嗨,
实际上我认为XPS / SDK在生成比特流后允许你下载微博的程序时会有类似的想法。
我的意思是在XPS / SDK中,我可以生成包含一个或多个微光泽处理器的硬件设计,并为此设计生成比特流。
之后我可以将设计导出到SDK中并编写用于microblaze的程序(例如bootloader或简单的内存测试)然后我可以在FPGA中运行该程序而无需重新路由。
是否有可能采用XPS / SDK方法进行自己的设计?
谢谢
以上来自于谷歌翻译
以下为原文
Hi,
Actually I was under the impression that the XPS/SDK does similar think when it allows you to download the program for the microblaze after the bitstream was generated. I mean that in the XPS/SDK, I can generate HW design containing one or more microblaze processors and generate bitstream for this design. After that I may export the design into the SDK and write the program for microblaze (for example bootloader, or simple memory test) and then I can run this program in the FPGA without the need for rerouting.
Is there any possibility how to adopt the XPS/SDK approach to my own design?
Thanks
嗨,
实际上我认为XPS / SDK在生成比特流后允许你下载微博的程序时会有类似的想法。
我的意思是在XPS / SDK中,我可以生成包含一个或多个微光泽处理器的硬件设计,并为此设计生成比特流。
之后我可以将设计导出到SDK中并编写用于microblaze的程序(例如bootloader或简单的内存测试)然后我可以在FPGA中运行该程序而无需重新路由。
是否有可能采用XPS / SDK方法进行自己的设计?
谢谢
以上来自于谷歌翻译
以下为原文
Hi,
Actually I was under the impression that the XPS/SDK does similar think when it allows you to download the program for the microblaze after the bitstream was generated. I mean that in the XPS/SDK, I can generate HW design containing one or more microblaze processors and generate bitstream for this design. After that I may export the design into the SDK and write the program for microblaze (for example bootloader, or simple memory test) and then I can run this program in the FPGA without the need for rerouting.
Is there any possibility how to adopt the XPS/SDK approach to my own design?
Thanks
举报