The LPC29xx family is based on ARM9E controller core and feature low latency TCM (Tightly Coupled Memory).

Offering a 16-bit RISC architecture featuring an MSP430 core with up to 32KB programmable on-chip flash and 2KB of RAM.

The benefits of designing with FRAM from TI include enabling engineers to make networks of safety sensors more affordable, robust, and durable.

Performance for communication with monitoring device and data processing as well as low power consumption to operate on batteries during an electrical failure.

Discuss the ARM7 core, discover component peripherals, and learn about tools and support for these microcontrollers.

This presentation will introduce Infineon's PSoC™ 6 microcontrollers and their features, including the high-performance dual-core architecture and the built-in hardware-based security.

Delivers high performance, making developing with PIC32 simple and easy. Wide range of applications include industrial automation, medical, and commercial.

Provides a highly flexible development platform with a selection of motion-related MEMs sensors.

Renesas' RA2L1 low-power general purpose MCUs cover 128 KB and 256 KB Flash memory versions and operate up to 48 MHz.

The key to strong performance and ultra low power designs, the Flexis family is the connection point on the NXP controller continuum.

This presentation will discuss the key features and applications for the RL78/G23 microcontroller from Renesas.

Instruments MSP430FR599x family of mixed signal microcontrollers provide a high degree signal processing performance in an energy efficient MCU product.

The MSP430FG6x devices offer TI’s highest level of analog integration to date

This presentation will review the 8-bit line of CS897x MCUs from Lumissil Microsystems.

Developed for embedded microcontrollers, this ARM is the latest standard core, is high performance, and has single cycle multiply and hardware division.

FDI offers three versions of USB-ICP with unique cables and features for different microcontrollers, and is USB powered so no power supply is required.

Small package size, low I/O count, and serial flash benefits over traditional NAND/NOR flash, make it a favorable and unique choice of microcontroller.

The MSP430's 12-bit differential ADC known as the ADC12_B.

The design goals of the ML610Q100 family was to develop small packaged devices that are suited for deeply embedded industrial applications.