eicSys GmbH Embedded Integrated Control Systems
Blades: EATCA-200 - similar ATCA blade with 2 mezzanine slots for EAD-MXX boards, But with 2 x Kintex 7 FPGA´s will coming soon. Mezzanines: EAD-M1 EAD-M2 EAD-M3 RTM: ERTM-100 - RTM to EATCA-100 ERTM-101 - RTM to EATCA-101 and EATCA-100 ERTM-200 - RTM to EATCA-200 ATCA load Blade Key Features ATCA‐compliant load blade Up to 600W front blade load IP and Serial communication for controlling application Rich set of sensors and indications Full software control over the load power consumption for each of the four power segments
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Backplanes 2 Slot repl. mesh backplane 10GB 2 Slot repl. mesh backplane 40GB 6 Slot repl. mesh backplane 10GB 6 Slot repl. mesh backplane 40GB opt. AXIe lines in P20 op. Star configuration 14 Slot full mesh backplane 10GB 14 Slot full mesh backplane 40GB opt. AXIe lines in P20 opt. Dual Star configuration opt. Dual Dual Star configuration
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ATCA® Boards, RTM´s and Backplanes

eicSys GmbH Impressum   AGB Copyright 2015 ATCA advancedtca MTCA microtca PXI pxie pxi express vpx open vpx compactpci compact pci fmc ComExpress network based electronic systems
EATCA-101   -   ATCA   blade   with   2   mezzanine   slots   for   EAD- Mx   boards,   The   EATCA-101   board   is   an   universal   carrier   for custom   mezzanine   modules   implemented   in   ATCA   standard. The   blade   has   been   designed   to   optimize   the   flow   of   data between   mezzanines,   processing   units   (2   x   Virtex   6   FPGA), memory   devices   (DDR3   SODIMM),   the   backplane   and   rear transition   modules   (RTMs)   for   a   fast,   low   latency,   real   time processing. The primary application of the   blade   is   trigger   and   data   acquisition   system   for   a   large scale   detectors.   The   blade   provide   a   high   bandwidth,   full mesh   connectivity   for   exchanging   data   between   boards   in the   ATCA   crate.   For   these   reasons   it   can   also   be   used   for efficient   implementation   of   control   systems   -   both   real   time and    slow.    When    supported    by    ATCA    concentrator    unit    it provides     huge     computation     power     for     digital     signal processing.     To     provide     stable,     clean     clock     signals     a configurable    clock    distribution        with    jitter    attenuators    is implemented.
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ATCA PCIe Switch Key Features ATCA‐compliant PCIe x4  Switch optional MTP fiber connection on Front panel IPMI Interface PCIe x4 Interface in Front panel Full software controlled max. power consumption < 20Watt
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