Internet or browser control of SW2?


Mark WU6R
 

Is there an easy way to connect SW2 to the FDM DUO via my home wifi so I can operate the SW2 while sitting in front of a different computer in a different room than operating from the pc in my ham shack that is directly connected to my FDM DUO?

Thanks,
Mark WU6R


Alberto I2PHD
 

On 2021-01-12 16:06, Mark Wheeler wrote:
Is there an easy way to connect SW2 to the FDM DUO via my home wifi so I can operate the SW2 while sitting in front of a different computer in a different room than operating from the pc in my ham shack that is directly connected to my FDM DUO?
Maybe you could use Team Viewer....

--
73 Alberto I2PHD
<<< http://www.i2phd.org >>>



Andy G4JNT
 

Bluetooth dongle on your HiFi, and use as a Bluetooth speaker.



On Tue, 12 Jan 2021 at 17:46, Alberto I2PHD <i2phd@...> wrote:
On 2021-01-12 16:06, Mark Wheeler wrote:
Is there an easy way to connect SW2 to the FDM DUO via my home wifi so I can operate the SW2 while sitting in front of a different computer in a different room than operating from the pc in my ham shack that is directly connected to my FDM DUO?
Maybe you could use Team Viewer....

--
73 Alberto I2PHD
<<< http://www.i2phd.org >>>



g0ofe
 

Anydesk is also a good alternative.

On 12/01/2021 17:46, Alberto I2PHD wrote:

On 2021-01-12 16:06, Mark Wheeler wrote:
Is there an easy way to connect SW2 to the FDM DUO via my home wifi so I can operate the SW2 while sitting in front of a different computer in a different room than operating from the pc in my ham shack that is directly connected to my FDM DUO?
Maybe you could use Team Viewer....

--
73 Alberto I2PHD
<<< http://www.i2phd.org >>>



Mark WU6R
 

Team viewer??  I'm not familiar with that.


Alberto I2PHD
 

On 2021-01-12 23:35, Mark Wheeler wrote:
Team viewer??  I'm not familiar with that.

https://www.teamviewer.com/en/

--
73 Alberto I2PHD
<<< http://www.i2phd.org >>>



Pete
 

I really like TeamViewer.
I control all functions and monitor my S2 and S3 receivers (located in my unheated shack (garage)) from the comfort of my home office.
TeamViewer is free but is very strict on even a suspected use for commercial purposes.

Pete


Chris Bartram
 

Hello Andy,

Reading some comments of yours on one of my currently infrequent visits to ukmicrowaves,

I gather that you are looking at printed microwave filter designs. I suggest that you _don't_ look at microstrip. Over the last few years a whole new family of filter designs have begun to emerge using TMxx mode cavities etched onto (or into) PCBs. These are called 'substrate integrated waveguide' (SIW) filters I've played with this approach, and it works. There is one particularly attractive family of these filters called 'empty SIW' filters which eliminate dielectric losses pretty well completely, so very low-loss filters (and matching networks) on PCBs are entirely practicable.

I played with the technique just before I left Wales, and made a little 2-pole 10GHz filter on FR4 using a pair of semi-circular cavities. Even on FR4(!) the insertion loss was acceptable for many non-critical applications and the filter didn't take-up a lot of space. I haven't had a chance to carry that work forward yet, so I thought I share the idea with you.

A literature/inet search should prove fruitful. For historical reasons I am a member of the IEEE Microwave Theory and Techniques society, and their monthly magazine has had a number of articles on the subject. I'd keep my membership of MTT-S even if I had to let the RSGB go hang!

Hope that's useful.

Chris 'dgu






--
Chris Bartram G4DGU


Chris Bartram
 

Apologies for sending this personal message to Andy to the Group. Brain fade, late at night ...

On 13/01/2021 00:13, Chris Bartram wrote:
Hello Andy,

Reading some comments of yours on one of my currently infrequent visits to ukmicrowaves,

I gather that you are looking at printed microwave filter designs. I suggest that you _don't_ look at microstrip. Over the last few years a whole new family of filter designs have begun to emerge using TMxx mode cavities etched onto (or into) PCBs. These are called 'substrate integrated waveguide' (SIW) filters I've played with this approach, and it works. There is one particularly attractive family of these filters called 'empty SIW' filters which eliminate dielectric losses pretty well completely, so very low-loss filters (and matching networks) on PCBs are entirely practicable.

I played with the technique just before I left Wales, and made a little 2-pole 10GHz filter on FR4 using a pair of semi-circular cavities. Even on FR4(!) the insertion loss was acceptable for many non-critical applications and the filter didn't take-up a lot of space. I haven't had a chance to carry that work forward yet, so I thought I share the idea with you.

A literature/inet search should prove fruitful. For historical reasons I am a member of the IEEE Microwave Theory and Techniques society, and their monthly magazine has had a number of articles on the subject. I'd keep my membership of MTT-S even if I had to let the RSGB go hang!

Hope that's useful.

Chris 'dgu





--
Chris Bartram G4DGU