Dual-core ARM type SoC application verification implementation method and application verification board

Abstract

The invention discloses a dual-core ARM type SoC application verification realization method and an application verification board, The application verification board includes LSoCAM0201, five MT41K256M16 chips, an Ethernet transceiver, a 1M transceiver, a 4M transceiver, a first serial PROM, a second serial PROM, a connector, FPGA and a dial-up switch. The application verification and performanceevaluation of the dual-core ARM SoC integrated DDR controller are realized by five MT41K256M16 chips, and the Ethernet interface configurable application verification is realized by Ethernet transceiver. The 1M / 4M working mode of 1553B module is verified by 1M / 4M transceiver. Through the first serial PROM, the second serial PROM and connector, the integrated application and communication functionof QSPI / SPI and serial PROM are reserved. Through FPGA and dial-up switch, GPIO / EMIF pin multiplexing and other design functions of the application verification are realized. The invention solves theproblems of low interface speed of SDRAM of non-ARM type SoC application verification board, low-speed general interface integration and single peripheral interface function, etc., and ensures overall verification of dual-core ARM type SoC design function.

Description

technical field [0001] The invention belongs to the field of integrated circuit application verification and application development, and relates to a dual-core ARM type SoC application verification realization method and an application verification board. Background technique [0002] LSoCAM0201 consists of 2 core processors ARM Cortex-A9, on-chip cache, monitor control unit (SCU), memory management unit (MMU), UART controller, SPI controller, CAN2.0B controller, on-chip interconnection module and external interface Controller and other components can meet the application requirements of flight control, navigation calculation, process management and so on. However, the existing non-ARM core SoC application verification board cannot carry out application verification for LSoCAM0201 due to limited design functions and low performance. The functional block diagram of the non-ARM core SoC application verification board is as follows figure 1 shown. First of all, the main freq...

AI Technical Summary

Problems solved by technology

However, the existing non-ARM core SoC application verification board cannot carry out application verification for LSoCAM0201 due to limited design functions and low performance. The functional block diagram of the non-ARM core SoC application verification board is as follows figure 1 shown

First of all, the main frequency of non-ARM core SoC design is not high, generally below 200MHz, and the corresponding memory interface such as SDRAM only has an operating frequency of 100MHz or below, so only low-frequency parallel memory can be used, and it can only be designed with it in application verification. Corresponding low-speed storage implementation; secondly, although non-ARM core SoC also integrates some common interfaces, but limited by the operating frequency, the integrated peripheral interfaces are generally low-speed interfaces, and only low-speed interface applications can be designed in application verification; Finally, the integrated interface functions of non-ARM core SoCs are relatively single, and cannot be compatible with different operating modes or different operating frequencies. The corresponding application verification design is also relatively simple, and cannot be compatible with different operating modes.

Images