Designers can use high-reliability, energy-dense electrolytic capacitors to replace banks of capacitors to save board space.
Proper use and calibration of high-accuracy gas flow controllers ensures fine control of expensive gases in industrial automation processes.
For industrial automation systems, a Wi-Fi-enabled touchscreen provides compact user interface that is easy to use and quickly deployed—and relocated.
By standardizing on IP67 USB-C cables and connectors for industrial applications, designers can save time, lower costs, and improve reliability.
Using the RISC-V RV32I Multiply extension, you get several 32x32 multiply instructions that enhance code efficiency for embedded applications.
Use the RISC-V Atomic extension for single-instruction bit manipulation and to enhance code for embedded microcontroller and multiprocessor synchronization.

Use wireless energy harvesting sensors that avoid battery replacement for maintenance-free, out-of-way applications where wires aren’t an option.
Using bonded-pair Ethernet cables designers can deploy gigabit data connections with PoE across industrial plants with high assurance of long-term stability.
Use the right medical tape to keep biometric sensors secure and prevent data errors.
Sometimes you just have to run a CAT5e cable across the floor and you want to avoid any unscheduled trips.
It’s important to use the correct flash memory for long term IoT SBC use to prevent data corruption and protect against Murphy’s Law.
Seeed Technology has made AI easy for RISC-V with a dual-core 64-bit RV64I development board for machine vision and machine hearing.
Use absence of voltage testers (AVTs) to protect workers by quickly and automatically verifying there are no dangerous voltages inside an electrical enclosure.
Maxim Integrated has removed the risk of moving to RISC-V with its MAX78000 dual-core Arm and RISC-V microcontroller.
Use Microchip Technology’s EV15R70A kit to quickly and securely connect Wi-Fi enabled IoT nodes to AWS for control, monitoring and data analysis.
Using Maxim Integrated’s 1-Wire protocol bridge controller, developers can carry both power and data up to 100 meters to SPI and I2C peripherals.
Automation engineers can reduce configuration time and ensure reliable connectivity between controllers and sensors/actuators using sensor actuator boxes.
Use single pair Ethernet for bidirectional high-speed transmission of data and power to save space and weight in industrial and enterprise installations.
Optimize interconnects for size, weight, power, and cost (SWaP-C) across a range of challenging applications using rugged, miniature connectors.
The symmetry of USB-C connectors is a long-overdue convenience, but equally symmetrical covers can keep dust and moisture out to ensure connector integrity.