1. DSTAR Essentials How to More Fully use your Radio ! DSTAR Radios are FM transceivers that have the same features as most everyday VHF / UHF, single or dual band, ham radios. If you never use DSTAR features these are still fully functional ham radios with Memories, VFOs, Scan, Subaudible Tones, and Power Settings.

2. DSTAR Essentials This presentation will focus on how to use your DSTAR Radio in the Digital Voice Mode. There are similarities like entering Send and Receive frequencies, and setting an offset frequency for repeater operation, bandwidth, and power levels that are the same for Analog FM or Digital Voice. Manual Programming is not discussed in this presentation due to differences in models of radio.

3. Cloning / Control Software We can provide model specific information if there is sufficient demand. Radios can be programmed manually, but this is a very tedious job and cloning software makes it easy to add or change features. Your favorite Ham Radio Store will provide OEM Icom copyrighted software and cables at a nominal cost. Dan Smith KK7DS offers open source cloning software available at http://chirp.danplanet.com/wiki/ http://chirp.danplanet.com/wiki/

4. Cloning / Control Software Cloning Software allows you to create a personality for a radio and download to and upload from the radio. Control Software lets your PC interact with your radio and lets you control your radio from the PC in real time. Icom Cloning Files are stored at *.icf files

5. Control / Cloning Software Chirp lets you export a cloning file to a Comma Separated Variable (CSV ) file that can be imported and edited using Microsoft Excel or Open Office Calc Spreadsheets. This makes it easy to edit a Temple DSTAR File and send it to the UK for use there, or to transport memory channels between different radio models.

6. Chirp Cloning Software

7. CSV File in Open Office Calc

8. Icom CS-D800 Cloning Software

9. Icom RS-91 Cloning Software

10. Chirp – Cloning Software

11. IC91 / IC2820 Cloning Cable Cloning cables for the IC91 and IC2820 are simple to build using a readily available DB9 Female Plug and a 2.5 mm Miniature Stereo Plug. Newer computers not equipped with a COM port require an USB to COM port adaptor and driver software. Remember to configure the COM port number after installation. The ID800 requires a different cloning cable that includes an RS-232 to TTL level shifter and may not be practical to build at home.

12. IC91 / IC2820 Cloning Cable

13. ID800 / IC2820 Cloning Cable In addition to the simple do it yourself cable for the 2820, the ID800 (OPC-478U) cable will program the IC2820 through the external speaker jack. Normally the 2820 programs through the data port.

14. 4 DSTAR Fields The 'Ohms Law' of DSTAR UR – Sets who you send to. RPT 1 – Sets the local repeater call and band. RPT 2 – Sets Call Routing – Local or Distant. MY – Who YOU are.

15. http://www.dstarinfo.com

16. UR= UR determines where your transmission will go. UR along with RPT2 determines whether your transmission stays on your local repeater or is routed to other places. It is important to mention that DSTAR radios control SENDING. It is up to the station on the other end to send back to you. You cannot just enter a UR and listen to what is taking place on the distant repeater station. (Reflector Linking – mentioned later - is an exception and you can listen to distant call when both repeaters are linked to a reflector).

17. UR=CQCQCQ – RPT2=NOT USE UR=CQCQCQ tells the gateway not to route your call to any particular repeater or station. RPT2=NOT USE prevents your call from being routed to the internet. What happens here stays here.

18. Responses to a Call After transmitting your radio will display a response. UR* or YOUR* means your call reached the destination repeater and should have gone out over the air. RPT? means either the far end was busy, the call was mis-programmed, the far end Gateway was off line, or the call was directed to a Reflector or Link.

19. RPT1 – Example R1=KE5RCS^B Rpt 1 is used much like tone coded squelch to activate only one repeater. In areas where there is an overlap in coverage, only the Repeater 1 you have programmed will repeat. Other Repeaters sharing the radio channel will key up and send ID data, but only the repeater you have programmed in RPT1 will repeat your call. In the example above ^ represents a blank space. KE5RCS is the call sign of the Walburg, TX repeater, and 'B' signifies the B or 70 cm Band. (B is in the 8 th Character Position).

20. RPT2 – Example R2=W5LM^^^G Choices are: (NOT USE) – Local calls to UR=CQCQCQ or to a directed local call sign. W5LM^^^G – Gateway or Linking Calls with 'G' for Gateway in the 8 th Character Position. W5LM^^^G is the call sign for the Killeen DSTAR Repeater.

