RevRadio - Revision history

Bertrik Sikken at 13:19, 11 May 2020

2020-05-11T13:19:02Z

← Older revision		Revision as of 13:19, 11 May 2020
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	\|Name=RevRadio		\|Name=RevRadio
	\|Picture=KrhFBxL.jpg		\|Picture=KrhFBxL.jpg
	\|Status=~~In progress~~		\|Status=Completed
	\|Contact=Maxell		\|Contact=Maxell
	\|Contact1=bertrik		\|Contact1=bertrik

Crashjuh: LAN conf upd

2016-09-16T16:00:11Z

LAN conf upd

← Older revision		Revision as of 16:00, 16 September 2016
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	<pre>wakeonlan -i 10.42.255.255 00:1c:c0:7b:16:ad</pre>		<pre>wakeonlan -i 10.42.255.255 00:1c:c0:7b:16:ad</pre>
	* Wait for machine to come up:		* Wait for machine to come up:
	~~<strike><pre>ping -c 75 10.42.44.15</pre></strike>~~
	<pre>ping -c 75 10.42.63.15</pre>		<pre>ping -c 75 10.42.63.15</pre>
	* SSH into machine:		* SSH into machine:
	~~<strike><pre>ssh revspace@10.42.44.15</pre></strike>~~
	<pre>ssh revspace@10.42.63.15</pre>		<pre>ssh revspace@10.42.63.15</pre>
	* Start VNC server on the machine:		* Start VNC server on the machine:
Line 90:		Line 88:
	=== connecting to VNC from inside the revspace network ===		=== connecting to VNC from inside the revspace network ===
	To control the HAB tracker PC from the other PC over VNC (example for Debian Stable):		To control the HAB tracker PC from the other PC over VNC (example for Debian Stable):
	~~<strike><pre>vncviewer 10.42.44.15:1</pre></strike>~~
	<pre>vncviewer 10.42.63.15:1</pre>		<pre>vncviewer 10.42.63.15:1</pre>

Line 97:		Line 94:
	<strike>* Create an SSH connection to the revspace network, creating a tunnel for VNC:</strike>		<strike>* Create an SSH connection to the revspace network, creating a tunnel for VNC:</strike>
	* Create an SSH tunnel connection to the revspace network for VNC:		* Create an SSH tunnel connection to the revspace network for VNC:
	~~<strike><pre>ssh -CAX -L 5901:10.42.44.15:5901 shell.space.revspace.nl</pre></strike>~~
	<pre>ssh -CAX -L 5901:10.42.63.15:5901 shell.space.revspace.nl</pre>		<pre>ssh -CAX -L 5901:10.42.63.15:5901 shell.space.revspace.nl</pre>
	* Locally run:		* Locally run:
Line 103:		Line 99:

	=== Network ===		=== Network ===
	~~<strike>Machine has fixed DHCP @ 10.42.44.15 (MAC 00:1c:c0:7b:16:ad)</strike><br>~~
	Machine has fixed DHCP @ 10.42.63.15 (MAC 00:1c:c0:7b:16:ad)		Machine has fixed DHCP @ 10.42.63.15 (MAC 00:1c:c0:7b:16:ad)
	* Listens on SSH port 22 both at v4 and v6!		* Listens on SSH port 22 both at v4 and v6!

Crashjuh at 13:02, 13 September 2016

2016-09-13T13:02:48Z

← Older revision		Revision as of 13:02, 13 September 2016
Line 103:		Line 103:

	=== Network ===		=== Network ===
	<strike>Machine has fixed DHCP @ 10.42.44.15 (MAC 00:1c:c0:7b:16:ad)</strike>		<strike>Machine has fixed DHCP @ 10.42.44.15 (MAC 00:1c:c0:7b:16:ad)</strike><br>
	Machine has fixed DHCP @ 10.42.63.15 (MAC 00:1c:c0:7b:16:ad)		Machine has fixed DHCP @ 10.42.63.15 (MAC 00:1c:c0:7b:16:ad)
	* Listens on SSH port 22 both at v4 and v6!		* Listens on SSH port 22 both at v4 and v6!

