Learn more about using ethernet magnetics for improved industrial networking design, design challenges of industrial networks and how to increase bandwidth and reliability with this easy to read graphic. And learn even more by going here for design guides and more.
For Applications Requiring Higher Bandwidth and Lower Package Height Pulse Electronics introduces 2.5GBase-T and 5GBase-T Ethernet magnetics supporting 4P PoE connections for multiple Ethernet applications in the industrial and communications industries. The parts are compatible with all major 2.5G/5GBase-T PHY suppliers and come in a new low-profile package. The new 2.5GBase-T and 5GBase-T magnetics are…
Pulse Electronics Networking introduces a new series of High Isolation Ethernet Transformers specifically designed to meet the stringent requirements of medical and industrial applications, where equipment functionality and safety are key. Highly-regulated market sectors like Energy, Smart Metering, Industrial Control and Medical rely as much on their electrical devices to run smoothly as the professionals…
Preparing for Next Generation, High-Power PoE High-quality Connectivity Today, there is a growing number of electronic devices that require both data connectivity and a power source to function effectively. As more innovative products hit the market, this trend is expected to increase rapidly.
Pulse Networking introduces the new JXR8 1×2 PIP tab down series of Ethernet Connector Modules. Designed to provide safety isolation and noise reduction in a single solution, the new JXR8 series connector modules operate with a wide range of industrial protocols. The JXR8 PIP soldering capability removes one step in the manufacturing process by allowing…
Yageo Corporation (“Yageo”), a listed company in Taiwan Stock Exchange, announced the acquisition of 100% of shares in Pulse Electronics in May 2018. The acquisition was completed in Dec. 2018. Henceforth, Pulse Electronics and its subsidiaries (together, “Pulse”) has formally become a part of the Yageo Corporation. As we indicated before,
