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  TORNADO-A6678/FMC®
AdvancedMC (AMC) module/controller with TI TMS320C6678 DSP, Xilinx Virtex-7 FPGA and FMC-site

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MicroLAB Systems is a Member of Xilinx Alliance ProgramMicroLAB Systems is a Member of Texas Instruments 3rd Party Network
MicroLAB Systems is an Executive Member of PICMG Open Modular Computing Standards Consortium PICMG Advanced Mezzanine Card (AdvancedMC, AMC) Specification
PICMG MicroTCA Specification

 

 

Key features

  • Industry first unique ultra-high performance single-width AdvancedMC (AMC) module with multi-core DSP, high-capacity FPGA and FMC-site for modular MicroTCA® and AdvancedTCA® systems and stand-alone embedded applications
  • Installs into MicroTCA® chassis and AdvancedTCA® mainboards
  • FMC site for user application adopted I/O (AD/DA, SFP+, QSFP+, SDR, RF, etc.) using FMC submodule
  • In-chassis AMC-to-AMC high-speed real-time data transfer via AMC interface using 10GbE/40GbE, Serial RapidIO and PCIe protocols
  • High-speed multi-channel DSP-to-FPGA communication
  • Remote control from host PC and Android® devices and in-chassis AMC-to-AMC communication via AMC 1GbE ports
  • Unified TASDK® tools for application development and system control
  • Complies with PICMG® 3.0 Rev.3.0, MicroTCA.0 R1.0, AMC.0 R2.0, IPMI 1.5, VITA® 57.1-2008 specifications
  • Stand-alone operation from +12V power supply for user embedded applications

Details

  • 8-core Texas Instruments TMS320C6678 DSP (1.4GHz/1.25GHz, 359/320GMAC, 180/160GFLOPS)
  • Xilinx Virtex-7 FPGA XC7VX690T(, XC7VX415T, XC7VX330T)
  • VITA® 57.1 FMC HPC site for FMC submodule (160 I/O, 8 GBTs)
  • AMC Fabric-D/E/F/G ports 4-7 and 8-11 with FPGA transceivers comply AMC.2 10GbE/40GbE, AMC.4  4x Serial RapidIO (39.4Gbps) and AMC.1 4x PCIe (32Gbps) protocols
  • AMC Fabric-A ports 0-1 (AMC.2 1GbE) from DSP for AMC remote control and in-chassis AMC-to-AMC control communication
  • DSP-to-FPGA communication via 4x 5Gbps Serial RapidIO ports (40Gbps bidirectional bandwidth), DSP EMIF-16 interface and DSP GPIO/IRQ
  • Up to 8GB of on-board DSP DDR3 memory
  • 2Gb NOR FLASH for DSP bootloader, system monitor, applications, data arrays and FPGA bitstreams with file system support
  • Nonvolatile high-speed 128KB MRAM memory for critical user DSP application data
  • Hardware write protection for FLASH (full, sectors area)
  • Hardware write protection for MRAM (full)
  • x64 (up to 8GB) and x32 (up to 4GB) FPGA DDR3 banks
  • 8-bit FPGA XGPIO port for external I/O
  • Optional clock synthesizer (or oscillator) of reference clock for FPGA transceivers for AMC ports 4-7/8-11
  • DSP and MMC UART ports for remote control and management
  • Front-panel DSP and FPGA user application controlled LEDs
  • JTAG ports for DSP, FPGA and FMC site
  • High-performance MMC controller with proprietary TAMMC® high-speed MMC-kernel from MicroLAB Systems, monitoring of power/temperature, and status indication for reliable and safe device operation
  • Available in Mid-size (M/S) and Full-size (F/S) single-width AdvancedMC (AMC) module form-factors

Development Tools

  • Unified TASDK® tools for TORNADO AMC modules with high-level API for quick development of DSP applications, FPGA bitstreams and host PC Windows/Linux and Android® remote control applications
  • TI RTOS/NDK and "bare-metal" API for DSP core #0 applications
  • TASDK/ThreadX toolkit with pre-certified Microsoft Azure ThreadX® RTOS for high-performance demanding applications
  • Demo projects for device tests and user projects startup
  • TI Code Composer Studio tools and MicroLAB Systems MIRAGE-NE1/NC2 JTAG emulators to compile and debug user DSP applications
  • Xilinx ISE/Vivado tools and high-performance MIRAGE-UXF USB JTAG emulator to compile and debug user FPGA firmware

Applications

  • Telecommunication and cell telephony
  • RF and digital radio
  • Image processing
  • Radars and astrophysics
  • Industrial, instrumentation and medical
  • General stand-alone and distributed DSP applications

** Notes

MicroLAB Systems can modify this product to meet special customer requirements. MOQ may apply. Contact MicroLAB Systems for more details.

