Date of Publication :25th February 2017
Abstract: The rising improvements in semiconductor innovation have made conceivable to structure whole system onto a single chip, generally known as System-On-Chip (SoC). The increase in Space System's capacities encouraged by the On-board information preparing abilities can be overwhelmed by upgrading the SoCs to give financially savvy, superior, and solid information. This is accomplished by implanting pre-structured capacities into a single SoC, which uses particular reusable center (IP centres) engineering into complex chip. This paper is focused on the plan of telecommand system for move of signs from ground station to space station by the coordination of SRAM “(Static Random Access Memory)â€, ARM “(Advanced RISC Machine)†Processor, EDAC unit “(Error Discovery and Correction)†and CCSDS “(Consultative Committee for Space Data System)†decoder system. In this paper the Tele-command SoC was structured by utilizing VHDL code. The usage have been finished utilizing XILINX FPGA stage and the usefulness of the system is checked utilizing Modalism reproduction. The showcased SoC configuration works the recurrence of 143.74 MHz and it devours 2056 mw power.
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