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CS800D Plus – Firmware Update durchführen

30 June 2024 at 07:30
In diesem Beitrag erklären wir euch Schritt für Schritt, wie ihr die Firmware eures Connect Systems CS800D Plus updaten könnt. In unseren bisherigen Beiträgen zum Connect Systems CS800D Plus haben wir euch das Gerät ausführlich vorgestellt, es ausgepackt und einem erstem Test unterzogen. In diesem Beitrag beschreiben wir euch, wie ihr die Firmware eures CS800D … CS800D Plus – Firmware Update durchführen weiterlesen

8 Million Observations for the SatNOGS Network!

13 September 2023 at 14:04

The SatNOGS Network has achieved yet another amazing Milestone! It has reached its eight millionth observation, and we are deeply grateful to the entire Community for this achievement!

Eight million Observations

On the 11th of August 2023, observation #8000000 was uploaded on the SatNOGS Network by station 2173 – PE0SAT-21 in the Netherlands. The observation was scheduled by Jan Van Gils (PE0SAT), receiving data from satellite TigriSat. The eight millionth observation is of good quality.

It is an observation coming from an operational satellite that has been making its way through space for almost ten years.

TigriSat

TigriSat is a 3U CubeSat built by Iraqi students in collaboration with the La Sapienza University of Rome. Its mission is to detect dust storms over Iraq. For this, the CubeSat features an RGB camera. It was launched into space by the Dniepr launch vehicle from Orenburg, Russia, on June 19, 2014. TigriSat is considered to be Iraq’s first satellite.

SatNOGS achieved another milestone!

We are thrilled that SatNOGS has achieved another astonishing Milestone. Everything accomplished is thanks to the active and vibrant community. As is the case, every SatNOGS achievement results from the collaborative work and the continuous efforts made by hundreds of ground station owners around the globe. They are the ones who have made this milestone (and everything) possible by scheduling observations, tracking satellites and, in general, dedicating time and effort to the success of the SatNOGS project.

SatNOGS in Numbers

The SatNOGS network counts over 240+ fully operational ground stations and 150+ in testing mode. The observations come from 1545+ satellites and 2890+ transmitters delivering over 192M data frames. As the numbers show, SatNOGS has significantly expanded and has become the biggest, global, open-source network of satellite ground stations.

Outer Space Open For All (The Libre Space Manifesto)

All Libre Space Foundation’s projects are built to enhance scientific research and knowledge about Space and to enable everyone interested in exploring Space for peaceful purposes. These values are also at the core of the Libre Space Manifesto.

Outer Space Open For All (the SatNOGS way)

Abiding by the Libre Space Manifesto values, SatNOGS is a project that not only is built and developed in a modular, open-source way but also the data collected is distributed openly. The SatNOGS community offers support and guidance in onboarding new members and even helps satellite teams with their missions. Throughout its years of operation, SatNOGS has helped hundreds of Satellite Teams from all over the world to successfully identify and track their satellite. The community and its members assist missions from all corners of the world to run their experiments and tests and successfully complete their missions. Not only can the community help you communicate with your satellite as it schedules around 10,000 observations per day, but it can also guide you throughout the onboarding process. Guide you through the actions you need to take and help you with creating and populating the dashboard of your mission with the data received. All you need to do is contact the SatNOGS team early on and provide the necessary details and information about your mission.

Want to join the SatNOGS community and be part of the next Milestone?

The SatNOGS community is open and inclusive, welcoming everyone who wishes to contribute their time, knowledge and expertise to the project. If SatNOGS has sparked your interest and you want to learn more, check out the SatNOGS wiki knowledge base. You can drop us a line on the community forums and the dedicated SatNOGS chat. We would love to hear from you and have you join the SatNOGS network and community and be part of the next million observations.

Join SatNOGS now and help make Outer Space Open for All!

How to Update the Firmware on Your ATS-25 Radio:  A Step-by-Step Guide

Learn how to update the firmware on your ATS 25 radio with this step-by-step guide. Follow the tips and resources provided by a radio repair expert to successfully navigate the process.

The ATS 25 Firmware Update: A Step-by-Step Guide

Are you a radio enthusiast looking to update the firmware on your ATS 25 radio? In this video, the creator takes us through his own experience of updating the firmware, sharing some useful tips and resources to help you navigate the process successfully.

About the Creator

This video was created by Radio Workshop, a YouTube channel dedicated to radio repair and restoration. The creator of the channel shares his experience and knowledge with viewers, providing useful tips and tutorials on how to repair and maintain a range of radios.

