A*STAR Institute of Microelectronics (A*STAR IME)

Computer modeling is assisting the design of optical modulators with low losses to improve optical communications

A passive method for sorting and fixing microbeads of different sizes could lead to cheaper and more functional biological assays

A thinner probe array that uses a silicon-based microstructure could underpin safer neural implants

A modulator that converts an electrical signal into an optical signal could enable faster wireless data transmission

Innovative electrodes allow new computer memory technologies to be compatible with existing circuitry

Using a newly developed technique, protective casings for microscale devices can be built quickly and cheaply without damaging components

A microelectromechanical system developed in Singapore provides the 360-degree view that is critical in diagnostic imaging

A narrow channel that acts as a polarization filter adds a new dimension to optical data transmission

The A*STAR Institute of Microelectronics and nanoX Imaging Ltd join forces to develop a new medical X-ray imaging detector

A specialized switch that controls light can regulate the flow of optical data at a speed suitable to accelerate computers

A device that can manipulate radiofrequency signals could soon reduce the size of short-distance communication systems

A sensor developed at A*STAR can detect bladder cancer cells and track tumor progression