here my config.txt with a fix LAN-IP 192.168.0.25 and Router IP 192.168.0.1 (FritzBox)
I hope this could help:
[NETWORK]
hostname = pluto
ipaddr = 192.168.0.25
ipaddr_host = 192.168.0.1
netmask = 255.255.255.0
[WLAN]
ssid_wlan =
pwd_wlan =
ipaddr_wlan =
[USB_ETHERNET]
ipaddr_eth = 192.168.0.12
netmask_eth = 255.255.255.0
[SYSTEM]
xo_correction =
udc_handle_suspend = 0
[ACTIONS]
diagnostic_report = 0
dfu = 0
reset = 0
calibrate = 0
If you are interested, the extensive changes can be read in the file releasenote.txt (see attachment).
One of the improvements that I am personally enthusiastic about is the option of sending the data directly from the spectrum shown to my Minitiouner (see picture)
Hi to all,
F5OEO has finished his new DATV firmware version 0201 for the Pluto.
Many thanks to Evariste F5OEO and all contributors.
Here is the link to download:
That's my MiniTiouner version without SMD's on the board, hi.
It's running with Scan&Tioune.
For more infos see my pages on qrz.com
In the meantime i have found out that the stream settings are irrelevant when using UDP. To start the data stream you have to use the "Start Recording" function instead of "Start Streaming", which may sound a bit illogical.
If you want to use the ADALM-PLUTO DATV controller to set the parameters of the Pluto, you have to send the OBS data to the Pluto via UDP stream. Above you can see what has to be entered in OBD under "Output" "Recording". But what do you have to enter under "Stream" in the line "Server" and "Stream Key"?
The update via web does nothing more than copy the file pluto.frm into the Pluto and send the Pluto a reset command, whereby the Pluto installs the firmware independently. This only automates the manual handling of the update. It couldn't be easier and a newcomer should be able to do that too, hi
DD0CW, The upload function via web is only part of the firmware of Everiste and not of the original firmware of Analog Devices
I have just made my Pluto happy with the firmware update via web page and it has now thanked me with a flawless and extended function.
Thousand thanks to the hardworking developers of this excellent software
DM5RM Hi Roland,
yes, very mysterious things are already happening inside Pluto. It would be interesting to know whether a commercial SA produces the same results and which spurious waves are actually generated by Pluto. In my 2.4GHZ-PA, a multi-circuit filter ensures the suppression of secondary waves, but only if they are outside the passband 
DM5RM Hi Roland,
thanks for the hint. What I am missing is a manual for the software with an explanation of the individual operating functions or a help function. Otherwise the software is an excellent addition to the other pluto programs.
What irritated me: as soon as you set the Span to 61MHz, you can see another signal at 2407.8 MHz only about 10dB weaker than the one at 2400MHz. With a Span of 60MHz this signal is not activ. Depending on the span and generator frequency, signals appear below or above the generator frequency with different levels. If pluto generat this continuously, it would be fatal, as this signals could appear in the DATV band.
I did and I got the same results
Hi George,
that's exactly what I did. I wanted to use the analyzer to examine Pluto's output signal. Apparently the internal crosstalk is so high that even without an external bridge the Tx signal can be seen along with plenty of spurious waves. My Pluto is housed in an aluminum box. The crosstalk seems to be already happening on the Pluto board, which does not speak for good RF quality.
This hardcopy was created with SA and Generator on and without any connection between the Rx and Tx sockets.
How can that be?
Is it possible to connect the two connections internally via software?
I've tested this on various frequencies from 400MHz to 2400MHz.
TX Pwr has no influence on the signal level.
Hi Frank, of course you are right. That also occurred to me later. I took the measurements in the DATV reception position. The signals from the NB are therefore several dB weaker. 
Nice tool, works excellent.
Many thanks for your great work, Alberto.
P.S.
the hardcopy shows the input signals of my pluto (range: 739-750 MHz)
The DATV signals are much stronger than some SSB signals.
Now a new hardcopy with TSA calibrated (range: 739-750 MHz) .
Mike, many thanks for your info.
I'll try to connect Evariste by email or on vivadatv.
Display MoreHello Gerhard,
yes, I tried diffent equipments, but finaly had the best results with the PLUTO and a GTX-1050 for H265 encoding.
Your i7-9 is absolutely sufficient. The hardest job is encoding the H265 signal, and with the GTX-1050 you have a minimum load on the intel CPU. Can do additional other things at the same time, MiniTioune RX deocoding for example no problem.
The trick for H265 encoding is to use the record mode from OBS as UDP multicast, not streaming point to point. You can in the record mode select the udp stream for the Pluto.
The rest will be done from Evaristes (F5OEO) firmware in the Pluto and the ADALM-PLUTO DVB Controller, pre installed in Evaristes software package.
These are in short form the mainly steps ...
73´s de Robert
Hi Robert,
where can I get Evaristes Adalm-Pluto DVB Controller and/or his software package?
G0MJW, Mike, of course, I used the Serit datasheets. Unfortunately, not all the required dimensions of the connector are shown there. Since I want to install the vertical mounting type NIM horizontally, I need this. The problem has now been solved. Thanks to the help of Heiner DD0KP, a NIM is available for test purposes
DD0KP Heiner, my layouts for the Pro version of Jean-Pierre F6DZP are already finished. There are two versions for vertical (see picture) and horizontal type of the Serit NIMs.
I know the board from BG0AUB. In contrast, I do not use SMD components, but only wired ones, which makes the replica much easier. The board fits into an inexpensive housing made of aluminum profile for standard cards (100x160 mm). Optionally, you can use a higher case when installing a display.