Key Takeaways

Here are some key takeaways from the video:

  • Updating the firmware on your ATS 25 can be a challenging process, but with the right resources and guidance, it is achievable.
  • Follow the links provided in the video description to access a useful video tutorial and firmware files for the ATS 25.
  • The updated firmware offers new features and changes to the radio’s display and performance.
  • The firmware update can make the radio work more efficiently, with changes such as a more responsive S-meter and a new scanning function.
  • Use the up and down buttons to scan the radio quickly.

Step-by-Step Process

  • Here is a step-by-step process for updating the firmware on your ATS 25 radio:
  • Follow the link provided in the video description to download the firmware file.
  • Read the instructions carefully before beginning the update process.
  • Use the Arduino software to upload the firmware to your radio.
  • Once the firmware is uploaded, power on your radio and explore the new features and changes.
  • The creator advises viewers to be patient and to take their time with the process, as it can be challenging, but ultimately rewarding.

Resources

The following resources are mentioned in the video:

Additional ResourcesLink
YouTube tutorial on updating ATS-25 firmware1
SWLing Post article on the new ATS-25 SI4732 receiver with color touch screen3
GitHub repository for ATS-25 firmware update5

The YouTube tutorial [1] provides a step-by-step guide on how to update the ATS-25 firmware, while the SWLing Post article [3] provides some information about the new ATS-25 SI4732 receiver, which might be useful when updating the firmware. The GitHub repository [5] contains the firmware update code and instructions on how to perform the update.

My Best Advice

Take your time with the process of updating the firmware on your ATS 25. Follow the instructions carefully, and if you encounter any difficulties, refer to the video tutorial and firmware files provided in the video description.

FAQ:

Q: Is updating the firmware on an ATS-25 radio worth it?

A: Yes, updating the firmware can improve the radio’s efficiency and add new features.

Q: Is updating the firmware on an ATS-25 radio difficult?

A: Yes, it can be challenging, but if you follow the instructions provided in the resources carefully, you should be able to do it.

Q: Where can I find the firmware file for the ATS-25?

A: You can find the firmware file on 9ew’s website, which is linked in the video description.

Q: How long does it take to update the firmware on an ATS-25 radio?

A: The process can take anywhere from a few minutes to an hour, depending on your level of experience.

Q: Can updating the firmware on an ATS-25 radio damage the radio?

A: If you follow the instructions carefully, the risk of damaging the radio is minimal.

SatNOGS: 7 Million observations!

13 January 2023 at 14:32

We are excited to share with you the news of SatNOGS achieving yet another milestone, as it has reached 7 million observations. 

On the 8th of January, observation #7000000 was uploaded on the SatNOGS Network by station 901 – VE2WI – UHF in Quebec, Canada. The observation was scheduled by Laurent Beaudet, the station owner, receiving data from AMSAT-OSCAR 7. Though the seven millionth observation is of a rather poor quality, it is, in fact, coming from a satellite that has been making its way through space for almost 50 years.

Satellite AMSAT-OSCAR 7 was launched on November 15, 1974, and by mid-1981, it had been rendered non-operational due to battery failure. It was almost 20 years later, in 2002, that it was brought back to life when one of the shorted batteries became an open circuit, and the satellite could operate again. This time using solar panels. What this means is that when in eclipse, the satellite cannot supply enough power to the transmitter to modulate the signal. When continuously illuminated, though, the mode will alternate between A and B every 24 hours. AMSAT-OSCAR 7 became SatNOGS‘s 7 millionth observation 20 years after its resurrection and 49 years after its deployment.

SatNOGS has achieved yet another astonishing Milestone, all thanks to its community. This is the result of the collaborative work and the continuous efforts made by hundreds of ground station owners around the globe. They are the ones who have made this milestone possible by scheduling observations, tracking satellites and, in general, dedicating time and effort to the success of the SatNOGS project.

So let us celebrate this Milestone by taking a closer look at some of the highlights of 2022 for SatNOGS and for everything the SatNOGS Community has achieved in the past year.

SatNOGS Highlights 2022

SatNOGS in Numbers

  • On average, receiving the first signals of the satellites within the first few hours of their deployment.
  • Contributing to missions with more than 11K observations.. the GASPACS mission was one such mission…
  • Collaborating with International satellite teams from over 15 countries (Brasil, USA, Spain, Italy, France, Luxemburg, Germany, Finland, Turkey, Israel, UAE, India, Nepal, Korea, Taiwan, and Japan) and more than 20 Universities from around the world.

