2.5-Gbps per channel VCSEL-based 1310-nm array modules have been unleashed for use in SONET/OC-48 applications, including dense optical networking equipment andoptical backplane interconnects.

Scarcely a lighting application exists that designers have not considered converting to solid-state lighting, especially as LEDs by leaps and bounds improve both the quantity and the quality of their ...

Conventional computer systems based on the Von Neumann architecture rely on silicon transistors with binary states for information representation and processing. However, exploiting emerging materials ...

Broadcom’s XLP900 architecture can translate into a massively parallel processing array that has been augmented to handle high-end switching communications and networking chores. Broadcom’s XLP900 ...

The superconducting device of multiple Josephson junctions in arrays has increasingly attracted interest in both applications and fundamental research. The challenge of array integration and scaling ...

Multi-mode sensor processing – such as that for radar beamforming and for electro- optical (E-O) or infrared (IR) image processing – presents formidable computing problems. It requires extremely ...

A slippery droplet microarray enables parallel 3D bioprinting of separated, immersed hydrogel models, cutting array fabrication time from hours to minutes. (Nanowerk Spotlight) Testing many biological ...

Fig 1. Designers can parallel identical fixed-ratio isolated bus converters to create the high-power array in an intermediate bus architecture. Fig 2. This array of identical fixed-ratio isolated bus ...

While a single dc/dc converter is always preferable, there are many instances when two or more converters are needed to meet a military system's power requirements. In such applications, these ...