communication systems have become a part of our daily life that is taken
for granted. As the leading manufacturer of connectivity solutions with
the necessary infrastructure that is required, Rosenberger offers a
comprehensive range of products, services and the know-how required to
meet the continually increasing demands of our customers in terms of
quality, efficiency and cost-effectiveness.
In addition to classical connection technology with RF connectors and
cable assemblies for communications engineering, miniaturized contacts
for cable-to-board or board-to-board connections on and between PCBs,
Rosenberger also offers innovative fiber-optic products and hybrid
solutions. Rosenberger offers measurement devices as a special service
for determining the passive intermodulation performance of connection
systems in laboratories, production lines and in the field.
Rosenberger also offers standardized and customized products for
landline telecommunication, industrial and data system technology as
well as for aerospace engineering applications.
In addition to individual customer advisory services on request, the
Rosenberger service also incorporates design support and layout
recommendations as well as electrical and mechanical simulations and
RFE - Rosenberger Fiber Enclosure > New Video
to the new developed and qualified Rosenberger Fiber Enclosure (RFE)
with its snap-on locking mechanism. RFE is a waterproof sealing
enclosure for fiber optic and data cable assemblies in outdoor
RFEs have been designed specifically for outdoor field installation and
are available completely pre-assembled in cable assemblies as well as
accessories for refitting cable systems already mounted in the field.
4.3-10 - New Connector System for the Mobile Communication Market
The new 4.3-10 connector
system is designed to meet the rising performance needs of mobile
network equipment and has the potential to become the new standard in
the mobile communication market. An example of an application is to
connect the RRU to the antenna.
PRIZM® Light Turn® - New Flyer! High-Speed Fiber Optic Transmission - directly at the PCB
No more limitations from PCB copper strip lines
Constantly increasing bandwidth requirements in all areas of communication and computing are putting greater demands on networking I/O equipment. Current edge-mount copper or fiber interfaces are at their limits. Embedded parallel-optics have become the solution of choice to meet these demands. High-performance routers, switches and computers have already utilized this technology for a decade.
Rosenberger: First manufacturer of MTP® cabling systems in Europe guarantees highest level of availability, outstanding product and service quality. Embedded opto-electrical modules, optical engines, utilize parallel-optics transmitter and receiver arrays. For optimum signal integrity, thermal management, I/O consolidation and EMI/ESD, the opto-electrical modules are directly mounted close to the processors at the PCB. Parallel-optic links can complement electronic signaling in parallel lanes like XAUI und PCIe.
Passive Intermodulation Analyzers - Rack, Desktop & Site Types
Rosenberger's supplies an updated range of Passive Intermodulation Analyzers (PIA). There are available rack versions, with broadband amplifiers, exchangeable filter units and multiplexers, as well as site and desktop analyzers - integrated in waterproof cases and transportable for measurements in the field. Terminations, Adaptors and Test cables complete the product portfolio. All analyzers are offered for measurements in various frequency bands.
Passive Intermodulation Analyzers from Rosenberger facilitate quick and accurate measurement of the intermodulation characteristics of passive components. Precise analysis of the quality of mobile communication infrastructure is also possible.
developed a innovative elastic board-to-board connection EIC (Elastic
Interface Coax) for reliable RF connections between PCBs or other
subunits. The EIC can be implemented quickly and easily. Additional
manual assembly of individual components is not necessary.