FSCO-BU

Constantly increasing bandwidth requirements in all areas of communication and computing are placing ever greater demands on networking I/O equipment. Current edge-mount copper or fiber interfaces are at their limits even over the short distances on the PCB. Embedded parallel optics have become the solution of choice to meet these demands. High-performance routers, switches and computers have already been utilizing this technology for a decade. Parallel optic solutions are currently used in a wide range of applications: in links between nodes of supercomputers, switches in international Internet gateways as well as in data centers and central offices. Embedded opto-electrical modules and 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 signalling in parallel lanes such as XAUI and PCIe. Using PRIZM® Light Turn®, it is possible to implement a passive plug connection between the opto-electrical modules and the fiber optic network.

Rosenberger presents a new and innovative GPS over Fiber system for applications where coax cannot be used to route the GPS signal to base stations. With more centralized RAN and large-scale DAS applications, there are many cases where the GPS antennas are located too far from the base stations for coaxial losses to be acceptable. To overcome this issue, the GPS over Fiber system converts the RF signal to light, transmits it over the fiber, and then restores the light to the original RF signal. Working in contrast to the many systems that employ a bulky remote unit – which requires power and separate mounting space – as well as a large master unit encompassing an active GPS splitter, Rosenberger has rethought the process and designed a fiber-optic replacement for the coaxial cable. Instead of a master unit and a remote unit, the system uses an electrooptical converter (E/O converter) at the antenna and an opto-electrical converter (O/E converter) near the base station. By employing this method, the E/O converter becomes a small, compact unit that connects directly to the GPS antenna. The unit is so small that it can even fit within a 1 ½ inch pipe of the kind often used to mount GPS antennas. The O/E converter handles all alarms and is a compact unit. It can be used to power the E/O converter and can be connected to standard GPS splitters with full support for their redundancy functionality. This means that the GPS over Fiber system fully emulates the behavior of a passive copper cable and GPS antenna, allowing any device that is normally connected to the GPS antenna to maintain proper operation when connected to an O/E converter. Interconnecting the two units i.e. E/O converter to the O/E converter is a thin hybrid cable comprised of fiber and power, which means no power source is required at the GPS antenna. The individual link support for each GPS antenna allows for the flexibility of using a normal coaxial configuration and simply replacing each coax cable from a GPS antenna with an E/O converter, an O/E converter, and a hybrid cable. With a maximum hybrid cable length of 1.9 miles (3 km), this system can meet the demands of almost any installation

RosenbergerHSD® is a homogeneous impedance-controlled interconnect system which directly addresses the high-speed data, low-voltage requirements of real-time automotive industry applications. Extremely compact and durable this 100 Ohm fully shielded interconnect system utilizes shielded twisted quad cables and features mechanical keying and latching for high connection retention, as well as coding to avoid misuse. Furthermore, these precision manufactured RosenbergerHSD®SF variants are ideally suited for process-safe and fully automated assembly by harness makers, facilitating a significant reduction in costs. Its high data throughput performance while also preventing interference from crosstalk and external sources makes the RosenbergerHSD® cable and PCB connector system the perfect choice for LVDS cameras, USB connections and IEEE 1394 applications. In addition, it is well-suited to many other applications including those found in digital infotainment electronics and digital symmetrical networks – even radio base stations.

Rosenberger Longwipe-SMP subminiature coaxial connectors are suited to applications up to 6 GHz and enable axial tolerance compensation of ± 0.7 mm. Full and limited detent options are available as well as smoother bore/catchers mitt, enabling sliding contact with expanded guide-in range.