Raspberry PI on AIR

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dct645
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Raspberry PI on AIR

#1

Beitrag von dct645 »

auf dem Raspberry PI mit rs232 usbadapter das EuroTnc ist direkt ansprechbar ttyUSB0
bpq32 ( hier das pilinbpq) und das orginal 32
zusammengefügt läuft super
- es sinkt der stromverbrauch - :)
steuerbar des PI über remotedesktop
kein monitor - keine tastatur - keine mouse angeschlossen-
speicherkarte übertrieben gross derzeit 8GB - lieber haben als brauchen :)

somit läuft das node im internet und im aprs .
calls werden sicher nochmal geändert wenn die bbs
eingefügt wurde -

soundmodem auch getestet läuft auch super
testlauf ist noch auf der kleinen antenne DV27-Lang

kann den PI mit BPQ nur empfehlen
auch für linux- unbekannte- ist diese installation kein problem
durch den pi können einige hfnoden auch ein inet angefügt werden
dank ans wlan auch wetterdaten und gps lassen sich
ohne probleme auslesen damit

CT0HST:CT1NET> Interlink setup (INET) ...
*** Connected to CT7PI:CT7NET
=5419.24N/01303.49E#Stralsund
RaspBerry PI PIBPQ

CT1NET -> BBS <C>ONNECT <B>YE <I>NFO <R>OUTES <P>ORTS <U>SERS <MH>EARD
mh 1
CT7PI:CT7NET} Heard List for Port 1
DNX540 00:00:00:04
CT4NOD 00:00:00:11
CT0NOD 00:00:00:16
DNX964-1 00:00:00:19
FU6GAT 00:00:00:24
BBS645* 00:00:00:53 via CT1NET-1*,CT0NOD-10,WIDE1-1,WIDE2-2
CT1NET 00:00:01:36
DND665 00:00:02:58
CT0NOD-10* 00:00:03:01 via WIDE1-1,WIDE2-2
DND665* 00:00:03:33 via CT0NOD-10*,WIDE2-2
UM0NET* 00:00:07:41 via DIGN0D,CT0NOD-10*,WIDE2-2
DIGN0D 00:00:08:25
CT7NET-10* 00:00:09:49 via CT0NOD-10*,WIDE2-2
CT1NET* 00:00:10:40 via CT0NOD-10,WIDE1-1,WIDE2-2
UM0NOD-10* 00:00:11:04 via UM0NET-1,DIGN0D,CT0NOD-10*,WIDE2-2
DND347* 00:00:11:07 via DNX540,CT0NOD-10*,WIDE2-2
VR1NOD 00:00:12:35
DCT645-10* 00:00:15:39 via CT1NET-1*,CT0NOD-10,WIDE1-1,WIDE2-2
DKM666 00:00:20:23
DNO800-10* 00:00:45:12 via UM0NOD,DNX540,CT0NOD-10*,WIDE2-2
DNX540* 00:01:32:44 via VR2NOD

mh 2
CT7PI:CT7NET} Heard List for Port 2
DOK346 00:00:00:00
DNO266 00:00:00:08
FU6NET 00:00:01:19

http://www.packet-radio-nordost.de.tl/
https://www.facebook.com/groups/1360512 ... =bookmarks
Jack4300
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Re: Raspberry PI on AIR

#2

Beitrag von Jack4300 »

Hallo,
oder ein Image, bei dem man nur noch seinen Call usw. eintragen muss. Wäre das Sahnehäubchen :-)
dct645
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Re: Raspberry PI on AIR

#3

Beitrag von dct645 »

/* This begins a multi-line comment

CONFIGURATION FILE FOR BPQ32: G8BPQ SWITCH SOFTWARE

APRS_Simple: One radio port plus an internet connection to APRS-IS

\Examples\APRS_Simple

*/ This ends a multi-line comment

LOCATOR=JO64NH
;See LOCATOR details at:
;http://www.cantab.net/users/john.wisema ... odeMap.htm

;PASSWORD=ABCDEFGHILKLMNOPQRSTUVWXY
;SYSOP Passord-See http://www.cantab.net/users/john.wisema ... SYSOP.html

