ACARS Decoder lets you view ACARS transmissions on your android device. Just connect it to a VHF radio (or even set it next to the radio's speaker), tune in an ACARS frequency, and watch the decodes.
Decodes can be automatically saved to an acars.txt file on your device's SD card or other memory by enabling the Log button.
Leave the radio's squelch open so you have static all the time, and tune to one of the ACARS frequencies:
131.725 MHz ACARS Primary channel for Europe
131.525 MHz ACARS Tertiary channel for Europe
136.900 MHz ACARS Channel logged near London
131.550 MHz ACARS Primary channel for North America
130.025 MHz ACARS Secondary channel for North America
129.125 MHz ACARS Tertiary channel for North America
131.475 MHz Company channel for Air Canada and some European airlines in North America
131.125 MHz ACARS channel local to ORD so far
131.550 MHz ACARS Primary channel for Asia/Pacific
131.450 MHz ACARS Primary channel for Japan
130.450 MHz Overflow ACARS channel in use in the Washington, Boston, Chicago, and DFW areas
Buy your copy right now, and start decoding and displaying ACARS transmissions in minutes.
Functional overview of the application
You can use some transceiver’s DR functions.
Send and receive voice and pictures.
Send and receive text messages.
See the location of repeater sites or other stations on a map using received position data, or your transceiver’s repeater list.
Automatically set the transceiver’s “FROM” and “TO” fields by tapping a repeater site or a station on the map.
Use your own maps without needing an internet connection.
In the DV mode, read and edit the received station’s information.
Download additional information from an Internet database, such as QRZ.com or APRS.fi.
Call Sign list
Edit call signs and names used in the DR function. Also, you can add a call sign and a name in the Call Sign list.
See the detailed data entered in the Repeater list.
Change some of the transceiver’s function settings.
Select application software settings.
Import a Repeater list and a Call Sign list.
Export the Repeater list, the Call Sign list, and the Receive History.
The RS-MS1A operating requirements are as follows:
1. Android 4.0 or later
The RS-MS1A has been tested with the following Android devices available in Japan.
- Samsung Galaxy S3 Progre(au SCL21: Android 4.0.4 / 4.1.2)
- Samsung Galaxy S3 (NTT docomo SC-03E: Android 4.1.1)
- Samsung Galaxy S3α (NTT docomo SC-03E: Android 4.1.1)
- Samsung Galaxy S4 (NTT docomo SC-04E: Android 4.2.2 / 4.3 / 4.4.2)
- Samsung Galaxy Note (NTT docomo SC-05D: Android 4.1.2)
- Samsung Galaxy Note3 (NTT docomo SC-01F / au SCL22: Android 4.3 / 4.4.2)
- Google Nexus 7 (2012) (Nexus7-16G: Android 4.2.2 / 4.4.2 / 4.4.3)
- Google Nexus 7 (2013) (Nexus7-16G: Android 4.3 / 4.4.2 / 4.4.3)
2. Touch screen
3. Bluetooth function and/or USB host function
- ID-51A/E (PLUS) 50th Anniversary model
*Not all functions are usable.
To use the RS-MS1A with a supported transceiver, you need an internal Bluetooth unit or the OPC-2350LU data cable. See your transceiver’s instruction manual for details.
- The RS-MS1A may not work with all Android devices, even if it is one of the tested devices. This is because an application program on your device may conflict with the RS-MS1A.
- You may need to install additional file managing and image processing software.
- Your Android device must be USB host function compatible to communicate with your transceiver through the OPC-2350LU cable. Even if your device is USB host function compatible, the RS-MS1A may not function properly.
- You may need to connect to the Internet through a Wireless LAN, a 3G network or an LTE network for some functions.
- The RS-MS1A supports only portrait orientation. It does not support Auto Rotate.
- Remove the data cable when the Android device is not used to reduce the devices power consumption
- The RS-MS1A program may lock up when transmitting some high-quality or large size image files, or continuously operated for a long time. In that case, restart the program.
- Depending on the Android device, the power supplied to the USB terminal may be stopped while in the display sleep mode or power saving mode. In that case, remove the “Screen timeout” check mark on the Application Setting screen of the RS-MS1A.
- When you transmit an image file with the baud rate set at 4800bps, some of that data may be lost. In that case, set the baud rate to over 9600bps.
with Ham Radio Tools you can:
-look up callsign information!
