![]() “For fiber, the most important feature is the cleanliness of the fiber interface small dust particles at the connection point will decrease the signal quality,” said Serge Buechli, business development manager at LEMO SA. ![]() LEMO developed the 3K.93C.Y Series SMPTE hybrid connector for HDTV applications. With copper, the attenuation constantly increases with the signal frequency. The signal attenuation is virtually flat until very high frequencies are reached. These characteristics have made it popular for broadcasting major sporting events, where the wide bandwidth can serve multiple channels with high-quality images and minimal latency over longer distances. It is also characterized by low signal loss and electromagnetic interference (EMI) immunity. The Rise of Fiberįiber optic cabling supports a wide bandwidth and has the capacity to handle high volumes of data. Machine learning is expected to bring new capabilities, such as the ability to monetize analytics, improve workflow efficiency, as well as enhance the viewers’ experience, he added. “Machine learning is a rapidly developing technology that is stimulating new usage models in pro A/V and broadcast,” said Ramesh Iyer, director of pro A/V and broadcast at Xilinx. These technologies enable region-of-interest encoding to detect faces and features intelligent digital signage to identify gender, age, and gesture detection automatic object tracking and window cropping to output multiple high-definition windows from a single 4K camera to switch content at live events and speech recognition for automated transcripts. They may also expect to see an inset image of what is happening in the track events while simultaneously watching the swim events on the main screen, which takes broadcast technology to another level.Īt Integrated Systems Europe (ISE) 2020, Xilinx, a processing platform company that invented the field programmable gate array (FPGA), introduced new broadcast and pro audiovisual (A/V) computing products with machine learning capabilities that can enhance broadcast quality even further. Today, when broadcasters transmit images from international events like the Olympics, viewers expect minimal latency, or delay in the flow of images. Things have changed dramatically since the days when long delays and grainy images were common during the broadcast of live events. Crimp pin connectors are also used in large-scale production, as they are quick to reproduce reliable connections.Types of crimp pin connectorsThe most common types of crimp pin connector are:Barrel connectors which are constructed of a cylindrical metal opening through which the wire is inserted before crimping.Open barrel connectors, which have a U or V shape in which the wire is spread or cradled.Open-barrel crimp pin connectors are preferred for automation as there is no need to funnel stranded wire into the narrow opening of a barrel terminal.Audiovisual equipment is integrating with increasingly sophisticated signal equipment to support 8K video and even machine learning. The automotive sector often uses crimp pin connectors because they do not need soldering. The crimped end has a single pin and can be connected with other pins or inserted separately into an appropriate receptacle.What are crimp pin connectors used for?Crimp pin connectors are most common in industrial and military applications due to their durability and flexibility. Crimp Pin Connectors Crimp pin connectors are solderless electrical connections used to terminate stranded wire by inserting the stripped end of the wire into part of the terminal.
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