NODECALL=CT7NET ; Node callsign
NODEALIAS=CT7PI ; Node alias (6 characters max)
BBSCALL=BBS645 ; BBS CALLSIGN PGF0LA-8 FORWARD
BBSALIAS=BBS645-8 ; BBS ALIAS FRA485-8
;
;
IDMSG: ; UI broadcast text from NODECALL to fixed dest ID
ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ»
º±² PACKET SWITCH GERMANY CT1NET NODE> ²±º
ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ
***
; ; Denotes end of IDMSG text
BTEXT: ; UI broadcast text from BCALL to destination UNPROTO=
=5419.24N/01303.49EB Stralsund Actif en Aprs/Packet 27.235 FM
*** ; Denotes end of BTEXT text
INFOMSG: ; The INFO command text follows:
Stralsund Packet Network, Nord-EAST Germany

NODE CALL CT1NET
*** ; Denotes end of INFOMSG text
CTEXT: ; The CTEXT text follows:
=5419.24N/01303.49E#Stralsund

CT1NET -> BBS <C>ONNECT <B>YE <I>NFO <R>OUTES <P>ORTS <U>SERS <MH>EARD
***
; ; Denotes end of CTEXT text
FULL_CTEXT=1 ; 0=send CTEXT to L2 connects to NODEALIAS only
; 1=send CTEXT to all connectees

; Network System Parameters:

OBSINIT=6 ; Initial obsolescence set when a node is included
; in a received nodes broadcast. This value is then
; decremented by 1 every NODESINTERVAL.
OBSMIN=4 ; When the obsolescence of a node falls below this
; value that node's information is not included in
; a subsequent nodes broadcast.
NODESINTERVAL=15 ; Nodes broadcast interval in minutes
IDINTERVAL=60 ; 'IDMSG' UI broadcast interval in minutes, 0=OFF
BTINTERVAL=60 ; The BTEXT broadcast interval in minutes, 0=OFF
L3TIMETOLIVE=25 ; Max L3 hops
L4RETRIES=3 ; Level 4 retry count
L4TIMEOUT=60 ; Level 4 timeout in seconds s/b > FRACK x RETRIES
L4DELAY=10 ; Level 4 delayed ack timer in seconds
L4WINDOW=4 ; Level 4 window size
MAXLINKS=63 ; Max level 2 links
MAXNODES=128 ; Max nodes in nodes table
MAXROUTES=64 ; Max adjacent nodes
MAXCIRCUITS=128 ; Max L4 circuits
MINQUAL=168 ; Minimum quality to add to nodes table
; INP3 Routing is experimental. The two parms which follow will be ignored
; unless activated in the ROUTES: section.
MAXHOPS=4 ; INP3 hop limit to add to tables
MAXRTT=90 ; INP3 max RTT in seconds
BUFFERS=255 ; Packet buffers - 255 means allocate as many as
; possible, normally about 130, depending upon other
; table sizes.

; TNC default parameters:

PACLEN=236 ; Max packet size (236 max for net/rom)

/*
PACLEN is a problem! The ideal size depends on the link(s) over which a packet
will be sent. For a session involving another node, we have no idea what is at
the far end. Ideally each node should have the capability to combine and then
refragment messages to suit each link segment - maybe when there are more BPQ
nodes about than 'other' ones, I'll do it. When the node is accessed directly,
things are a bit easier, as we know at least something about the link. So,
currently there are two PACLEN params, one here and one in the PORTS section.
This one is used to set the initial value for sessions via other nodes and for
sessions initiated from here. The other is used for incoming direct (Level 2)
sessions. In all cases the TNC PACLEN command can be used to override the
defaults.
*/

; Level 2 Parameters:

; T1 (FRACK), T2 (RESPTIME) and N2 (RETRIES) are now in the PORTS section

T3=120 ; Link validation timer in seconds
IDLETIME=720 ; Idle link shutdown timer in seconds

; Configuration Options:

AUTOSAVE=1 ; Saves BPQNODES.dat upon program exit
BBS=1 ; 1 = BBS support included, 0 = No BBS support
NODE=1 ; Include switch support
HIDENODES=1 ; If set to 1, nodes beginning with a #
; require a 'N *' command to be displayed.
/*
The *** LINKED command is intended for use by gateway software, and concern
has been expressed that it could be misused. It is recommended that it be
disabled (=N) if unneeded.
*/
ENABLE_LINKED=Y ; Controls processing of *** LINKED command
; Y = allows unrestricted use
; A = allows use by application program
; N = disabled

; AX25 port definitions:

; With the following definition BPQ32 accesses the TNC directly.