Celebrations and Goodbyes…

In 2022, SatNOGS and its Community celebrated anniversaries together as satellites continued their lonely yet magical journey through space.

and…

And bid goodbye to satellites that travelled in space and re-entered gloriously.

and

But we were not saddened…

As many of the satellites provided us with wonderful images before they disappeared…

RamSat, a CubeSat built by the students of the Robertsville Middle School in Oak Ridge (Oak Ridge Public Schools), Tennessee, USA, with the supervision and mentorship of the Oak Ridge National Lab, provided us with some breathtaking photos…

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and enlighted us with their insightful analyses that taught us beautiful things about space and satellites. The RamSat team was kind enough to share with the SatNOGS Community their findings during RamSat’s quest in space. The team shared some detailed analyses and helpful lessons learned. Among these analyses falls their input on the extreme temperatures RamSat experienced in space due to the intense conditions. https://community.libre.space/t/ramsat-mission-progress/8219/52.  

Tracking our very own…

Among the year’s highlights was the return to space of the Libre Space Foundation. It was a moment of great excitement for the LSF team to track the QUBIK mission. To hunt the PICOBUS deployer and PocketQubes, QUBIK-3 and QUBIK-4, as they made it to orbit onboard Firefly Aerospace’s Alpha Flight 2.

Art and SatNOGS

A few months before 2022 was gone, Nye Thompson, a visual artist and a member of the SatNOGS Community, began working on an experimental art project using SatNOGS.

The project uses SSTV transmitted via a satellite as a way to generate and distribute new images. It’s also a kind of networked performance with the satellite.

You can find more details about how you can contribute to SatNOGS art in the dedicated thread on the Community Forum.

Wrapping up …

2022 was a great year for SatNOGS as the Network, and the DB continued to grow, and its Community kept expanding. SatNOGS has now proudly reached over 400 ground stations spread in 50 countries across the globe, having tracked 1177 satellites, 2180 transmitters, 165 million data frames and 7 million observations. It thus remains the world’s biggest open-source network of satellite ground stations.

Led by a Community that fosters collaboration, inclusivity and diversity, SatNOGS welcomes everyone who wishes to contribute their time, knowledge and expertise to the project. A project built and developed to enhance scientific research, knowledge about Space and to enable everyone interested, to explore Space for peaceful purposes, as the Libre Space Manifesto states explicitly.

You are welcome to join the project too, and be part of our next Milestone as we work hard to make…..

Outer Space Open For all!

New SatNOGS client software is available, featuring new features and fixes prior to QUBIK mission launch

3 September 2021 at 00:30

SatNOGS station operators, please update your SatNOGS Client Setup!

A new SatNOGS Client update has been released as we get ready for Libre Space Foundation’s QUBIK mission and you must update your SatNOGS ground stations with the latest version of the SatNOGS client software. Detailed instructions on how to update your ground station are available on the SatNOGS Client Setup wiki page. If you encounter a bug, don’t hesitate to file an issue on GitLab.

Here is a list of the new features and fixes:

SatNOGS Client Ansible

  • 202109022142
    • Bump ‘satnogs-client’, ‘satnogs-flowgraphs’ and ‘gr-satnogs’ versions

SatNOGS Client

  • 1.6
    • Fix GFSK/BPSK flowgraph parameters
    • Add support for satnogs_qubik_telem flowgraph
    • Worker{|Freq|Track}: Refactor class and instance variables
    • gitlab-ci: Fix Security Scanning
    • Bump versions of dependencies
    • Handle exception when trying to get jobs (fixes #390)

SatNOGS Flowgraphs package

  • 1.4-1
    • Add flowgraph for the QUBIK 1 & 2
    • Example flowgraph: Remove obsolete variables

gr-satnogs package

  • 2.3.1.0-1
    • Bump up version to v2.3.1.0
    • IEEE 802.15.4 variant decoder: Fix RS frame size and CRC
  • 2.3.0.0-1
    • Bump up to v2.3.0.0
    • Add hint for Tumbleweed users
    • Add ITPP (IT++) dependency
    • IEEE 802.15.4-like decoder: Add support for RS(255,223)
    • debian: Remove implicit package dependency
    • BER Calculator: Fix CRC and perfromance issue
    • CRC: Fix CRC16-AUG and improve usability
    • Improve QA tests of the whitening class
    • Unified SPUTNIX protocol (USP) encoder
    • Add convolutional encoder and decoder
    • Implement packed_to_unpacked and unpacked_to_packed utilities.
    • Change of libfec based on the changes that exist in gr-ccsds
    • Reed-Muller RM(1, 6) code
    • Mode 6 Encoder for the AX100 modem of GomSpace.
    • Mode 5 Encoder for the AX100 modem of GomSpace.
    • gitlab-ci: Fix Security Scanning

Update instructions
Instructions on how to update can be found under wiki section Updating SatNOGS Client Software.

SatNOGS Client Update for December 2020

30 December 2020 at 07:29

The time has come to update your SatNOGS ground-stations with the latest version of the SatNOGS Client software. Detailed instructions on how to update your ground-station are available at the SatNOGS Client Setup wiki page. If you encounter a bug, don’t hesitate to file an issue in GitLab.