  TORNADO-A6678/FMC® mid-size AMC-module (click to enlarge)
TORNADO-A6678/FMC® AdvancedMC (AMC) module (M/S)
(click to enlarge)
 

TORNADO-A6678/FMC Block Diagram (click to enlarge)
TORNADO-A6678/FMC® Block Diagram
(click to enlarge)
 

TORNADO-mMTCA® modular DSP mini system with TORNADO-A6678/FMC® AMC-module, FMC A/D mezzanine module,  and  T/AX-DSFPX network AMC-modules in 2-slot MicroTCA® mini-chassis with passive backplane
TORNADO-mMTCA® modular DSP mini system with TORNADO-A6678/FMC® AMC-module, FMC A/D mezzanine module,  and  T/AX-DSFPX network AMC-modules in 2-slot MicroTCA® mini-chassis with passive backplane
(click to enlarge)
 

Modular TORNADO-RxMTCA® radio-monitoring system with high-performance DSP comprising two F/S TORNADO-ARX1® radio-processing AMC-modules, M/S TORNADO-A6678® AMC-module and T/AX-DSFPX network AMC-module in 19" 1U 6-slot MicroTCA® chassis with 10GbE backplane switch
TORNADO-RxMTCA® modular radio-monitoring system
with high-performance DSP comprising two F/S TORNADO-ARX1® radio-processing AMC-modules, M/S TORNADO-A6678® AMC-module and T/AX-DSFPX network AMC-module in 19" 1U 6-slot MicroTCA® chassis with 10GbE backplane switch
(click to enlarge)
 


Ordering information

  TA6678FMC2B/X690T2C/1.4G/D4/F2/E512/M128/F1D4/F2D2/AS/FI/FC/FB/SA/FS
    TORNADO-A6678/FMC rev.2B AdvancedMC (AMC) module, Xilinx Virtex-7 XC7VX690T-2FFG1157C FPGA (X690T2C), 1.4GHz DSP cores frequency (1.4G), 4GB (512Mx64) DSP DDR3 memory (D4), 2Gb (128Mx16) DSP FLASH memory (F1), 128KB nonvolatile DSP MRAM memory (M128), 512Kb (64Kx8) DSP SEEPROM memory (E512), 4GB (512Mx64) FPGA DDR3 memory bank #1 (F1D4), 2GB (512Mx32) FPGA DDR3 memory bank #2 (F2D2), programmable RefClk/AUX clock synthesizer for FPGA GTH transceivers for AMC ports 4-7/8-11 (any protocol) (AS), 8-bit FPGA XGPIO external I/O port (FI), FMC/HPC connector installed (FC), FPGA BBRAM (bitstream decryption key) battery (FB), stand-alone controller capability (SA), single-width full-size AdvancedMC (AMC) module dimensions (FS), standard 10mm FMC mezzanine module stacking. Commercial ambient temperature range 0°Ñ..+55°Ñ.
     
  TA6678FMC2B/X415T2C/1.25G/D2/F2/E512/M128/F1D2/F2D1/A100.000M/FI/FC/FB/SA/MS
    TORNADO-A6678/FMC rev.2B AdvancedMC (AMC) module, Xilinx Virtex-7 XC7VX415T-2FFG1157C FPGA (X415T2C), 1.25GHz DSP cores frequency (1.25G), 2GB (256Mx64) DSP DDR3 memory (D2), 2Gb (128Mx16) DSP FLASH memory (F2), 128KB nonvolatile DSP MRAM memory (M128), 512Kb (64Kx8) DSP SEEPROM memory (E512), 2GB (256Mx64) FPGA DDR3 memory bank #1 (F1D2), 1GB (256Mx32) FPGA DDR3 memory bank #2 (F2D1), 100.000MHz fixed-frequency RefClk/AUX clock oscillator for FPGA GTH transceivers for AMC ports 4-7/8-11 (PCIe protocol) (A100.000M), 8-bit FPGA XGPIO external I/O port (FI), FMC/HPC connector installed (FC), FPGA BBRAM (bitstream decryption key) battery (FB), stand-alone controller capability (SA), single-width mid-size AdvancedMC (AMC) module dimensions (MS), standard 10mm FMC mezzanine module stacking.  Commercial ambient temperature range 0°Ñ..+55°Ñ.

 

Datasheets and Application Materials

  TORNADO-A6678/FMC® rev.1B AMC-module datasheet
  Presentation "New Devices for TORNADO-MTCA® MicroTCA Modular DSP Systems" (Rus)
  Presentation "RTOS Selection for TORNADO-MTCA® MicroTCA DSP Systems, Controllers and IoT" (Rus)
  Presentation "Comparing RTOS Performance"  (Rus)
  Presentation "PICMG® MicroTCA Standard and its Specifics for DSP Applications" (Rus)
  Presentation "TORNADO-MTCA DSP Systems in MicroTCA Standard" (Rus)
  Presentation "TASDK® Software Development Tools for TORNADO-MTCA DSP Systems" (Rus)
  Paper in Russian 'Components and Technologies' magazine (Jan-2015): "TORNADO-A6678 AMC-module Applications in MicroTCA DSP Systems" (Rus)
  Paper in Russian 'Telecommunications' magazine (Jan-2015): "TORNADO-A6678 AMC-module Applications in MicroTCA DSP Systems" (Rus)
  Application note AN-TARxMTCA-1A (2016-01) (Rus):
O.A.Vasiliev, P.A.Semyonov: "Distributed Multichannel Radiomonitoring Systems TORNADO-RxMTCA®
"
  Paper in 'Information Security - Inside' magazine (Jan-2016): "Rubic's Radiocube: Building a Multichannel Radio Monitoring System"

 

    (C) MicroLAB Systems, 1992-2022
last update: 14 Apr 2022 13:01