Showing results: 16 - 21 of 21 items found.
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COMe-bDV7 -
Kontron AG
The COM Express module COMe-bDV7 based on the Intel Atom processor C3000 series extends Kontron's product family of server-grade COM platforms. The COMe-bDV7 as an entry level platform is as a complementary product to the high performance class COMe-bBD7 equipped with the Intel Xeon processor D-1500 series. The COMe-bDV7 module features scalable CPU performance with up to 16 cores.
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Kontron AG
COM Express defines standardized footprints and pin-outs for Computer-on-Modules. With the Revision 2.0, PICMG added the compact footprint (95x95mm) to the basic footprint (125x95mm) and extended the pin-outs being future-proof. New Digital Display Interfaces (DDI) and super-fast USB 3.0 are available. The new Pin-out Type 10 in COM Express Revision 2.0 supports perfectly modules in the COM Express mini footprint (84x55 mm).
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Kontron AG
Full line of 6U CompactPCI products supporting PICMG 2.16, IPMI, Hotswap, TPM, System Management.
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CP6006-SA -
Kontron AG
CP6006 is a server class CPU platform, designed and produced in Germany. CP6006 is based on the 14nm technology Intel® Xeon® D-1500 processor with 8 CPU cores (options 2–16 cores), with excellent performance-per-watt values. Its scalable power budget allows users to tailor the power dissipation to their requirements. CP6006-SA provides cooling mechanics for standard air cooled systems.
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EZ Platforms -
Kontron AG
Kontron provides a solution for a quick entry into the evaluation and development of VME and VPX applications. EZ turnkey platforms are compact air-cooled rack systems with pre-integrated VME or VPX board along with the associated rear transition module (RTM) and pre-loaded software. Engineers with no prior VME or VPX expertise can start application development in seconds.
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Kontron AG
VME remains a strong solution for a wide variety of tech refresh programs. Applications range from command and control systems to high performance signal-processing radar, sonar and intelligence, surveillance, and reconnaissance (ISR) applications. Keeping VME relevant for these applications requires ongoing advancements to achieve processor migration, extending I/O capabilities on the backplane, and supporting higher bandwidth applications.