XLX522 Multiprotocol Reflector Dashboard

XLX522 News

Date: 23/03/2025

Hi all, to answer why "robotic" sound happened when has opposite station using "different" mode
When using multimode digital voice systems like DMR, P25, and D-STAR, etc you may experience "robotic" or "garbled" audio due to multiple transcoding steps.
This happens when a signal is converted between different digital voice codecs multiple times, leading to audio degradation. Here’s why:
Why Does It Sound Robotic?
Multiple Codec Transcoding
Each digital mode uses a different voice codec:DMR: AMBE+2
DMR: AMBE+2
P25: IMBE/AMBE
D-STAR: AMBE
C4FM (Fusion): AMBE+2
AllStarLink: GSM, G.711, or Opus
DVSwitch: Software Transcoder to DMR/DSTAR
When switching between these modes, the signal is decoded and re-encoded multiple times, introducing lossy compression artifacts.
Lossy Compression – Each vocoder removes certain frequencies and audio details to save bandwidth. Transcoding multiple times increases the loss of clarity.
Network Latency & Jitter – In multimode gateways or reflectors, slight network delays can introduce choppy or robotic effects.
Bit Errors & Packet Loss – Poor RF conditions, weak signals, or internet instability in digital repeaters can introduce errors that vocoders struggle to correct.
How to Improve Audio Quality?
Minimize Transcoding – Use direct mode communication when possible instead of routing through multiple systems.
Optimize RF Conditions – Ensure a strong signal to avoid excessive error correction.
Check Network Stability – If using internet-linked gateways, reduce jitter and packet loss.
Use Quality Hardware – Some hotspot devices and repeaters handle transcoding better than others.
Disable "Roger Beep" on Analog Radios - When using an analog radio into a digital bridge, disable the "Roger Beep" or courtesy tones.
These sounds may interfere with the digital transcoder, causing unexpected artifacts or glitches.
Hope to answer all, 73
The graph below is the MMDVM dashboard, to increase audio quality, just adjust MMDVM tx and rx offset (if dualhatmmdvm) to get "near-to-zero" BER for best audio quality

Date: 23/03/2025

Guide to Disabling CW ID and Enabling CTCSS on DVSwitch / AllStarLink Gateways
DVSwitch and AllStarLink nodes are often connected to RF radios for linking repeaters or simplex nodes.
To prevent unnecessary interference and ensure only authorized signals trigger the gateway, you may want to:
1. Disable the CW ID transmission (to prevent unwanted beacons or ID signals from keying up the network).
2. Enable CTCSS tone decoding on your radio receiver (to ensure only signals with the correct tone open the squelch and access the network).
1. Disabling CW ID Transmission
For AllStarLink (app_rpt.conf settings)
In AllStarLink, CW ID is controlled via the app_rpt.conf configuration file. To disable it:
1. 1. Access your node’s configuration file:
nano /etc/asterisk/rpt.conf
2. Locate the section for your node ([your_node_number]).
3. Find the idrecording parameter and set it to none to disable ID transmission:
idrecording = none
4. Alternatively, you can comment out (disable) any idrecording or idtalkover settings by adding a `;` at the beginning:
;idrecording = |iKB1XYZ
;idtalkover = |iKB1XYZ
5. Save and exit (CTRL+X, then Y, then Enter).
6. Restart Asterisk for changes to take effect:
asterisk -rx "module reload"
For DVSwitch (MMDVM.ini or Analog_Bridge.ini Settings)
If you're running a DVSwitch setup, CW ID is often controlled in the MMDVM.ini or Analog_Bridge.ini file.
2. 1. Edit MMDVM.ini:
nano /etc/MMDVM.ini
2. Locate the [CW ID] section and disable ID:
[CW ID]
Enable=0
3. Save and restart the MMDVM service:
systemctl restart mmdvmhost
2. Enabling CTCSS Tone Decoding on the Receiver
For a Radio with Built-in CTCSS (Like Kenwood, Yaesu, Motorola, or Baofeng)
3. 1. Enter your radio’s programming menu.
2. Navigate to the CTCSS (Tone Squelch) settings.
3. Set the CTCSS decode (RX tone) to the desired frequency (e.g., 88.5 Hz).
4. Save and exit the menu.
For a Radio Connected to a USB Sound Card (Like DMK URI, Repeater Builder, or Modified Radios)
4. 1. Edit the `rpt.conf` file for AllStarLink and set it to require a specific CTCSS tone:
ctcssfrom = dsp
rxctcssoverride = 0
rxctcssfreqs = 88.5
2. If using a CM108/CM119 USB sound card, enable software tone decoding in `simpleusb.conf`:
rxctcssfreq = 88.5
ctcss = yes
3. Restart Asterisk to apply changes:
asterisk -rx "module reload"
Verifying CTCSS Filtering
5. 1. Monitor the gateway logs for any unauthorized transmissions bypassing CTCSS.
2. Use an SDR or an RF scanner to confirm the CTCSS tone is being properly received.
3. If users are unable to access the system, verify their radios are transmitting the correct CTCSS tone.
Conclusion
By disabling CW ID and enabling CTCSS decoding on the receiver, you ensure that:
✅ Your DVSwitch or AllStarLink node is not unnecessarily triggered by CW ID transmissions.
✅ Only radios transmitting the correct CTCSS tone can activate the gateway, reducing RF interference.

