This file type includes high resolution graphics and schematics when applicable. Practically every electronic product made today uses one or more serial data interfaces. A serial interface is the ...

More and more vendors with more and more products are joining the long and steady march to migrate from parallel to serial chip, board and system interfaces. And they’re doing so with good reason. A ...

As the sample rate and resolution of today’s data converters increase, new high-density techniques for the digital data interface are being developed to cope with the large number of signals and high ...

For years now, ATA (also known as IDE and, in the last several years, as EIDE as well) has been the connection of choice for disk drives on the desktop. In enterprise IT rooms, SCSI devices represent ...

Here is a collection of content on the various serial I/O protocols and the interfaces for converting parallel 8-16-32-bit I/O into a more compact 1-2 bit serial form used in embedded systems design.

For years, parallel communication schemes offered clear advantages for moving data quickly from chip to chip, board to board or system to system. But when I/O clock-frequency rates passed 66 MHz, ...

Although incorporating high-speed serial buses into embedded systems solves many problems, the design and validation processes differ and aren't well understood. As technology progresses, the ...

Getting data to a storage medium requires transmission. Parallel transmission has historically been the preferred way to write data to disk. But at current speeds, serial transmission can be faster ...

Dozens of serial data interfaces are used today. Most have been developed for specific applications. A few have become universal, such as I 2 C, CAN, LIN, SPI, Flex, MOST, and I 2 S. Then there’s ...