MicroLED devices are moving beyond laboratory development into applications such as augmented reality displays and optical interconnects for AI data centres.
How can a parked vehicle monitor its surroundings without keeping its main processor active? A low-power AI chip handles detection at the camera edge.
How can semiconductor inspection keep pace with complex packaging? An acoustic system combines high-resolution imaging with faster scanning and automated ...
What does robotic control need beyond processing speed? A 5V microcontroller can combine high-resolution analogue control ...
From semiconductor design to edge AI and electric mobility, TI is increasingly developing technologies in India for ...
A high-entropy layered-oxide cathode retains 90 per cent of its capacity after 2,300 cycles in ampere-hour-class pouch cells, ...
A new source-to-rack power architecture combines high-voltage DC distribution, solid-state conversion, protection, and ...
BrainChip’s AKD1500 accelerator boards start at $99 and bring event-based neural-network processing to Raspberry Pi 5 and ...
A new optical interconnect design combines 7.2TB/s bandwidth, integrated light sources, and direct-drive signalling to reduce ...
A tilting three-wheel platform combines two-wheeler-style cornering with twin-wheel stability, while offering a claimed ...
What does India’s first indigenous broadband chip bring to the country’s networking ecosystem? Vihaan-I has completed first-pass silicon and is now moving ...
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