AdvancedTCA®
Advanced Telecom Computing Architecture (AdvancedTCA®) for Next Generation Telecommunications Equipment
AdvancedTCA® System Solutions are the center for the next generation of telecommunications, VoIP, IPTV and carrier grade data networks. PDSi offers a full line of AdvancedTCA® systems, supplying a standards based architecture developed for central office grade equipment and providing the latest trends in high-speed interconnect technologies, next generation processors and improved reliability and serviceability. PDSi has a team of system architects that can work with your organization to select best of breed ATCA chassis and components to complete the desired client solution.
 Dual AMD Opteron™ ATCA® Blade with RTM Interface
PDSI’s new Dual AMD Opteron™ ATCA® Blade with RTM Interface (ATCA-F1) provides a robust, high-performance general purpose compute platform for use in building AdvancedTCA® systems. Architected around AMD Opteron processors with HyperTransport™ technology, it features two “Socket F” CPU sockets that can be populated with either 2200 series dual-core or the latest 2300 series quad-core processors for ultimate computing power in the carrier-grade AdvancedTCA™ form factor.
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 ATCA AMD Socket F Blade
PDSI’s Dual AMD Opteron® Socket F AdvancedTCA® Blade (ATCA-F0) provides a robust, high-performance general purpose compute platform for use in building AdvancedTCA® systems. Architected around AMD’s x86-based Opteron™ 2200/2300 series, it features two “Socket F” CPU sockets that can be populated with either dual-core or the latest quad-core processors for ultimate computing power in the carrier-grade AdvancedTCA™ form factor.
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 ATCA Rear Transition Module
PDSI’s new Video + Storage ATCA Rear Transition Module (ATCA-RT01) provides high reliability SAS storage, VGA video output and additional I/O functionality for AdvancedTCA® systems using x86 processor blades from PDSi or Sun Microsystems.
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 ATCA Chassis by ASIS
PDSi recommends high quality ATCA chassis from ASIS. ASIS offers a broad range of chassis sizes and configurations in both cost-effective and high-performance versions.
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