PORT
PORTNUM=1 ; Optional but sets port number if stated
ID=BPQ 27.235 MHz ; Displayed by PORTS command
COMPORT=/dev/ttyUSB0 ; Port is RS232 Com
PROTOCOL=KISS ; TNC is used in KISS or JKISSmode
FULLDUP=0 ; Only meaningful for KISS or JKISS devices
SPEED=9600 ; RS232 COM PORT SPEED
CHANNEL=A ; A for single channel TNC, A or B for multichannel
PERSIST=64 ; PERSIST=256/(# of transmitters-1)
SLOTTIME=100 ; CMSA interval timer in milliseconds
TXDELAY=300 ; Transmit keyup delay in milliseconds
TXTAIL=30 ; TX key down, in milliseconds, at packet end
QUALITY=192 ; Quality factor applied to node broadcasts heard on
MINQUAL=168 ; Entries in the nodes table with qualities greater or
MAXFRAME=7 ; Max outstanding frames (1 thru 7)
FRACK=5000 ; Level 2 timout in milliseconds
RESPTIME=1000 ; Level 2 delayed ack timer in milliseconds
RETRIES=5 ; Level 2 maximum retry value
PACLEN=236 ; Default max packet length for this port
UNPROTO=ID ; BTEXT broadcast addrs format: DEST[,digi1[,digi2]]
BCALL=CT7NET ; BTEXT call. unstated defaults to APPL1CALL
L3ONLY=0 ; 1=No user downlink connects on this port
DIGIFLAG=1 ; Digipeat: 0=OFF, 1=ALL, 255=UI Only
DIGIPORT=1 ; Port on which to send digi'd frames (0 = same port)
USERS=0 ; Maximum number of L2 sessions, 0 = no limit
ENDPORT
PORT
PORTNUM=2 ; Optional but sets port number if stated
ID=Axudp Internet links ; Displayed by PORTS command
TYPE=EXTERNAL ; Calls an external module
DLLNAME=BPQAXIP.DLL ; Uses BPQAXIP.DLL
QUALITY=192 ; Quality factor applied to node broadcasts heard on
; this port, unless overridden by a locked route
; entry. Setting to 0 stops node broadcasts
MINQUAL=168 ; Entries in the nodes table with qualities greater or
; equal to MINQUAL will be sent on this port. A value
; of 0 sends everything.
MAXFRAME=7 ; Max outstanding frames (1 thru 7)
FRACK=3000 ; Level 2 timout in milliseconds
RESPTIME=1000 ; Level 2 delayed ack timer in milliseconds
RETRIES=5 ; Level 2 maximum retry value
PACLEN=236 ; Max = 236
CONFIG ; BPQAXIP.cfg has been deprecated. Instead the AXIP
; configuration occurs here:
MHEARD ;Opens AXIP MHEARD window
UDP 99 ;Listens for UDP packets on this port number
;DONTCHECKSOURCECALL ;This option allows entries in the NODES table from
;stations sending you nodes broadcasts without the
;corresponding node being configured in bpqaxip.cfg.
AUTOADDMAP ;This option automatically adds the node call and
;address of a node for which you do not have a
;pre-arranged fixed entry in bpqaxip.cfg. If the
;option DONTCHECKSOURCECALL is specified then the
;AUTOADDMAP option is ignored.
BROADCAST NODES
;BROADCAST QST
;MAP NL9PRC-5 NL3PRC.DYNS.CX UDP 93 b
;MAP NL9PRC-5 NL3PRC.DYNS.CX UDP 94 b
MAP DOK346 188.246.4.144 UDP 93
MAP FU6NET dkm666.ddns.net UDP 96
MAP DNO266 dno266.ddns.net UDP 98
;MAP FU6NET dkm666.ddns.net UDP 96
;MAP NL5VKL 84.29.166.68 UDP 10093
;MAP NL5KMP 94.215.189.187 UDP 93 b
;MAP NOD001 FRA001.NO-IP.ORG UDP 93 B
;
; If INP3 routing (experimental at this point) is utilized the 'B' command
; should not be included:
;MAP BB9BB-6 example.com UDP 10093
; Steve Conrad, VE9SC, provides a service which displays a map of BPQMailChat
; nodes dynamically updated: http://guardian.no-ip.org/bpqmap/ChatNetwork.htm
; To include your chat node on the map remove the ';' from the MAP DUMMY
; statement which follows. The rest of the statement must remain exactly as
; shown.
; MAP DUMMY CHATMAP.G8BPQ.NET UDP 10090
; A keepalive may be needed if you have not properly configured your
; router to direct incoming UDP traffic to the specific machine on you
; LAN which is running BPQ32. You should properly configure your router
; so that the keepalive is unneeded, as this ploy is not completely
; reliable!