Crashjuh at 11:15, 13 September 2016

2016-09-13T11:15:29Z

← Older revision		Revision as of 11:15, 13 September 2016
Line 74:		Line 74:
	<pre>wakeonlan -i 10.42.255.255 00:1c:c0:7b:16:ad</pre>		<pre>wakeonlan -i 10.42.255.255 00:1c:c0:7b:16:ad</pre>
	* Wait for machine to come up:		* Wait for machine to come up:
	<pre>ping -c 75 10.42.44.15</pre>		<strike><pre>ping -c 75 10.42.44.15</pre></strike>
			<pre>ping -c 75 10.42.63.15</pre>
	* SSH into machine:		* SSH into machine:
	<pre>ssh revspace@10.42.44.15</pre>		<strike><pre>ssh revspace@10.42.44.15</pre></strike>
			<pre>ssh revspace@10.42.63.15</pre>
	* Start VNC server on the machine:		* Start VNC server on the machine:
	<pre>~/startvncserver.sh</pre>		<pre>~/startvncserver.sh</pre>
Line 88:		Line 90:
	=== connecting to VNC from inside the revspace network ===		=== connecting to VNC from inside the revspace network ===
	To control the HAB tracker PC from the other PC over VNC (example for Debian Stable):		To control the HAB tracker PC from the other PC over VNC (example for Debian Stable):
	<pre>vncviewer 10.42.44.15:1</pre>		<strike><pre>vncviewer 10.42.44.15:1</pre></strike>
			<pre>vncviewer 10.42.63.15:1</pre>

	=== connecting from outside the revspace network ===		=== connecting from outside the revspace network ===
	* Make sure you have IPv6 connectivity		* Make sure you have IPv6 connectivity
	* Create an SSH connection to the revspace network, creating a tunnel for VNC:		<strike>* Create an SSH connection to the revspace network, creating a tunnel for VNC:</strike>
	<pre>ssh -CAX -L 5901:10.42.44.15:5901 shell.space.revspace.nl</pre>		* Create an SSH tunnel connection to the revspace network for VNC:
			<strike><pre>ssh -CAX -L 5901:10.42.44.15:5901 shell.space.revspace.nl</pre></strike>
			<pre>ssh -CAX -L 5901:10.42.63.15:5901 shell.space.revspace.nl</pre>
	* Locally run:		* Locally run:
	<pre>vncviewer localhost:5901</pre>		<pre>vncviewer localhost:5901</pre>

	=== Network ===		=== Network ===
	Machine has fixed DHCP @ 10.42.44.15 (MAC 00:1c:c0:7b:16:ad)		<strike>Machine has fixed DHCP @ 10.42.44.15 (MAC 00:1c:c0:7b:16:ad)</strike>
			Machine has fixed DHCP @ 10.42.63.15 (MAC 00:1c:c0:7b:16:ad)
	* Listens on SSH port 22 both at v4 and v6!		* Listens on SSH port 22 both at v4 and v6!

Bertrik Sikken at 07:51, 8 September 2016

2016-09-08T07:51:08Z

← Older revision		Revision as of 07:51, 8 September 2016
Line 104:		Line 104:
	[[File:lorapi.jpg\|thumb\|right\|The LoRa Pi receiver]]		[[File:lorapi.jpg\|thumb\|right\|The LoRa Pi receiver]]
	To receive LoRa telemetry from HABs in the 70cm band, we have a LoRa tracker:		To receive LoRa telemetry from HABs in the 70cm band, we have a LoRa tracker:
	* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;		* Raspberry Pi Zero with 16 GB memory card running raspbian (Debian Jessie);
	* UpuTronics LoRa shield with a HopeRF 434 MHz RFM98 LoRa module;		* [https://store.uputronics.com/index.php?route=product/product&search=lora&product_id=68 UpuTronics LoRa shield] populated with a HopeRF 434 MHz RFM98 LoRa module;
	* OTG cable with USB-ethernet adapter to connect to the LAN.		* OTG cable with USB-ethernet adapter to connect to the LAN.