-find current GPS location information
-save each contact to a log database stored on the phone
-review and edit each log entry
-search for keywords in different fields of the log entry
-calculate a simple quarter and half wave antenna length
-calculate the wavelength of a frequency
*** Now includes band limits for All Amateur Licenses ***
*** Calculators for Yagi, Dipole, J-pole, and Vertical antennas ***
*** Callsign Lookup is now included!!! ***
Callsign database is pulled from FCC website and updated daily! Callsign lookup works for U.S. callsigns ONLY.
Results include address, current and previous license updates, date of any updates, type and class of license, and even includes a link to the FCC database for even more details. Address can be mapped on Google Maps by tapping on the address.
The contact log allows you to store information about a completed contact including date, time started, time ended, frequency, mode, station, location, signal reports, and an area for general comments about the contact. A must for field day and general book keeping. Data and start time are filled in when starting the log to save time. End time can even be filled in automatically upon saving the log entry.
The contact log also comes with a handy search feature for quickly locating that one of a kind long distance contact you like to brag about. The search is focused on fields chosen by the user. If you want to search for a specific call sign select station as the search location and enter the call sign in the search box. Search keywords are CASE SENSITIVE meaning capital or lowercase letter DO matter.
A summary of the band limits for each class are included. Always refer to the official ARRL Band Plan when in doubt.
Some simple formulas and calculators are included for quick reference in the field and includes: Yagi, Dipole, J-Pole, Vertical antennas, and wavelength calculator.
DroidPSK is able to decode a BPSK31 or BPSK63 signal though the build in microphone. Just hold your Android phone or tablet close to the speaker of you Amateur Radio transceiver, adjust the waterfall slider to the PSK carrier frequencies and DroidPSK will start decoding.
In transmitting mode characters can be entered trough the keyboard. 20 Macros are also available to store standard texts like "name and qth" and "station info"
Starting V2.0 DroidPSK now also includes a logbook. Callsign, Name RST etc can be easily transferred into the lookbook from the receiving screen. The logbook also includes ADIF export and import to transfer your logbook data to a PC based logging software.
If you like to see more information you can take a look at the manual at: http://www.wolphi.com/ham-radio-apps/droidpsk/manual/
The suggested frequencies for PSK on the Amateur Radio bands are:
- 160m 1838.15 KHz
- 80m 3580.15 KHz
- 40m 7035.15 KHz for region 1 and region 3, and 7080.15 KHz for region 2 *
- 30m 10142.15 KHz
- 20m 14070.15 KHz
- 17m 18100.15 KHz
- 15m 21080.15 KHz (although most activity can be found 10 KHz lower)
- 12m 24920.15 KHz
- 10m 28120.15 KHz
If you experience any problems or have any suggestions please let me know at firstname.lastname@example.org
This app was originally programmed for Ham Radio (Amateur Radio) operators to remove unwanted background noise and improve SSB and CW signals (Morse Code) but it can be used in different other ways.
-Bird watchers can use it to filter out higher frequencies and eliminate street noise or other disturbing low frequencies.
-Musicians can filter out a spectrum of specific instruments.
The DSP Audio filter uses a freely adjustable lowpass and highpass filter which allows you to select specific filter frequencies and bandwidths. A waterfall visually displays the incoming audio spectrum to better identify the wanted or unwanted frequencies. You must use a headphone to avoid feedback effects.
Ham Radio Operator’s: Just place your phone’s microphone close to your radio’s speaker and listen to clear audio in your headphone.
How to use:
DSP Audio Filter uses a waterfall to display the incoming frequency spectrum. With 2 sliders the cut-off frequencies can be adjust. The areas which are covered by a grey blurry layer are cut out and they will not be passed through to the headphone. All other areas will pass the filter.
The DSP Audio Filter can be used with 4 different sampling rates (22050Hz, 16000Hz, 11025Hz and 8000Hz) which can be set in the settings menu. Unfortunately not all devices support those sampling rates. The DSP Audio Filter will check for the supported sampling rates and only allows the selection of the supported sampling rates.
For any question please visit our new forum at http://www.wolphi.com/forum/
This is the first version of the DSP Audio Filter.It has been tested on several Android devices and has performed very well. However, since we are not able to test the performance on all 150+ Android devices it might not work on some devices. If the DSP Audio Filter doesn’t work on your device you can uninstall it within 15 minutes for a full refund (this is the time frame given by Google and I am not able to change it). If the 15 minutes passes and you are not happy with the DSP Audio Filter, email me as soon as possible at email@example.com. Please include your name and the model of your phone in the email. I will then refund you the money. It is important that you include the model of your device. I will try to find the cause for the malfunction or include your phone model in a list of “not working” devices.
