Multimedia

These high-precision, 4-axis fiberoptic gyro, noise-free, HD UV-IR-Video sensors are fit for most FAA\EASA approved mounts.

Boston Dynamics shows what its Spot Mini robots can do.

Learn about the significant variation of performance of a PCB mounted antenna.

The device combines electronic transistors made of graphene with clustered regularly interspaced short palindromic repeats (CRISPR) technology.

The device combines an advanced ACF controller with three ultra-high voltage (UHV) components, and the result is a “best of both worlds” for designers: the simplicity of a traditional flyback controller with the power density enabled by ACFs.

Capacitive sensors are designed for non-contact measurement of displacement, distance, and position, as well as for thickness measurement. The sensors measure against all electrically conductive materials and even against insulators.

Real-time simulations can improve diagnosis and treatment of cardiac issues, evaluate pharmaceuticals and other therapy options and tailor interventions for individual patients.

Tempo Automation is harnessing a smart factory powered by proprietary software and state-of-the-art machinery to disrupt the PCB contract manufacturing industry with three-day order fulfillment.

The company is working with drone maker Matternet in the North Carolina area.

A team of researchers from KAIST has created the first truly functional smart clothing material.

Equipped with eight input channels, the OM-CP-OCTPRO Logger can simultaneously measure current, voltage, temperature and pulse, providing users with real-time data at a moment’s notice.

MIT has created an algorithm that detects a collection of coordinates on a new object before picking it up.

Somat from HBM has been delivering rugged mobile data acquisition for product validation testing in the harshest environments for over 35 years.

EP3HTSDA-1 is a one part, highly electrically conductive epoxy designed for die attach applications.

Quantum computing promises immense computational power by harnessing the quantum mechanical phenomena of entanglement and superposition. Here's how it works.

The cane sports pressure sensors to detect the load placed by the user on the cane and provide data for continuous analysis of gait.

Perceptin’s Dragonfly Pod uses the network to receive and send real-time data such as location, destination and speed information.