Traditionally, external SRAMs feature a parallel interface. Given the memory requirements for most of SRAM-based applications, it’s no surprise that parallel is a better option. For the high ...

Industrial digital input chips provide serialized data by default. However, in systems that require real time, low latency, or higher speed, it may be preferable to provide level-translated, real-time ...

For portable-sensing and data- acquisition applications, a laptop computer and its parallel port (LPT) make good bedfellows. Yet in the effort to extend battery life, many microprocessors and entire ...

For more than 20 years, the parallel bus interface has been the mainstream storage interconnect for most storage systems. But increasing bandwidth and flexibility demands have exposed inefficiencies ...

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 ...

If you're getting into the storage game, even on a locally-attached basis, there are a number of options from which to pick when it comes to the way that you will connect your storage. In this article ...

Engineers have been rapidly increasing chip-to-chip I/O speeds in an effort to keep pace with the bandwidth needs of increasingly integrated silicon. Consequently, a variety of parallel and serial ...

Focusing on such standard parallel PHY interfaces for Gigabit Ethernet as RGMIIv2.0, RGMIIv1.3, and GMII, here is an analytical approach showing how to transform timing specs to design constraints, ...

You might have seen old display panels, from 3″ to 10″, with 40-pin FFC connectors where every pin seems to be used for some data signal. We call these displays parallel RGB, or TTL RGB, or DPI, and ...