Hi guys:
I noticed that in the adc_interface, there are registers called rssi_0, rssi_1,
rssi_2, and rssi_3. All of which are 32 bits. However, according to the header
format:
http://gnuradio.org/trac/browser/gnuradio/trunk/usrp/doc/inband-signaling-usb
The rssi should be 6 bits. Do I just use
Hi guys:
Here is the problem. If I receive a packet whose timestamp is out of date, I
trash the packet. If there are packets afterwards that is a continuation of the
first packet, I should trash those as well despite the fact that their
timestamp indicates now. (They belong to the same high
Hi Everyone:
This is a follow up of yesterday's start/end of burst issues. I have created a
testbench to test my code. See attachment for details(only 4 files).
when simulating the code, the datain register in the file
test_chan_fifo_reader.v is set to be the wrong value. In Ln 88 of
Hello:
Does anyone know the clock speed of master_clk, serial_clk and tx_clk?
Which one is fastest and which one is slowest?
Leo
___
Discuss-gnuradio mailing list
Discuss-gnuradio@gnu.org
http://lists.gnu.org/mailman/listinfo/discuss-gnuradio
So I took a look at serial_io.v. I understand the idea now, you just shift in
the serial_addr first and then shift in the serial_data if you want to write.
Upon read, the highest bit of serial_addr should be set to one. In
usrp_inband_usb.v, inputs to serial_io.v is set to be inputs of the
Hi:
In the spec. for command packets, there are several different kind of writes.
(register write, SPI write, I2C write). I noticed that master_control has a few
registers, serial_io has a few registers connected to it. Which one is one?
What registers are SPI, I2C or just registers?
Leo
Hi guys:
My name is Zhuocheng Yang, you can call me Leo. I am pretty new to gnuradio,
started working on it a month ago. Since Thibaud has gone back to Switzerland,
I will be taking over his work. I am currently trying to process the control
packets, but I am not sure how I can read/write
