2024 Recap

Spring Electronics Topics Designs 2024

  • Data Acquisition – Base FPGA

    • Optional use low cost FPGA

    • Optional on chip processor unit

    • Multi channel peripheral extensions, FPGA extend PCIe port to complete embedded peripherals networks:

      • PCIe – Main Host Interfaces, Support PCIe x1, x4,x8

      • GETH, 10G, 100G

      • UARTs

      • SPI’s

      • I2C’s

      • High speed Advance I2C

      • PMBus

      • JTAG Bridge / Switch, complete JTAG base solution, all commands and status by and over JTAG ports

    • Target DO254 approve

    • Complete hardware implementation for Peripheral control

      • ADCs

      • DACs

      • High speed controls

      • Board to Board UART / HDLC secure base communication

 

  • RF ADC DAC Control and Data

    • FPGAs

      • Xilinx MPSoC

      • Xilinx RFSoC

      • Xilinx Versal

    • TI AFEn / TI A2D JESD204C Interface

      • Multi ADCs

    • TI ADC Configuration: SPI Master Control – Stand Alone for minimum configuration time, complete hardware implementation for security

    • DAC data Rx Configurable Signal Processing (GPU)

      • FFT

      • Filters

      • Simple ALGO PIP

    • Data path – Over GETH, 10G, Multi 10G ports and PCIe

    • Peripherals control includes

      • NVFPGA for FPGA power control, power sequence, monitoring

    • FPGA Processing System – Software Design

      • FPGA design

      • BSP

      • Drivers for peripherals

      • LINUX

      • PL Control and load

      • GUI for debug and monitoring

 

  • Processor Platform Infrastructure

    • Complete computing and processing system includes

      • FPGA – MPSoc

        • PL

        • PS

      • NVIDIA SoM

      • COMEX

    • Internal Interconnect

      • 10GETH

      • PCIe

      • Controls

    • Multi Sensors Supports

      • LiDAR

      • Vision Sensors

    • Complete FPGA design

    • Software Design

      • BSP and System Operation

        • NVIDIA SoM, Linux

        • COMEX, Linux

        • FPGA PS, Linux, RTOS

      • Drivers for communication interconnection

      • Drivers for external PCIe

      • Drivers for peripherals

      • NVFPGA for FPGA power control, power sequence, monitoring

 

  • Ethernet Switch & Bridge

    • Can be implemented on low cost FPGA

    • Support up to about 65K MAC Address Learning (on low cost FPGA)

    • Low latency

    • Optional buffers:

      • Internal FPGA memory

      • External DDR Memory

    • In Band Management

    • In Band standard Ethernet test, quality of service RFC3544

    • In Band peripherals control / bridge options (All over any Ethernet port in system)

      • GPIOs

      • UARTs

      • I2C’s

      • SPI’s

    • Flow Control

    • Support up to 16 ports

    • Managed / Un Manage Switching

    • VLAN Support includes switching options base on VLAN

    • Filter Filtering / Sniffing based on

      • MAC

      • IP

      • UDP

      • Based on specific data search / Scan Specific Data Pattern / Frame Length and more options

    • Unique Traffic Control

    • Enable one side communication only

    • Enable specific Source Address / UDP / IP

    • Sniffer Port

    • Traffic Statistics

    • Complete hardware implementation

      • Minimum frame delay

      • High reliability for Traffic blocking

    • In Band Host management

    • Optional UART Host Management

    • User control for all learning / monitoring / sniffing capabilities

    • Traffic Bandwidth Control per

      • Port

      • MAC

      • IP

      • UDP

 

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