EchoLink for Android provides access to the EchoLink network from your Android device. You can use this app to connect to the EchoLink system from almost anywhere, using either a WiFi or cellular (3G/4G) connection.
NKCCluster is compatible with DX Spider, AR-Cluster, DxNet, CC Cluster, and CLX nodes. It supports connecting to a user-defined DX cluster node, filtering DX spots per bands of interest, convenient lookup of stations' details on the Web, azimuth/bearing calculation, sending new DX spots to a selected cluster node and receiving cluster announcements.
Bug reports or enhancements requests are very welcome on http://hamradio.chonky.net/support (prior registration is required for spam prevention).
Permissions this application requires are detailed on http://www.chonky.net/nkccluster/permissions-required.
Why don't you take a look at its Getting Started guide on http://www.chonky.net/nkccluster/getting-started and decide whether you'd like to give it a try?
- Просмотр актуального списка ретрансляторов.
- Подтверждение работы ретрансляторов от имени гостя или от своего имени (необходима учётная запись на нашем портале)
- Просмотр дополнительной информации о ретрансляторе (если она задана автором)
- Обновление списка ретрансляторов в автоматическом режиме и при запуске программы.
- При отсутствии связи с нашей БД, программа работает в офлайн режиме, показывая данные из последнего обновления БД.
- Просмотр ссылок двадцатки новых записей на Московском УКВ портале с возможностью перехода на сайт в выбранную публикацию.
When she or he will be able to write down on paper at least 90% of the sequence, she or he will add another letter of the Koch sequence. Then the application will run with three letters and so on.
I love using this application on my smartphone because I can exercise at any time and anywhere.
NOTE ON GARBLED AUDIO - Garbled audio has been fixed: starting from Android 4.1, 8-bit audio support has been broken; 16-bit audio still works.
73 de IZ2UUF
Morse Decoder can be used by Ham Radio (Amateur Radio) operators or anyone else interested in decoding Morse code from a Radio or any other device.
Morse Decoder includes a "waterfall" to show a frequency spectrum of about 50Hz to 2300Hz. A narrow band DSP filter can be set for the frequency of the Morse code tones by tapping the waterfall. The DSP filter is followed by an automatic gain control (AGC) to compensate for changing signal strengths.
The detected signal will be shown as a graph and several algorithms will then detect the speed of the Morse code and convert them into readable text. Speeds of less than 4 Wpm (Words per Minute) to more than 50 Wpm can be decoded.
For any question please visit our new forum at http://www.wolphi.com/forum/
This is the first version of Morse Decoder.
It has been tested on several Android devices and it performed very well or even better than PC based decoding software. However, since we are not able to test the performance on all 150+ Android devices there is the possibility that Morse Decoder will not work on all devices. If Morse Decoder doesn’t work on your device you can uninstall Morse Decoder within 15 Minutes for a full refund (This is the time frame given by Google and I am not able to change it). If the 15 minutes passed and you are not happy with Morse Decoder email me as soon as possible at firstname.lastname@example.org. Please include your name and the model of your phone in the email. I will then refund you the money as fast as possible. It is important that you include the model of your device. I will try to find the cause for the malfunction or include your phone model in a list of “not working” devices.
The app is very simple to set up just needing an amateur radio callsign and the APRS passcode for that callsign (available on request from Cross Country Wireless).
Menu options include GPS position information including WGS84 locations for worldwide use and.OSGB locations for UK users. Another menu option also opens an OpenStreetMap based on the GPS fix.
The app can be used on any Android phone or tablet with GPS (and Bluetooth for use with a DigiTracker). If your Android tablet does not have GPS then the app will not work.
Note...the GPS on some Samsung phones doesn't work with this app. As a result the app is now provided free of charge for amateur radio experimentation.
The program can determine your location and outputs the list of the repeaters which are in your immediate environment and order by distance from you.
Using phone geolocation and manual set of coordinates or a QTH locator.
Application is offline mostly. You can load data about repeaters by WiFi and using it without connection to the Internet.
- A database of repeaters, echolinks and other (offline with possibility of synchronization);
- Adding of your own repeaters;
- Fixing of your carried-out QSO for each repeater;
- You can send to owner/keeper of repeater notification about any problems or other information;
- Showing date of the last carrying out QSO;
- Quantity of the carried-out QSO;
If you have an idea, a wish, the note with pleasure will discuss it with you by the specified e-mail.