Connectors and cables are integral to many harsh environment applications, but marine technology requires considerations unique to underwater conditions. Nearly three-quarters of our planet is covered by water, and while the marine environment has always been vital for our survival, it has also become valuable to scientific, commercial, and military activities. According to From SeaRead More

Meet the Cable: Subsea Cables  Subsea cables (also called submarine cables) are specialized, highly ruggedized fiber optic cables that cross the seabed between land-based stations to carry telecommunications signals. They are the backbone of global internet and data communications and transmit data such as internet traffic, telephone calls, and private data. Subsea optical cables carryRead More

Meet the Cable: MTP/MPO Cables MTP and MPO cables are critical components in telecommunication networks and high-speed computing environments such as data centers. These optical cables deliver the higher transmission speeds and larger capacity requirements of cloud computing in the era of big data. MTP and MPO cables have similar appearances, but there are severalRead More

This week’s Product Roundup highlights Fibre Channel connectors from leading suppliers. Fibre Channel connectors Avnet offers Broadcom Fibre Channel kits that facilitate a simple means to evaluate and experience their products. These fiber optic kits contain all the components and tools required to quickly evaluate and access the value of their products within their respectiveRead More

Optical cable is known for its speed and capacity to handle large volumes of information. However, its use in extreme conditions poses a particular challenge. Optical cables have the speed and capacity to handle large volumes of information, making fiber optics the media of choice for high-speed data transmission across markets. However, its use inRead More

Meet the Cable: Multimode Cable Multimode cable is a type of fiber optic cable designed to carry multiple light modes or paths simultaneously, enabling high-bandwidth data transmission over relatively short distances, commonly used in data centers and local area networks. Optical fibers were first developed in the 1950s and 1960s by researchers such as CharlesRead More

Meet the Connector: Push-pull Connectors Push-pull connectors are circular connectors that have a spring-action cylindrical sleeve surrounding — or within — the integral connector housing that self-latches during mating. The connection is released through a squeeze-and-pull, rotate-and-pull, or other specific unlocking action that prevents accidental disconnection. Push-pull circular connectors are available in numerous sizes, voltages,Read More

Engineers are rethinking system architecture to accommodate increasing data rates and performance demands. Emerging technologies like co-packaged optics and OSFP-XD pluggables promise higher bandwidth and improved efficiency. Unless you have spent the last two years living in a remote cave in the Himalayas, the emergence of artificial intelligence has likely caught your attention. There isRead More

From chips to connectors, from qualification to production, testing is a necessary step to ensuring that electronic components function as expected. We all love our technology until it doesn’t work properly or at all. When a tool or convenience that we’ve come to rely on fails, it’s frustrating. Sometimes, however, equipment failure is a matterRead More

Bob Hult shares the phenomenal advances in high-speed optical communications showcased at OFC 2024, including interconnects for 200G per lane optical transmission, liquid cooling, co-packaged optics, PAM6, and other technologies that take us far beyond the reach of copper. The 2024 Optical Networking and Communication Conference and Exposition March 24-April 3 in San Diego nearlyRead More

A raft of new 800 Gigabit Ethernet interconnects are helping our favorite networking cable reach ever higher speeds to support AI, machine learning, and the next frontier of high-speed computing. Ethernet has been the backbone of computing since the 1980s due to its exceptional versatility, reliability, backward compatibility, and continuous and exponential improvements in performance.Read More

On TTI’s podcast the Distribution Download, our interconnect expert Bob Hult discusses the limits of copper and the promise of expanded beam technology, co-packaged optics, silicon photonics, and pluggable transceivers for the next generation of high-performance computing. Few people have followed the evolution of fiber optics for as long as Bob Hult has. From hisRead More