Bertrik Sikken at 10:09, 3 September 2016

2016-09-03T10:09:42Z

← Older revision		Revision as of 10:09, 3 September 2016
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	== LoRa Pi ==		== LoRa Pi ==
	[[File:lorapi.jpg\|thumb\|right\|The LoRa Pi receiver]]		[[File:lorapi.jpg\|thumb\|right\|The LoRa Pi receiver]]
	To receive LoRa telemetry from HABs in the 70cm band, we ~~are setting up~~ a LoRa tracker:		To receive LoRa telemetry from HABs in the 70cm band, we have a LoRa tracker:
	* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;		* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;
	* UpuTronics LoRa shield with a HopeRF 434 MHz RFM98 LoRa module;		* UpuTronics LoRa shield with a HopeRF 434 MHz RFM98 LoRa module;
Line 115:		Line 115:
	* edit gateway.txt to edit the center frequency and LoRa telemetry settings		* edit gateway.txt to edit the center frequency and LoRa telemetry settings
	* sudo ./gateway to run the gateway software		* sudo ./gateway to run the gateway software
			* see also [http://www.daveakerman.com/?p=1719 this blog post by Dave Akerman]

	If all is right, you see an orange and green light on the LoRa shield.		If all is right, you see an orange and green light on the LoRa shield.

Bertrik Sikken at 09:21, 1 September 2016

2016-09-01T09:21:48Z

← Older revision		Revision as of 09:21, 1 September 2016
Line 102:		Line 102:

	== LoRa Pi ==		== LoRa Pi ==
	[[File:lorapi.jpg\|thumb\|right~~\|150px~~\|The LoRa Pi receiver]]		[[File:lorapi.jpg\|thumb\|right\|The LoRa Pi receiver]]
	To receive LoRa telemetry from HABs in the 70cm band, we are setting up a LoRa tracker:		To receive LoRa telemetry from HABs in the 70cm band, we are setting up a LoRa tracker:
	* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;		* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;

Bertrik Sikken: Add image link

2016-09-01T09:20:48Z

Add image link

← Older revision		Revision as of 09:20, 1 September 2016
Line 101:		Line 101:
	* Listens on SSH port 22 both at v4 and v6!		* Listens on SSH port 22 both at v4 and v6!

	== LoRa pi ==		== LoRa Pi ==
			[[File:lorapi.jpg\|thumb\|right\|150px\|The LoRa Pi receiver]]
	To receive LoRa telemetry from HABs in the 70cm band, we are setting up a LoRa tracker:		To receive LoRa telemetry from HABs in the 70cm band, we are setting up a LoRa tracker:
	* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;		* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;

Bertrik Sikken at 07:58, 1 September 2016

2016-09-01T07:58:30Z

← Older revision		Revision as of 07:58, 1 September 2016
Line 102:		Line 102:

	== LoRa pi ==		== LoRa pi ==
	To receive LoRa telemetry from HABs in the 70cm ~~ban~~, we are setting up a LoRa tracker:		To receive LoRa telemetry from HABs in the 70cm band, we are setting up a LoRa tracker:
	* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;		* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;
	* UpuTronics LoRa shield with a HopeRF 434 MHz RFM98 LoRa module;		* UpuTronics LoRa shield with a HopeRF 434 MHz RFM98 LoRa module;
Line 110:		Line 110:
	* ssh pi@lorapi		* ssh pi@lorapi

	To run the LoRa gateway on the pi:		To run the LoRa gateway software on the pi:
	* cd lora-gateway		* cd lora-gateway
	* edit gateway.txt to edit the center frequency and LoRa telemetry settings		* edit gateway.txt to edit the center frequency and LoRa telemetry settings
Line 116:		Line 116:

	If all is right, you see an orange and green light on the LoRa shield.		If all is right, you see an orange and green light on the LoRa shield.
	You'll see the RSSI change a bit every second.		You'll see the RSSI change a bit every second in the display of the gateway software.

	Configuration to receive ~~SSDV from PE2BZ (see also~~ https://ssdv.habhub.org/PE2BZ ):		Configuration to receive [https://ssdv.habhub.org/PE2BZ SSDV from PE2BZ]:
	<pre>		<pre>
	tracker=RevSpace		tracker=RevSpace

Bertrik Sikken at 18:39, 31 August 2016

2016-08-31T18:39:31Z

← Older revision		Revision as of 18:39, 31 August 2016
Line 101:		Line 101:
	* Listens on SSH port 22 both at v4 and v6!		* Listens on SSH port 22 both at v4 and v6!

	==~~= lorapi =~~==		== LoRa pi ==
	To receive LoRa telemetry from HABs in the 70cm ban, we are setting up a LoRa tracker:		To receive LoRa telemetry from HABs in the 70cm ban, we are setting up a LoRa tracker:
	* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;		* Raspberry Pi Zero with 16 GB memory card running Debian Jessie;