franch
Newbie level 2
- Joined
- Aug 15, 2012
- Messages
- 2
- Helped
- 0
- Reputation
- 0
- Reaction score
- 0
- Trophy points
- 1,281
- Location
- Curitiba, Brazil
- Activity points
- 1,299
Hi,
I am currently developing a system in an FPGA that will implement a certain communication protocol. I am using the Avnet's LX9 Microboard for prototyping. I have already done a good deal of the system and I want to test what I already have in HW now. I can't use the USB (or JTAG) connection while I am doing the test on HW for physical purposes.
What I plan to do is: store a certain amount of random messages in the LX9 Microboard's memory, send them using my already developed system and store the received messages in another memory region. Once I have a certain number of messages written on memory, I will disconnect the LX9 Microboard from the whole system and plug it in the PC, using the USB cable, and read what is in the memory.
My question is:
Should I use a MicroBlaze processor in the FPGA for this W/R operations? Or should I develop a simpler block myself to this kind of thing?
Thanks in advance.
Best regards,
Daniel Franch
I am currently developing a system in an FPGA that will implement a certain communication protocol. I am using the Avnet's LX9 Microboard for prototyping. I have already done a good deal of the system and I want to test what I already have in HW now. I can't use the USB (or JTAG) connection while I am doing the test on HW for physical purposes.
What I plan to do is: store a certain amount of random messages in the LX9 Microboard's memory, send them using my already developed system and store the received messages in another memory region. Once I have a certain number of messages written on memory, I will disconnect the LX9 Microboard from the whole system and plug it in the PC, using the USB cable, and read what is in the memory.
My question is:
Should I use a MicroBlaze processor in the FPGA for this W/R operations? Or should I develop a simpler block myself to this kind of thing?
Thanks in advance.
Best regards,
Daniel Franch