My last blog discussed using an overlay versus using a converged network for telepresence. For either approach, the next step is to analyze the bandwidth demand of the telepresence and determine which ...

In modern communications systems, the more bandwidth that is available, the more information that can be transmitted. As bandwidth requirements increase, the need for faster and higher linearity A/D ...

The “Fragmented Aperture Antenna,” a computer-designed planar system, has already demonstrated a 33-to-1 bandwidth – well beyond the 10-to-1 ratio achieved by conventional designs. The researchers ...

Meeting today's bandwidth needs is often defined in terms of performance requirements and what can or can't be achieved with current technology options. Many engineers are currently struggling to ...

The three bandwidth-related strategies that can yield results. How and why to take a bandwidth approach. Some of the methods for implementing a bandwidth-optimized approach. As PCB feature sizes ...

High-speed optical transceivers are indispensable building blocks in our Internet era. A lot of effort is invested in the development of the laser transmitter components, where demands over cost, ...

Embedded-system designs continue to demand more and faster memory, especially in platforms like FPGAs, GPUs, and CPUs. High bandwidth memory (HBM) delivers more data in one clock cycle because of its ...

Denali’s AMBA-compatible core provides system architects configurable, multi-port bandwidth allocation for optimal memory access by on-chip processing units Palo Alto, CA – June 10, 2002—Denali ...

Bandwidth is the specification that most engineers consider first when they select an oscilloscope. This article provides some guidance on how to select an oscilloscope with the appropriate bandwidth ...