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Zinc/Zn
Site Solutions
Coax Jumpers - Superior Performance up to 6 GHz
Product code FVYMED
Rosenberger coaxial jumpers have been designed using the many years of experience gained by Rosenberger engineers in this field. The unique knowledge of designing and manufacturing world-leading PIM testing equipment is directly reflected in the jumpers. Rosenberger jumpers have the industry-best PIM levels: -117 dBm / -160 dBc @ 2 x 20 W (typ. -120 dBm / -163 dBc @ 2 x 20 W). These excellent levels are guaranteed for every assembly that leaves the Rosenberger production facility.
Features
- Traceability - Rosenberger jumpers are individually tested for return loss and PIM. Test data can be retrieved in 3 ways:
- By scanning in the data matrix code on the jumper packaging
- By scanning in the bar code on the jumper itself
- By entering the serial number on mdm.rosenberger.com
Specification Sheet
The cable construction is similar for all cable sizes: Inner conductor, foam dielectric, outer conductor and outer jacket. The cables are available as standard with either a PE jacket for outdoor installations or in a flame retardant and halogen-free version to comply with indoor requirements for health and safety, IEC 60332 and CPR-EN 50575.
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Continuous expansion and consolidation of LTE and 5G networks require future-proof and versatile connectivity solutions between the BBU/PSU and the RRHs. Rosenberger’s focus is to offer Plug & Play FTTA/PTTA solutions that provide a Neutral Point of Interface to ensure efficient and cost-effective installations, upgrades, swaps and addition of new technologies.
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Rosenberger offers connectivity solutions for concealment and streetworks integration such as bus shelters, advertising panels, street poles, lamp posts to meet requirements to extended densification of wireless networks.
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Rosenberger offers a wide range of low-PIM transmission line devices to support high quality RF transmission line designs and deployments, and high performance TMAs to ensure high data through-put and thereby less dropped calls and improved network quality.
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