Low-PIM Cable Assemblies Market Segmented By type of equipment’s such as Cable and Connector/adapter with types of application such as Television, Sound systems, Media Broadcasting and Projectors
Industry: Industrial Automation
Format: PPT*, PDF, EXCEL
Delivery Timelines: Contact Sales
Report Type: Ongoing
Report ID: PMRREP14665
Low-PIM Cable Assemblies are widely used with cables which provide a low PIM (Passive Intermodulation) which helps in providing strong signals with more bandwidth. PIM is unwanted signal or signals generated by the non-linear mixing of two or more frequencies which can result in poor cellular reception and limited bandwidth. In order to rectify this problem Low-PIM Cable Assemblies are used in order to curb this situation.
Low-PIM Cable Assemblies are commonly made from metals or fibers which provide no hindrance to signals. Some of the assemblies have an injection molded boot on each connector which provides added strain relief and weather sealing ensuring long term durability of the assembly. Low-PIM Cable Assemblies consists of wire or wire assembly with various attachments such as connectors and adapters.
There are six components of connector design that needs to be addressed during low PIM design including contact design, connector interface, connector internal junctions, cable attachment, materials and plating.
Low-PIM Cable Assemblies are of many varieties such as in-cabinet, jumper, and long-haul styles. In many cases are Low-PIM Cable Assemblies plenum-rated for fire retardation which is essential for in-building wireless or distributed antenna systems. Low-PIM Cable Assemblies market is expected to witness an escalating demand among the consumers and industries because of its vast applications.
Passive intermodulation (PIM) occurs in passive devices which may include cables, antennas and others that are subjected to two or more high power tones mixing at device nonlinearities such as junctions of dissimilar metals or metal-oxide junctions including loose, corroded connectors. Low-PIM Cable Assemblies are used to remove the irregularities in the signal and enhance the transmission signals.
Low-PIM Cable Assemblies market is driven by the increasing demand in the entertainment industry which requires broadcasting of signals from one place to another. Sometimes the range or distance between the receiver and the source which disrupts the signals despite the assembly used.
Many new applications are springing in the market every day which requires Low-PIM Cable Assemblies because of its unique properties. Low-PIM Cable Assemblies market is expected to grow during the forecast period due to its versatile benefits and vast usage. However, Low-PIM Cable Assemblies comes along with some restraints. Low-PIM Cable Assemblies is purely dependent on the type of material used for connectors and the type of wire which can increase product cost, disturbance in signals and decrease the quality of product.
Manufacturers have an opportunity in the production of Low-PIM Cable Assemblies from advanced materials which is the upcoming trend in the market. This product can further increase applications and help further growth of the market.
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Low-PIM Cable Assemblies market can be segmented on the type of equipment’s which include Cable (0.141 Coax, 0.250 Coax, 1/2" Coax and Others), Connector/adapter (7/16, 7/8, 4.1 to 9.5 RF and Others) and others. Low-PIM Cable Assemblies market can also be segmented on the type of application which includes Television, Sound systems, Media Broadcasting, Projectors and Others.
Regional coverage for Low-PIM Cable Assemblies market includes North America, Latin America, Eastern Europe, Western Europe, Asia Pacific Excluding Japan (APEJ), Middle East and Africa (MEA) and Japan. Low-PIM Cable Assemblies market witnesses a high demand and production in North America and Europe because of the significant investments in the region and high demand.
The market players in Low-PIM Cable Assemblies market are Meca Electronics Inc., San-tron Inc., RF Industries, Times Microwave Systems, Pasternack Enterprises, Inc., Amphenol RF, Fairview Microwave Inc. Carlisle Interconnect Technologies and many more.
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