Date: 21/03/2025

Update AMBEserver to handle bad UDP 
https://github.com/lwkoon/AMBEserver2

Description as below:-
The Github C code modify the UDP processing function so that a corrupted packet (for example, one with an invalid payload length) 
is simply dropped rather than forwarded to the AMBE3000. In the updated version of the processSocket() function, 
we check that the payload length (after converting from network byte order) does not exceed the size of the payload buffer. 
If it does, we print an error message and ignore the packet.

- Start Byte Check: The code first confirms that the packet begins with the expected start byte (0x61). If not, it logs the error and skips processing.

- Payload Length Validation: After converting the payload length from network byte order, we compare it against the maximum size of the payload union. 
This prevents a corrupted packet (for example, one where the payload length is much larger than expected) from causing a 
buffer overflow or an erroneous behavior.

- Packet Size Verification: The function then computes the expected size of the packet and ensures the received packet exactly matches this size.
Safe Forwarding: Only after these checks is the packet forwarded to the AMBE3000 over the serial interface.

This approach should help prevent crashes or lock-ups of the AMBE3000 due to bad internet packets.

Date: 26/02/2025

Good news, Google Play Store already approve the app and no longer need to install via apk 
go https://play.google.com/store/apps/details?id=com.production.malaysiacallsignlookupV12 to download

Date: 06/02/2025

For those that has previously downloaded the apk here there are new interface now with faster searching, either name or callsign

Date: 17/12/2024


Google PlayStore has taken down my MalaysiaCallsignLookup App
please install manuall from here if still want to get the "latest" SKMM lookup app

Date: 31/08/2024




The story of Malaysia's Independence

In Malaysia, 31st August is a sacred date that is always a source of pride in commemorating Malaysia's historic Independence Day in 1957. Every year, 
the Malaysian Amateur Radio community under the regulation of the Malaysian Amateur Radio Transmitters Society (MARTS) will conduct a "Specials Event" 
CQ Merdeka" dedicated to commemorating Malaysia's Independence Day on amateur radio frequency bands.

On 31st August 1957, Malaysia's Independence Day and the first independence celebration ceremony at Merdeka Stadium where the Malayan flag (now the Jalur Gemilang)
was raised after independence was declared. Tunku Abdul Rahman, the first Prime Minister of Malaysia, declared the independence of Malaya with seven shouts of "Merdeka"; 
and this cry continues to be remembered by many Malaysians today who commemorate his services in his success in gaining independence for a country.

On 31st August 2024, the call sign 9M67 will be launched as "Specials Event CQ Merdeka 2024" to broadcast Malaysia's 67th independence celebration 
to the world. Therefore, we as Operators of Radio Terengganu DX do not miss the opportunity to jointly broadcast this 67th Malaysian independence celebration through the 
amateur radio frequency band with the call sign 9M67MT.  We work hard together to make this activity becomes a historical memory. At the same time, 
this activity can foster relationships and camaraderie among amateur radio fans around the world.