; In the exceptional case where your ISP is dropping your incoming traffic
; testing has found that the keepalive might help 'keep the door open'.
; In the following example a keepalive packet is sent every 30 seconds:
;MAP AA1AA-1 example.net KEEPALIVE 30 UDP 10093 B

; An experimental TCP communication mode was added with the 2009/Aug/28 Beta
; release. The purpose is to circumvent router issues which are almost certain
; when 'your side', which we will call the client side, cannot control access
; to direct incoming UDP packets to your machine. Instead you will originate
; a connection via TCP. TCP is a connected protocol, all routers should
; automatically set up the return path to your machine.

; An example would be your BPQ32 node, with a node call of MYCALL-5, on a
; laptop at a public access WiFI site. To connect to AA1AA-1 via this method
; you will need this entry in your MAP list (without the ; of course):
;MAP AA1AA-1 example.net TCP-Master 10093 B

; AA1AA-1 is the node call of the remote side, e.g. server side. The server
; side must have the ability to program its router to direct incoming TCP
; traffic with the specified port number to the machine running BPQ32 Node
; AA1AA-1, just as it does for UDP.

; BPQ32 Node AA1AA-1 at URL=example.net would add the folllowing entry to its
; MAP list:
;MAP MYCALL-5 0.0.0.0 TCP-Slave 10093 B

; As a result AA1AA-1 will listen for TCP packets on port 10093 from MYCALL-5.
; When heard, a TCP connection will result over which AX.25 traffic will flow.
; The server side obtains the client side ip address when the connection
; request is received.

; As currently implemented the client side will have to make advance
; arrangements with the server side so that the correct MAP entries will be in
; effect, as well as to specify a unique TCP port number for each prearranged
; client.
ENDPORT

APRSDIGI

APRSCall CT1NET-10
StatusMsg==5419.24N/01303.49E#Stralsund BPQ32+WINFBB

Symbol=& ; Icon to display for station.
Symset=I ; This is a "I" in a Black Diamond.

; Specify a Dest and Path for each port you want to use for APRS. No dest means
; receive only port. Ports without an APRSPath statement will not be used by the
; Digi.

;APRSPath 1=APRS,WIDE2-2 ; Receive only port
;APRSPath 1=APRS ; Send beacon locally
;APRSPath 7=APRS,WIDE1-1 ; Dest and up to 8 digis
APRSPath 1=APRS,WIDE1-1,WIDE2-2 ;

BeaconInterval=10 ; Send Beacon every 30 minute. Minimum is 5 mins
MobileBeaconInterval=2 ; Beacon interval when moving

; Define Crossport Digi. For each port, a list of ports to send a packet to (IS means send ; If a Digimap isn't specified for a port, digi out on the port the packet arrived on,
; and send to APRS-IS (if enabled)
; If you want to digi on same port, but not send to APRS-IS, Specify Digimap n=n
; If you dont want to digi on a port, specify Digimap n=

;Digimap 1=9 ; Packets from port 1 to port 9, but not APRS-IS
;Digimap 7=7,9,IS ; Packets from port 7 to ports 7 and 9 and APRS-IS
Digimap 9=1 ; Don't digi packets received on port 9
Digimap IS=1 ; Packets from port 1 to APRS-IS (do not digi on radio port)
Digimap 1=1,IS ; Packets from port 1 to port 1 as well as to APRS-IS

TraceCalls=WIDE,TRACE ; Calls for CALLN-n Processing with Trace
FloodCalls=APRS,CBAPRS ; Calls for CALLN-n Processing without Trace
DigiCalls=WIDE1-1 ; Calls for Normal (ie no SSID manipulation) Digi
; For a Local "Fillin" Digi, you could include WIDE1-1 and leave out
; TraceCalls and FloodCalls.

ReplaceDigiCalls ; Replace DigiCalls with APRSCall. Omit if you want the
; call to be left as it is received.

