Website IPv6 enabled

IPv6_launch_logoThis weekend we did some website maintenance, we created a new db server that can handle more load and enable IPv6. I welcome the new IPv6 visitors and hope you enjoy the information that can be found at this website.

Following Satellites

Following Satellites:

The below image is a Orbitron view screen overview with satellites that I am trying the track and decode at the moment. After the last launches, there are a lot of them.

Active Satellites

It is an overview at 19-01-2014 09:32 UTC.

Delfi-n3XT Telemetry

Delfi-n3XT Telemetry 11-01-2014 10:09 UTC

Decoded with Maspro UHF yagi, SSB preamp, FUNcube Dongle Pro+, SDR# and DUDE Delfispace ground station telemetry decoder. After that the raw packet data was used as input for one of the nice decoder software packages from Mike DK3WN.

Delfinext 11-01-2014 10:09UTC

The latest versions of the software packages from Mike come with a save function that makes a transparent screenshot from the software output. A very nice new feature. Thanks Mike.

CubeBUG-2 Telemetry 08-01-2014

CubeBUG-2 Telemetry 08-01-2014 19:30 UTC

from CUBEB2-6 to CQ: 
   1 > 3A 45 4D 41 49 4C 20 20 20 20 3A 6D 61 6E 6F 6C 69 74 6F 40 
  21 > 73 61 74 65 6C 6C 6F 67 69 63 2E 63 6F 6D 20 55 70 74 3A 20 
  41 > 30 34 3A 34 31 3A 32 34 20 42 61 74 3A 37 2E 39 34 76 20 54 
  61 > 65 6D 70 3A 32 37 2E 38 43 20 47 79 72 3A 30 2E 35 32 64 2F 
  81 > 73 20 
:EMAIL:manolito@satellogic.com Upt: 04:41:24 Bat:7.94v Temp:27.8C Gyr:0.52d/s

CubeBUG-2 TLM 08-01-2014 19:30UTC

Delfi-n3XT Telemetry 04-01-2014

Delfi-n3XT Telemetry 04-01-2014 12:09 UTC

Finally I was able to decode some Delfi-n3XT data. I used a FUNcube Dongle Pro+, SDR# in USB mode with a bandwidth of 3800 Hz and the DUDe software provided by the Delfi ground station team. A total of 251 packets received and forwarded to the ground station server.

Delfi-n3XT Status Message

Below an image from the received spectrum:

Delfi-n3XT SDR 04-01-2014 12:09 UTC

A raw decoded 2400 baud packet:

Rawframe: A8 98 9A 40 40 40 00 88 8C 9C 66 B0 A8 00 03 F0 02 99 76 5E 00 64 00 02 FA\
 92 19 23 C3 0B 12 CE 10 C0 29 0F 22 EF FF 63 25 6D DA EA 00 04 61 5D 06 31 02 02 09\
 11 A9 B2 92 A0 95 96 A9 73 75 6D 6F 87 85 37 2E 68 00 56 02 F0 3B 00 56 01 F0 3C 00\
 58 02 F1 3B 00 58 01 F2 3C 00 00 00 61 5E 25 82 58 25 82 58 25 82 58 25 82 58 25 82\
 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58\
 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 25\
 82 58 25 82 59 25 82 58 25 82 58 25 82 58 25 82 58 25 82 58 A3 4C B2 47 51 42 26 3D\
 F5 38 1B 31 07 24 E7 00 00 04 D4 2C 2E 50 F6 6E A5 97 07 BD 98 DE 3C F9 70 2D 31 RST(0BITS):

Delfi-n3XT telemetry audio example:

Triton-1 Telemetry 04-01-2014

Triton-1 Telemetry 04-01-2014 11:56 UTC

Decode: FUNcube Dongle Pro+, MixW (Packet VHF 1200 baud (satellites PSK))

It is tough to decode Triton-1 because the frequency is drifting a lot. This decode was done at 145.823 MHz USB.

from TRIV0 to TRIV0 via x   
   1 > E6 30 07 00 0F 10 83 7F 03 84 F8 C7 52 00 00 00 01 39 1F FB 
  21 > 01 17 00 02 FF FF FF FE 13 D7 12 07 11 5F 00 5F 00 00 00 00 
  41 > 00 00 B2 02 9D 02 9E 02 AB 00 00 00 00 01 00 00 00 00 00 00 
  61 > 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 CA EE 
  81 > 00 39 00 74 01 A6 03 A5 A5 A5 A5 A5 A5 A5 A5 07 A9 00 01 02 
 101 > 00 1A 23 00

Triton-1 TLM 04-01-2014 11:56UTC