Intel produced a family of 8-bit I/O devices to support its early 8-bit microprocessors and my “MCS-85 User's Manual” documents the existence of these products in January 1978–30 years ago! I used the ...

Looking into picking up a couple network enabled digital I/O devices (TTL levels, 12-24 outputs, some type of programmable API and/or documented protocol). Working on network enabling some equipment ...

Two years after its introduction of groov EPIC (Edge Programmable Industrial Controller) to bring edge computing and Internet of Things levels of connection and access to industrial controllers, Opto ...

See what end users and system integrators prioritize in their I/O technology choices, such as specific Ethernet connectivity, multiple protocol handling, and high density/smaller footprint. Learn ...

The SeaDAC Lite family of USB digital-I/O devices provides a compact alternative for interfacing USB-equipped computers with real-world signals. The first two products of the family feature four ...

This paper describes how to use Hardware compare on the NI-HSDIO devices. The hardware compare feature allows users to perform digital comparisons of data on device itself. This allows for real time ...

Promising to ease handheld-device designs, the LM8322 and LM8333 mobile I/O chips offer flexible configurations, modular integration, and provide a migration path across multiple products, thereby ...

You will need a clear understanding of checking hardware, and running system tools on the Windows11/10 PC or Laptop. Follow these suggestions: Restart your computer ...

When it comes to the world of consumer-grade electronics, absolutely nothing stands still. What was considered cutting-edge a mere decade ago is today all but ancient history, with tech components, ...

Gain insight into the CXL specification. Learn how CXL supports dynamic multiplexing between a rich set of protocols that includes I/O (CLX.io, based on PCIe), caching (CXL.cache), and memory (CXL.mem ...