MaxTraceHops=2 ; Max value of n in CALLN-n processing. If a packet is
MaxFloodHops=2 ; received with n greater thanthis, the value will be
; replaced BEFORE it is decremented.
GPSPort=0 ; If specified, lat/lon will be taken from a GPS
GPSSpeed=0

; You can specify a fixed LAT/LONG instead of using GPS

LAT=5419.24N ; Must be in standard APRS Format (ddmm.mmN/S)
LON=01303.49E ; Must be in standard APRS Format (dddmm.mmE/W)

; IGATE Params. If specified you will gate RF packets and your beacons to APRS-IS

ISHost=cbaprs.de ; APRS-IS Host Name. May be either an IPV4 or an IPV6 Host
ISPort=27235 ; Normal port for a filtered feed
ISPasscode=xxxxx ; If you don't already have a passcode I can issue you one.

; You can specify a filter command to be sent when you log on to APRS-IS.
; Normally you don't need one. The APRS Mapping Application (BPQAPRS) sets a
; filter when it starts, and if you aren't running an APRS application, there
; isn't much point in getting info from APRS-IS.

;ISFilter=m/50 ; Filter Command if needed

; The following objects, 444.80MUD and 146.85MUD, are being transmitted once
; every 30 minutes to APRS-IS and once every 10 minutes locally only via port
; 1 (radio). The termination of the path by 'NOGATE' for the radio port 1
; means any IGate which hears this will not forward it to APRS-IS, and thus
; not clutter up APRS-IS needlessly!

; IMPORTANT: Note that following the 'Tone' data the offset is included as
; '+500'. This is interpreted as +500 x 10 KHz, i.e. +5.0 MHz as is typical
; for a UHF voice repeater. For the object 146.85MUD, a VHF voice repeater,
; the offset is expressed as -060, which is interpreted as -60 x 10 KHz, i.e.
; -600 KHz. Note that is must be expressesd with the leading 0, or the
; Kenwood TM710A will not parse it correctly! Thus for a VHF repeater this
; would correctly be expressed as -060 or +060.

; These objects when received by a TM710A allow one to QSY to that voice
; repeater with the tone and shift set correctly with a single push of the
; 'Tune' button!

; Further info on this at: http://www.aprs.org/localinfo.html


;OBJECT PATH=APRS PORT=IS INTERVAL=30 TEXT=;444.80MUD*111111z4818.10N/09602.10WrT156 +500 R15m
;OBJECT PATH=APRS,NOCALL-5,NOGATE PORT=1 INTERVAL=10 TEXT=;444.80MUD*111111z4818.10N/00248.10WrT156 +500 R15m

;OBJECT PATH=APRS PORT=IS INTERVAL=30 TEXT=;146.85MUD*111111z4817.95N/09601.49WrToff -060 R45m
;OBJECT PATH=APRS,WIDE2-2 PORT=1,IS INTERVAL=10 TEXT=;27.235 BBS*111111z5034.13N/00248.04ErFRA485 LORGIES
***

ROUTES: ; Locked routes (31 maximum)
DOK346,255,2,0,1,0,1
DNO266,255,2,0,1,0,1
FU6NET,255,2,0,1,0,1
/* ; Begin comment block
CALLSIGN,QUALITY,PORT[,MAXFRAME,FRACK,PACLEN,INP3Enable]

MAXFRAME, Frack and PACLEN if stated override the port defaults.
INP3Enable = 1 enables, 0 or null disable. The INP3 (internode protocol)
implementation in BPQ32 is experimental.
Example of a route statement using INP3:
HISCAL-12,1,1,0,0,0,1
*/ ; End comment block
/*
If you are in range of another radio node you may choose to lock the
route. Locked routes tend to be overused and should not be set unless
truly needed.
*/
FU6NOD,0,1
DNX540,0,1
CT0NOD,192,1
DIGN0D,192,1
*** ; Denotes end of locked routes
/*
Applications:

You can define additional Node commands that are available to your users. These
may connect to applications running on you computer, or be aliases or 'shortcuts'
to other node commands. For example you can define the command "BBS". This can
either be set up to connect to a BBS running on your computer, or to be an alias
for a command that connects to a BBS on another system.

You can set up a callsign that if connected to will select the command, and if
required cause the call to be added to your NODES list.

The format is:

APPLICATION n,CMD,New Command,Call,Alias, Quality

n Application Number. You can define up to 32.
CMD The command the user types.
New Command (optional) The Node command to be run.
Call (optional) The call which directly invokes CMD.
Alias and Quality (optional) If specified, causes an entry for Call and Alias
to be added to your NODES table with the specified Quality.

