Demand for higher data rates, panel density, and practical channel lengths with acceptable signal integrity have put pressure on copper connectivity to deliver the most practical solution. Embedded optical transceiver technology emerges to address this need.   Copper circuits still rule the high-speed electronic world, but optical alternatives continue to chip away at that dominance in nicheRead More

Traditionally employed in heavy industrial applications, robots are moving into other industries. In the medical field, they are used for surgery, therapy, diagnostics, and much more.   Robots for specialized medical applications such as surgery bring together robotics and biology, and we’re seeing an increase in the number of robots specifically designed and developed for thisRead More

The rapid growth of cloud computing requires data centers to scale up, but traditional copper presents limitations in distance, bandwidth, and efficiency.   The business of today’s data-driven world is being conducted in the Cloud. The rapid growth of cloud computing requires data centers to dramatically scale up in order to handle the oceans ofRead More

As system speeds increase to multi-gigabit levels and beyond, ensuring signal integrity in high-speed channels requires major backplane connector performance upgrades.   Backplane architecture has served the electronics industry well for many years. Circuitry embedded in up to 40 layers of the backplane can create custom point-to-point, broad parallel bus structures or full mesh networks, essentiallyRead More

With a record-breaking number of exhibitors, this year’s International Microwave Symposium featured state-of-the-art developments in RF, microwave, and millimeter-wave products.   The International Microwave Symposium presented by the IEEE Microwave Theory and Techniques Society (MTT-S) is the premier International event for microwave theory and practice. In addition to the flagship IMS Conference, “Microwave Week 2015”Read More

With pervasive connectivity, powerful features emerge that change the entire automotive ecosystem in the connected car. In recent years, in-car systems have been supplemented by basic Internet connectivity, allowing drivers and passengers to remain “plugged in” to the business and social networks they take for granted when at home or in the office. But whatRead More

When choosing modern hyperboloid contacts for circular I/O connectors, the specific requirements of the application are key considerations.   Circular connectors are ubiquitous in medical electronics, instrumentation, and military and aerospace equipment. The round configuration lends itself to input/output applications that see frequent mating and un-mating. Plug and receptacle alignment is intuitive to enhance ease of use.Read More

Choosing between fiber optics and copper? According to Jacques Mieville of Fischer Connectors, the further you go, the more you need fiber.   When properly maintained, there is no argument that fiber has significantly greater bandwidth and is more reliable than copper. Because fiber transmits data as a series of light pulses instead of electricalRead More

Fiber optics has long been touted as the next big thing. After 30 years of expectation, is that reality finally here? Fiber optics has long been defined as a technology that will become mainstream within five years…for at least the last 30 years. That may finally be changing. We don’t see fiber replacing copper toRead More

The annual Optical Fiber Communications Conference continues to grow, and ProLab’s Giacomo Losio reports on the top five technologies that everyone was talking about.   OFC 2015 was a very busy show. Sometimes you go to a two-day event and think it could have been condensed into one, but in OFC’s case it could have been three andRead More

Everywhere you turn, you can find LEDs in almost any lighting form factor, and connections are more challenging than a screw-in light bulb. Andrew Bogaczyk of Phoenix Contact explains how to connect LEDs and why the connection counts.   LEDs continue to dominate the lighting marketplace; everywhere you turn, you can now find LEDs in almost any formRead More

The goal of PSMC is to address the technology gaps and challenges that limit the advancement of hardware technology for integrated photonic system manufacturing. Learn more about how to get involved.   The Photonic Systems Manufacturing Consortium (PSMC) is a collaborative program organized by the International Electronics Manufacturing Initiative (iNEMI) and the MIT Microphotonics Center (MIT-MphC), and funded byRead More