21. MY=NU5D/IC91 - MY=NU5D/800H The MY field contains the call sign you have registered. The call sign can contain up to 8 characters plus an additional 4 characters after the '/' that are not recognized by the system. Folks sometimes put their name or rig model in this space.

22. Registration Before your radio can access the DSTAR Gateway system, your Callsign must be registered with the System Administrator. This process assigns an 'internal' internet address and provides you Gateway access to any DSTAR Repeater that uses the Dallas Texas Trusted Server. The repeater directory at http://www.dstarusers.org has a Registration link for each system listed. Follow this link for Registration. http://www.dstarusers.org

23. Registration

24. UR=CQCQCQ – RPT2=K5CTX G UR=CQCQCQ tells the gateway not to route your call to any particular repeater or station. RPT2=K5CTX G tells the Gateway to present your call to the internet for additional routing. The routing character 'G' must be in the 8 th character position. Use RPT2=K5CTX G (Your local repeater's Callsign plus G) in all cases except calls that are local only or simplex calls.

25. UR=/XX#YYYZ – Call Routed to a Gateway The '/' forward slant in the first character position tells the gateway that this call is destined to another repeater. XX#YYY represents the call sign of the destination repeater – For Waco this would be W5ZDN The 8 th character, Z tells the Gateway which band to use at the far end. Japan uses 'A' for the first repeater installed, 'B' for the second, and 'C' for the third.

26. UR=/XX#YYYZ – Call Routed to a Gateway The 8 th Character in the rest of the world represents the Frequency Band at the far end. 'A' represents 23cm., 'B' represents 70cm., and 'C' represents 2M. Reflectors have 'streams' instead of bands, arbitrarily 'A', 'B', and 'C'. (More on Reflectors later in the program). See http://www.dstarusers.org for a Repeater Directory.http://www.dstarusers.org

27. Repeater Directory

28. Dstarusers.org Last Heard List

29. UR=AA#BB – Call Routed to a Call Sign Calls can also be routed to an Individual Callsign using the Gateway System. Whenever a DSTAR radio transmits, the MY Callsign and Location are propagated throughout the Gateway system. This allows calls to a station when you are not sure what repeater the called station is listening to. This is ideal to reach hams who travel extensively. There may be several minutes of lag time between when a roaming station keys up a distant repeater and when the distant repeater updates the rest of the Gateways in the world.

30. Answering a Call So far the talk has been about placing a call. There is some skill involved in answering a call. The sending station controls where his call is routed. It is up to the sending station to tell the receiving station how to answer his call. When you initiate a call, tell the receiving station where you are calling from. Announcing 'this is AB5AP calling from K5CTX Repeater B Bravo, Temple, TX', 'or 'this is W5DK calling Reflector 5A' lets folks hearing the call know how to answer.

31. Answering a Call When I hear 'this is KJ4VO calling from KI4SBA repeater C, Cumming GA', I either use ONE Touch, or else go to a pre-programmed memory channel with Cumming C already loaded, and reply. When finished, be sure and go back to CQCQCQ or else you will continue to be heard in Cumming GA, and your local repeater.

32. Answering a Call – WA6YTD calling Suppose you hear WA6YTD calling. It is up to him to let you know how to answer his call. One way is to announce 'This is WA6YTD calling from K6MDD Repeater B, Mt. Diablo. This tells the receiving station to either capture his call (One Touch) or go to a pre-programmed memory channel with either UR=/K6MDD B or UR=WA6YTD It is also helpful if the calling station has a transmit message like 'SET UR=/K6MDD B'.

33. Answering a Call – WA6YTD calling We have added a level of complexity at this point. If the local repeater is linked to a reflector, and the distant repeater is not, then the receiving station has to first UN-LINK, then answer. Otherwise the reply would try and travel two different routes causing either very slow or garbled transmission. More on Reflector Linking later.

34. Answering a Call – WA6YTD calling ONE TOUCH. One touch is a name for Call Sign Capture or Reply ID, where the receiving station writes the received Callsign into the UR location automatically. This is good except it does not work for calls from Japan or calls from a reflector link. You can also program your radio for Auto Received Call Write, but this causes another set of problems when you use linking or a local station breaks into a Gateway call and changes the UR in your radio.

