal footprint to eliminate fans and heat mitigation. We deliver optimized power efficiency, with a hardened, real-time Linux^®- capable RISC-V embedded microprocessor system.

Reduce complexity and time with the all-in-one certified Qi 1.3 wireless charging reference design.

Building upon the low-power performance of the AVR core, this feature set, including MVIO, is perfectly suited for complex applications or as a companion MCU in complex designs with multiple power domains.

Quickly and easily add full CAN FD functionality to nearly any microcontroller with the MCP251863, an automotive-qualified, single-chip controller and transceiver.

Most switches and midspans supported up to one gigabit per second data rates. However, with emerging technologies including Wi-Fi^®6 and 5G, faster speeds up to 10 gigabits per second are required to support these emerging technologies.

dsPIC33CH dual-core DSCs are designed to facilitate independent code development for each core by separate design teams, which can be seamlessly integrated when the separate codes are later brought together. This family is optimized for several applications including safety-critical applications, touch control, wireless charging, digital power, motor control and many more.

Simplify your EEPROM decision making with our Serial Memory I2C Evaluation Kit (DM160237). Its straightforward drop-in socket and user-friendly GUI allow you to evaluate our I2C memory products and the functionality of each device.

The CEC173x family "Trust Shield" controller is an advanced Root of Trust (RoT) technology that establishes cyber resiliency and an end-to-end chain of trust. Using this solution, a platform’s security can be strengthened with Secure Boot/Updates, Real-Time System Bus Protection, Device Identity Verification, and Side-channel Attack Countermeasures.