XLX410 – San Antonio Reflector

XLX/XRF Image

 

Reflector Status: Operational

San Antonio has a dedicated XLX Reflector for hams to use. The reflector currently has multimode trans-coding enabled, meaning it can be accessed via D-Star, DMR, and System Fusion where all 3 modes can talk together. The idea of the reflector is to be a single place for all local repeaters and remote users to connect and stay in contact with friends and family no matter the digital mode. Visitors and residents alike are very welcome on the system.  Here are the multiple ways to connect remotely:

  • DMR: Brandmeister Talk Group 310217
  • Fusion: YSF “US SAT XLX410”
  • Fusion: Your pi-star YSF2DMR into TG310217
  • D-Star:  XRF410A
  • DMR: Pi-Star ‘DMR Gateway’ XLX410 A

If you are in town(residing or visiting), the following repeaters are linked to this system as their default setting when not being used for other activity:

Repeater CallsignFrequencyConnected Digital modeVisitor Coverage (Airport/Downtown/Attractions)
N5AMD 441.7625DMR, D-StarGood Airport coverage, Poor downtown coverage
K5VPW 441.625YSF, D-StarGreat airport coverage, Poor downtown coverage
AA5RO147.32D-Star,DMRGood Sea-World Coverage

There is no need to register your callsign like you would to access REF reflectors. XLX reflectors work without checking a trust server, no need to wait for any kind of registration to use these reflectors.

Modules:

All XLX reflectors offer up to 26 modules, A – Z. Modules stem from D-Star reflectors, but can be thought of as 26 available rooms to a hotel with the XLX reflector being the hotel. Its up to the owner/operator of the reflector to enable and disable modules. There is currently no standard for how XLX modules work, so each reflector will use modules differently. Its a good idea to check a XLX reflectors web dashboard to see if any modules are labeled. The current modules enabled on this reflector are:

ModuleNameDigital ModePurpose
ATranscodingAnyThe "Main" Channel of the reflector that offers Transcoding between digital modes
BPlan BDMRUsed as a backup for direct connection to the reflector, DMR Clustering and bypassing Brandmeister.
CPlan CD-StarUsed as a D-Star alternative to A module
DDefaultDMRGeneral purpose nothing formal yet.

Best Practices:

  • DO NOT QUICK KEY. Wait about 2 seconds between transmissions when talking between modes.
    • Quick keying can lead to your mode not being picked up by the other modes.
    • Allow an even longer time during round table discussions when crossing modes.
  • Announce what mode you are coming in on.
    • For example: “This is N5AMD on DMR, monitoring”
    • OR “AE5JO this is N5AMD on Fusion”
  • Dont be afraid to say hello to unfamiliar voices/callsigns.

How to connect to the reflector on your D-Star Radio:

Because XLX is not available in DR mode radios, like REF, you will have to use the “UR” field to link manually. Trans-coding occurs on the A module of the reflector and will need to be connected through a hotspot or pi-star enabled repeater. Icom G3 does not support connecting to XLX reflectors.

  1. Kerchunk XRF410AL in the UR field while connected to a hotspot or repeater.
  2. Switch to “Use Reflector” in DR mode radio and start talking.

How to connect to the reflector on your Yaesu Fusion Radio:

This reflector is using a “YSF Reflector” which means any hotspot or pi-star enabled device can connect to it. All you need to do is simply choose the following YSF Room: 56582 “US SAT XLX410”.

How to connect to the reflector on your DMR Radio using Brandmeister:

Brandmeister was kind enough to help tie their network in allowing for easy access from DMR. On any Brandmeister connected node/repeater simply use Talk Group: 310217

!! There are occasions when Brandmeister is doing maintenance or work on their end, which will drop the peer. Talkgroup 310217 will remain active, but it wont be tied to XLX410 at all. In which case, use DMR Gateway below. !!

How to connect to the reflector on your DMR Radio using “DMR Gateway” in Pi-star:

DMR Gateway offers the ability to connect to this reflector directly from your repeater or hotspot as oppose to using Brandmeister. Your connection will be direct to the reflector, bypassing Brandmeister all together. If Brandmeister ever has problems, you can still connect via DMR. The dis-advantage is, as you will see, its a little more tricky to connect. You can leave this connection active along side your Brandmeister connection thanks to the MMDVMs ability to connect up to 3 different DMR networks simultaneously.

In Pi-Star:

 

  1.  Make sure the DMR mode is enabled
  2. On the configuration page, under “DMR Configuration” change the “DMR Master” to “DMRGateway” and APPLY.
  3. Back under “DMR Configuration” change “XLX Master” to “XLX_410” #you can opt to disable DMR+ Network to disable the additional voice traffic.
  4. Choose “A” for the module
  5. Enable “XLX Master Enable
  6. Apply Changes

In your DMR codeplug:

  1. Create 2 new contacts
    1. Name: “Link to XLX410 A” TG: 64001 (priv call)
    2. Name: “Talk on XLX410 A” TG: 6 (group call)
  2. Program these into channels for your pi-star device and then the zone of your choice

On your DMR radio:

  1. Go to the zone/channel where added the 2 new contacts.
  2. Pi-Star should connect to the “A” module of XLX410 automatically with your pi-star configuration setting. If not, we need to be on the “A” module by Kerchunk your channel “Link to XLX410 A”, then immediately switch to your channel “Talk on XLX410 A”.
  3. Link announcements and QSOs on the reflector will be done via “Talk on XLX410 A” (TG 6)
  4. Brandmeister is still connected to your pi-star, so you can still use your radio like normal, but be connected to 2 different DMR networks at the same time. If you did not disable the DMR+ network, you will be connected to 3 different networks at the same time. Neat huh?!

 

Web Dashboard

The reflector has a realtime web dashboard to see other nodes and users connected and to what module they are connected to.

https://xlx.n5amd.com

https://ysf.n5amd.com

 

 

Here is a high level diagram of how the different systems are connected:

 

Update: 04/19/2019