35. Linking and Reflectors Up to this point Icom Gateway features have been used to route your calls. There is another software application from Robin Cutshaw, AA4RC that 'sniffs' data from the Icom Gateway system and provides additional routing capability. This software is called Dplus. When you set UR=CQCQCQ and RPT2 for Gateway operation, the Icom Gateway presents your signals to the internet, but with UR=CQCQCQ, they have no place to go. This is where Dplus does the driving.

36. Linking and Reflectors DPLUS today allows any user to UNLINK a system. The system administrator has to option to allow individual users the privilege of linking and unlinking other Gateways on a per user basis. The Temple and Killeen Systems allow any registered user full access to linking and unlinking.

37. DPLUS Linking DPLUS Commands are used to link, unlink, echo, and report the status of a repeater. DPLUS Commands are entered in the UR= field. To send a command, enter the command in the UR, key your mic, and listen to the voice reply. To check repeater status, UR=K5CTX^^I The reply will be Robin's voice saying 'Not currently linked' or 'Remote system linked'.

38. DPLUS Commands http://www.opendstar.org/tools/readme.txt To link from Killeen, TX to Folkestone, Kent, UK Go to the Killeen DSTAR Repeater. 440.675 + 5.0 UR=GB7FK^BL R1=W5LM^^^B R2=W5LM^^^G MY=Valid Callsign To UNLINK, change UR=^^^^^^^U Use Press to Talk to send the commands.

39. DPLUS Commands Routing calls between different gateways is a momentary action. When I send a call with the UR on my radio =/W5LM^^B my call is routed to the W5LM, 70 cm repeater for the duration of my transmission. DPLUS routing is a static action. When I send a call with the UR on my radio =W5LM^^BL a link will be completed by DPLUS until I send UR=^^^^^^^U to un-link.

40. DPLUS Commands After linking and hearing 'Remote System Linked' you must go from a command UR to UR=CQCQCQ. Otherwise you will hear 'Remote System Linked' after every transmission. I store Temple B and Temple C in Call Channels 1 and 2, so all I have to do is press and hold the CALL button to jump to a call channel. I keep the Reflector links in memory channels.

41. The Reflector A DSTAR Reflector is a 'repeater' for repeaters. Many repeaters can LINK to a reflector and every repeater linked to a reflector hears conversations from every other repeater linked to that reflector. A reflector is actually a computer with a high bandwidth internet connection that receives communications from one location and distributes these communications, voice or data, to every one connected.

42. The Reflector Once a reflector link is established on your repeater, set UR=CQCQCQ to prevent repeated connect messages. Set RPT1=XX#YYY^Z where XX#YYY is the repeater call sign, and Z is the band identifier, A, B, or C, in the 8 th Character Position. Set RPT2=XX#YYY^G where XX#YYY is the repeater call sign and G for Gateway is in the 8 th Character Position.

43. The Reflector - Courtesy Reflectors may connect DSTAR Repeaters all over the world. There are a few simple common courtesy guidelines to follow. Keep your transmissions short. If you pause to breathe you have transmitted TOO LONG. Direct your transmission to another station in a round table manner. DSTAR does not tolerate collisions very well and when stations collide, no one wins.

44. The Reflector - Courtesy Leave plenty of space between transmissions to allow other stations to join in. Don't monopolize a reflector – make a few contacts and move on. If you want to chat with your close friend across the globe, drop the reflector and chat repeater to repeater, where you don't tie up many repeaters with a semi private chat.

45. DPLUS DASHBOARD - Status

46. Gateway Status

47. DPLUS Command Line

48. dstar_digital Yahoo Group

49. texasdstargroup Yahoo Group

50. DV Dongle The dongle connects to a USB port on your computer and to uses software available at http://www.dvdongle.com/DV_Dongle/Home.ht ml to connect your PC via Internet to DSTAR Repeaters or Reflectors. Add a Logitech or other headset and you can operate DSTAR in locations not served by a DSTAR repeater. You do have to register with a system administrator, just as you would with a radio, and the dongles are individually serial numbered. They are available from most Ham Stores for $199. http://www.dvdongle.com/DV_Dongle/Home.ht ml

51. DV Dongle

53. Download this presentation at http://www.bosshardradio.com/dstar.ppt