Associated with each Application number is an applications mask. Most BPQ32
applications can be configured to use any Application. An exception is
AR-Cluster using the OCX interface, which must be Appl 1. Normally an Application
Mask is configured in the application, rather than an Application Number.
The following table gives the Application Mask values:

Appl: 1,2,3,4,5,6,7,8, etc
Decimal Mask: 1,2,4,8,16,32,64,128, etc
Hexadecimal Mask: 0x1,0x2,0x4,0x8,0x10,0x20,0x40,0x80, etc

*/
; There are no associated applications, thus APPLICATION is commented out.
APPLICATION 1,BBS,,,,255
APPLICATION 2,DX,C HSTNOD,255
APPLICATION 3,SYSOp,c 2 DCT645,,255
;APPLICATION 2,CHAT,,CB9SNK-5,SNKCHT,255
; APPLICATION 3,MBU,,NL1SNE,NL2SNE,255
;APPLICATION 3,BBS,C N5IN-3,MYCALL-3
;APPLICATION 1,BBS,,MJ7HST,MJ7RUE,255
dct645
Santiago 2
Beiträge: 88
Registriert: Do 29. Dez 2011, 09:35
Standort in der Userkarte: bergen auf rügen
Wohnort: Bergen auf Rügen
Kontaktdaten:

Re: Raspberry PI on AIR

#4

Beitrag von dct645 »

im oberen beitrag ist eine kopie der bpq32.cfg für den pi


soweit läuft alles super seid tagen ist der pi auf sich selbst gestellt ,
wie man im status lesen kann seid 12 tagen 20h usw



*** Connected to CT0PI:CT0NET
RaspBerry PI PI-LIN-BPQ

CT1NET -> <C>ONNECT <B>YE <I>NFO <R>OUTES <P>ORTS <MH>EARD
s
CT0PI:CT0NET}
Uptime (Days Hours Mins) 12:20:36
Semaphore Get-Rel/Clashes 1 2203
Buffers:Max/Cur/Min/Out/Wait 835 806 615 0 0
Known Nodes/Max Nodes 117 128
L4 Connects Sent/Rxed 26 0
L4 Frames TX/RX/Resent/Reseq 4761 8411 172 13
L3 Frames Relayed 473
Port 01 Port 02
L2 Frames Digied 3145 0
L2 Frames Heard 175360 632245
L2 Frames Rxed 52166 629775
L2 Frames Sent 86449 621375
L2 Timeouts 21854 53308
REJ Frames Rxed 23 230
RX out of Seq 11 30932
L2 Resequenced 0 0
Undrun/Poll T/o 0 0
RX Overruns 0 0
RX CRC Errors 0 0
FRMRs Sent 0 68
FRMRs Received 2 0
Frames abandoned 0 0
Link Active % 0 0 0 0
mh 1
CT0PI:CT0NET} Heard List for Port 1
DND665* 00:00:00:19 via WIDE1-1,WIDE2-2
CT0NOD 00:00:00:25
BBS645* 00:00:00:37 via CT1NET-1*,WIDE1-1,WIDE2-2
CT4NOD 00:00:00:42
CT1NET 00:00:00:46
DKM666 00:00:01:11
CT2NOD 00:00:01:31
DND665 00:00:01:34
DCT645-1* 00:00:01:40 via CT1NET*
DCT645-10* 00:00:05:26 via CT1NET-1,CT2NOD*,SOLAR-9,WIDE1-1,WIDE2-2
DKM666-1 00:00:06:21
NODNVP-1 00:00:11:51
CT1NET* 00:00:14:01 via WIDE1-1,WIDE2-2
FU6GAT 00:00:20:28
DCT645-2* 00:00:32:53 via CT1NET*
DRS800-1* 00:00:33:53 via UM0NET,FU6NET,FU6GAT-1*
DRS800-14 00:01:11:50
DNX540 00:01:29:56
SOLAR-1 00:02:32:35
DATZE1 00:03:45:31
SOLAR-9 00:08:10:37
DKM666-15 00:08:10:38
CT0NET-10* 00:10:17:17 via CT1NET-10,WIDE1*,WIDE2-2
CT1NET-10* 00:10:26:14 via CT0NET-10,WIDE1,CT1NET-10*
DNX540* 00:10:36:52 via CT1NET
DCT645-14* 00:10:41:42 via NODNVP-10*,SOLAR-10
DCT645-14 00:10:52:10
DKM666* 00:11:12:47 via FU6NET,FU6NET,FU6GAT-1*
SOLAR-2 00:11:39:35
DAB540-15 00:11:52:52
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