On 02/04/2012 04:29 AM, You Lizhao wrote:
> I'm also interested in this problem.
>
> I have tried to setup a UHD sink and a UHD source using one USRP2 +
> XCVR2450 daughterboard like tunnel.py. The flowgraph is like this: (1) Tx
> Path: self.connect(self.txpath, self.sink); (2) Rx Path:
> self.c
I'm also interested in this problem.
I have tried to setup a UHD sink and a UHD source using one USRP2 +
XCVR2450 daughterboard like tunnel.py. The flowgraph is like this: (1) Tx
Path: self.connect(self.txpath, self.sink); (2) Rx Path:
self.connect(self.source, self.rxpath). It works but makes my
On 14/10/2011 10:04 AM, Tuan (Johnny) Ta wrote:
I'm also interested in this problem. Juan Ramon, did you make any
progress? If you did, would you mind sharing it?
For Marcus, I have a more general question regarding the flow graph.
If I have in my GRC both a UHD sink and a UHD source block, is
I'm also interested in this problem. Juan Ramon, did you make any progress?
If you did, would you mind sharing it?
For Marcus, I have a more general question regarding the flow graph. If I
have in my GRC both a UHD sink and a UHD source block, is it true that the
USRP2 will stay in receive mode un
Dear GNU Radio list's members,
I have a set of USRP2+XCVR2450 with the host computers configured with
the *GNU Radio classic drivers* (v.3.3.0).
My main idea is to transmit and receive data through a wireless
connection between the USRP2s. For now, I'm unaware of the PHY
technology but the only
Dear GNU Radio list's members,
I have a set of USRP2+XCVR2450 with the host computers configured with
the *GNU Radio classic drivers* (v.3.3.0).
My main idea is to transmit and receive data through a wireless
connection between the USRP2s. For now, I'm unaware of the PHY
technology but the only