Ah sorry ,I misread 2.
So, if you use only one USRP, then there's no frequency offset.

On 01/28/2016 05:02 PM, Marcus Müller wrote:
> Hi xd,
>
> 1. yes
> 2. yes, unless you have a common 10MHz reference connected to both.
> That's what the MIMO cable is for.
> 3. the examples you're looking at.
>
> On 01/28/2016 05:01 PM, w xd wrote:
>> Thanks so much.
>> 1.Is sbx support the full-duplex?
>> 2.If I use one pc and one usrp to realize the transmit and
>> receive.Does the frequency offset exist?
>> 3.Have some related examples in grc which use one pc to control one
>> usrp to realize the transmit and receive?Have some related examples
>> in grc which use one pc to control two usrp connect by the mimo cable
>> to realize the transmit and receive?
>>
>> Best regards
>>
>>
>> 2016-01-28 23:49 GMT+08:00 Marcus Müller <marcus.muel...@ettus.com
>> <mailto:marcus.muel...@ettus.com>>:
>>
>>     Yes you can do that. Also, most daughterboards you can use with
>>     the N2x0 are full-duplex capable, so you don't even need to use
>>     two USRPs.
>>
>>
>>     On 01/28/2016 04:47 PM, w xd wrote:
>>>     Hi:
>>>           Thanks so much.I want to realize the transmit and receive
>>>     ofdm signal in one pc.Also I want to realize the
>>>     synchronization.Just combine the tx_ofdm and rx_ofdm grc in one
>>>     grc and just run?Any suggestion is grateful.Thanks.
>>>
>>>
>>>     2016-01-28 23:44 GMT+08:00 Marcus Müller <marcus.muel...@ettus.com>:
>>>
>>>         Yes. The MIMO cable forwards the data as if it was a network
>>>         cable and a switch.
>>>
>>>         Best regards,
>>>         Marcus
>>>
>>>
>>>         On 01/28/2016 04:18 PM, w xd wrote:
>>>>         Hi all,
>>>>                  I want to use one pc to control two USRP to send
>>>>         and receive ofdm signals synchronization in the grc.One
>>>>         USRP is used as transmitter and the other one is used as
>>>>         receive.Can it be done by just connect two usrp by mimo cable?
>>>>
>>>>                  Thanks in advance.
>>>>
>>>>         Best regards,
>>>>         zs
>>>>
>>>>
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>>>
>>>
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>>>
>>
>>
>

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