While this release is maintenance focused, see below for a detailed manifest of this update:

SatNOGS Software Manifest

  • SatNOGS Client Ansible
    • Version: 202012231828 2
    • Changelog
      • satnogs-radio: Bump ‘satnogs-flowgraphs’ version and its dependencies
  • SatNOGS Flowgraphs
    • Version: 1.3-1
    • Changelog
      • Adapt to the new whitening API that sets from the constructor the bit order
  • gr-satnogs
    • Version: 2.2.0.0
    • Changelog
      • New Features
        • Use C++11 lambdas instead of boost::bind(). This will allow compilation in recent versions of boost
        • Support for CRC16 AUG-CCITT
        • Add support for 0 length preambles at the IEEE 802.15.4 decoder
        • Add option at the IEEE 802.15.4 decoder to drop the invalid frames
        • Add support for error correction (up to 1 bit) at the AX.25 decoder
        • Whitening class now accepts at the constructor the bit alignment (MS or LS bit first)
        • Dropdown style selection of CRC algorithms in the GRC. The field is yet editable for custom definitions
        • Drop obsolete C-like code and make it object oriented
      • Bug Fixes
        • Fix AX100 metadata generation, in case no preamble is used (frames using SFD only)
        • Fix image generation at the SSTV
        • Fix UDP message sink to accept both pmt::blob() and pmt::dict()
        • Simplify the LO compensation
        • Fix AX.25 decoder producing too many invalid frames
        • Fix sensitivity of the AX.25 decoder. The decoder can now handle frames starting with only one AX.25 SYNC flag
        • Fix stdout output of the message sink block

A 2020 update

 Yes, I know. It's been a while since I posted, just under a year. Unfortunately, as we all know, 2020 is not a normal year. 

Aside from attending the amateur radio training session for the 2020 Boston Marathon, the Marathon was delayed until September and ultimately cancelled and replaced with a virtual event. The same goes for the 2020 Head of the Charles Regatta. 

I was planning on going to my first Hamvention, but that too was cancelled. As was the May and October editions of NEAR-Fest. My last hope for some ham action was the Northeast HamXposition, but alas, it was also cancelled. As have all the monthly MIT Fleas for the year.

It's not all bad though, we've still had NSRA meetings via Zoom and continued them into summer, which usually is a break period for the club. Also, there have been virtual ham expos and fests online, such as the QSO Today Ham Expo and the HamXposition is going virtual too.

I just recently got back from a 3 month work deployment on Nantucket, I didn't really use their repeater much to do be being busy with work and mic shyness, but it was good nonetheless, and I did do alot of shortwave listening while I was there. I did manage to check in the NSRA's Sunday Night Net via Echolink a lot.

Now that I got back home, I turned my virtual scanner back on, which I've migrated to a Raspberry Pi 4 because of Wi-Fi issues with the Lenovo ThinkCentre. 

But that's been my year in ham and radio in general in a nutshell.

An update on W1OCY's treasure

Back in January, I posted about silent key ham W1OCY and his trove of old ham radio items plus other odds and ends that went undiscovered for 8-9 years in a warehouse in Peabody, Massachusetts.

I missed out on our club's February meeting due to work commitments, but got an update at our club's March meeting.

At the time, we hadn't sold anything, but now I can report, that we've sold a lot of stuff and made a nice profit for the club, which is important because we just installed a UHF DMR repeater through the New England Digital Emergency Communications Network (NEDECN).

We're still not done, I have still have some of the books in storage as do others. If you need more information or are just interested, email me here.

Updates!

It's been quiet here, I know. Though, not like my blog is highly trafficked in the first place. Anyways,

I purchased a TYT MD-2017 a week after I wrote the last post. I followed that up with a ZUMspot hotspot I ordered from HRO to get into the world of DMR.

Then using the hotspot kinda fell by the wayside, since I was having trouble getting it to work.

Then I used said TYT MD-2017 in analog only, supporting the 2018/122nd Boston Marathon on only 3 hours sleep. (More about that in another post.)

However, this has been a busy week for my by far. First, I purchased an Anytone AT-D868UV as part of a group purchase from the local ham club. I tried it down on Nahant Beach and was able to get in the Boston DMR repeater. (It helps that you can see the Boston skyline from Nahant, which is were the repeater is.)

Then, I got a text from a co-worker. His grandfather, who is a ham, was going into a nursing home. He nor anyone else in the family is a ham, so they had to decide what to do with his equipment. They offered me to took a look and I ended up with an Yaesu FT-900 plus a power supply and antenna for only $525.

He also has other radios which the family wants my help in selling.

And finally, I got the ZUMspot working right!

So all in all, a good week!
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