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MICROSENS presents the Double Transponder for MSP 1000 Platform

Setting up high-performance optical transport networks in a cost-effective way – this is the task for which Microsens has designed the modular MSP 1000 platform on the basis of CWDM/DWDM technology. Now the company presents a new transponder card, which doubles the port density of the platform. Based on SFP+ transceivers, two transponders are integrated on one card, which allows the operation of two services independent of each other. The existing space is, thus, optimally used, the investment is protected and companies can expand their existing infrastructures any time in a cost-effective way.

The modular optical transceivers for the CXG+ card are available for transmission rates of up to 8G or 10G Fibre Channel as well as for up to 10G with Ethernet. This offers the users maximum flexibility in the configuration of their networks. In total, 10 free slots are available on the MSP 1400 chassis, which can be equipped with application modules. The double transponder card increases the total number of usable channels in a rack to 20 and significantly optimises the price-performance ratio.

Like all components of the MSP platform, the new CXG+ modules can simply be configured and managed in Web-based mode over the Microsens Network Management Platform (NMP) or via the standard protocol SNMP.

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About MICROSENS

Transmitting information via fiber optic connections offers numerous benefits. MICROSENS GmbH & Co. KG recognised this very early on. As one of the pioneers, the company has developed and produced high-performance communications and transmission systems in Germany since 1993. Individually matched to the demands of diverse usage areas and embedded in comprehensive concepts for individual sectors. But, above all, close to the customer. Technical challenges from customer projects are incorporated directly into product development. This way, IP-based automation solutions are created for modern buildings, cost-efficient network concepts for the office and workspace, robust and fail-safe solutions for industrial environments, optical transport systems future-oriented wide area networks and efficient coupling of sites and computer centres.