| Frequency Range | Cable Sizes | Connector Types |
|---|---|---|
| 380 MHz to 6 GHz | 1/4" (6.4mm), 3/8" (15.9mm), 1/2" (12.7mm) helical; 1/2" (12.7mm) annular | 7/16 DIN, 4.3-10, NEX10, N-Type, 2.2-5 |
Features and Benefits
Telecommunications companies challenged to expand network bandwidth and capability need tower cable connections that provide exceptional signal integrity and robust durability in harsh outdoor conditions. These connectivity solutions must also help streamline deployments, accelerating installation work and simplifying maintenance by using components that are compatible with existing infrastructure.
Molex’s RF Jumper Cables utilize a corrugated, shielded design that minimizes loss and optimizes signal integrity. This performance, together with rugged materials that minimize network downtime in challenging conditions, improves signal quality for consistent reliability. Robust and flexible materials streamline installation work, accelerate deployments and minimize the need for maintenance by making routing easier without sacrificing durability. A variety of high-performance connector types, cable sizes and frequencies are available to ensure these cables are compatible with existing networks. This enables seamless integration and faster deployment.
Applications by Industry
AM/FM radio systems
Tower-based communications systems
Wireless telecommunications equipment
Distributed antenna systems
Public-safety/land mobile radio devices
This is not a definitive list of applications for this product. It represents some of the more common uses.
Frequently Asked Questions
What is the basic concept and primary function of an RF jumper in a communications system?
The RF jumper is a cable used to connect two RF devices or components, such as antennas, transmitters or receivers, in a communications system. Its primary role is to ensure efficient signal transfer.
What is the significance of the corrugated design in RF jumpers, and how does it benefit cable installation and durability?
The “corrugated” design refers to the cable’s outer conductor, which features a corrugated, or ridged, structure. This enhances the cable’s flexibility, making it easier to install in tight or complex spaces while simultaneously providing greater durability. The corrugated design also helps in maintaining the cable’s shape and protecting the internal structures from physical stress and environmental factors.
What are the key performance metrics for Corrugated RF Jumper Cables that ensure superior signal integrity?
Corrugated RF Jumper Cables are designed with advanced material technology and precision engineering, contributing to enhanced PIM performance and superior shielding capabilities. These features ensure minimal signal loss and interference, maintaining high-quality signal transmission even in challenging environments. The robust construction also provides excellent resistance to environmental stressors, ensuring consistent performance over time.
How do Corrugated RF Jumper Cables ensure compatibility with existing network infrastructure?
The jumper cables are available in various lengths and connector types to match specific system requirements, ensuring compatibility and ease of integration. Additionally, the use of industry-standard connectors helps maintain compatibility across diverse network setups.
How can Corrugated RF Jumper Cables simplify the installation process in complex environments?
Flexible cable construction allows for easy routing and installation in tight or constrained spaces. The lightweight and compact form factor reduces installation complexity and physical strain, enabling quicker deployment. These design attributes help installers efficiently manage challenging installation scenarios while minimizing labor costs and time.
What maintenance practices should be followed to maximize the lifespan of Corrugated RF Jumper Cables?
It is recommended to regularly inspect the cables for any signs of physical damage or wear, especially at connection points. The integrated strain relief features help reduce stress on the cables. Maintaining clean and secure connections will further extend their lifespan. Additionally, periodic testing for signal integrity can help identify any potential issues before they affect system performance.