Please join our Digital Net (Event will be conducted for 3 days, 30th Oct 2024 - 2 Sept 2024 )




credit: words taken from 9M67MT

Date: 13/08/2024


Deployed a meshtastic hub for custom mqtt server: mqtt.luciernet.com or mqtt.penangaprs.com 
the mapping is here at https://meshmap.lucifernet.com/
Join telegram group below, msq from MY_433/MY_919 will be relayed here:-
https://t.me/MalaysiaMeshtastic

Preview Telegra content:-
https://t.me/s/MalaysiaMeshtastic

Meshtastic Malaysia Facebook Group
https://www.facebook.com/groups/948131383462670

meshtastic app setting

Date: 01/07/2024

Successfully migrated the HBlink3 from raspberry pi to virtual hosting farm since already a debian OS server
no longer need a raspberry pi to host HBlink3

73 de 9W2LWK/9W4GWK

Date: 26/06/2024

XLXD OS has been migrated from outdated Centos to latest Debian

The purpose of the migration is to mitigate vulnerablity on the outdated Centos OS which has been EOL and migrated to different VM segment
but remain on current public ip 103.197.58.223 and with cloudflare protected

73 de 9W2LWK/9W4GWK

Date: 06/03/2024

XLXD has been updated to 2.5.3

updates:-
cxlxprotocol.cpp

The purpose of the original code is when no transcoder connected (i.e. xlxd not connected to ambed) then downgrade to using rev1 xlx protocol packets (dstar only) despite connected to rev2 peer, 
then sending the bufferLegacy that is actually a trimmed xlx packet version including dstar ambe only and excluding the dmr/ysf ambe, then dmr/ysf voice only really pass through xlx peers (incl. BM) 
when transcoder is connected. After the suggested change it will always use rev2 packets (including both dstar and dmr/ysf ambe data) on interlinks to rev2 peers, 
Author see no reason and no sense for this downgrade when no transcoder connected, as reflector may be used for just dmr/ysf and these should obviously pass to peers

and many more...

Date: 02/02/2024

Due to the new security features in Google Chrome and Brave browser, please enable http content for domain xlx.lucifernet.com in google chrome or brave browser
open search tab in browser
type this on your browser URL bar:-

chrome://settings/content/insecureContent

As showed below:-

Date: 23/12/2022

Please download the Check Malaysia Callsign (no longer relavant) please download the newest version

Date: 05/10/2021

Your support can make a world of difference for Digital Radio in Malaysia. Make donation today. 
Help XLX522 continue its efforts for Dstar and Digital Radio Linking efford.





DuitNow QR

Date: 20/05/2021


Please put this on your /root/DMR_Hosts.txt on MMDVM PiStar to access to HBLink3 custom DMR
Server as below:-

Copy & paste this

#       Custom DMR_Hosts.txt
#
#       Written for Pi-Star Digital Voice Node by Andy Taylor (MW0MWZ)
#
#       The format of this file is the name of the reflector followed by its
#       IP address / Hotname / Password. TAB delimited only NO SPACES!!
#
#       Please ensure BrandMeister Masters are prefixed with BM_
#       Please ensure Phoenix / DMR+ Masters are prefixed with DMR+_
#
#       Passwords / Ports ARE important too!
#
##############################################################################################
#
#                               Custom DMR Hosts
#
##############################################################################################
# Name                          DMR-ID  IP/Hostname                     Password        Port #
##############################################################################################
#BM_Custom_01                   1234    1.2.3.4                         passw0rd        62031
#DMR+_Custom_01                 1234    1.2.3.4                         PASSWORD        55555
HBLink_Malaysia-Net             0000    edone.lucifernet.com                 passw0rd        62031
##############################################################################################

Date: 08/02/2021

Server migration from old data farm to new data farm, server will be migrated to 103.197.58.223

Date: 30/08/2020

9W4GWK will be replaced with 9M2RUK as it is linked to 9M2RUK (analog side, not the C4FM side) 
which linked back via RF to 9W2LWK Yaesu FT7900 radio via Diamond cp22e antenna

Date: 12/07/2020

Now you can order R1-2020 for allstarlink, plug and play for analog radio in order to link to DMR-gateway allstarlink node 47259

Video below shows how it link to DMR-9M2RKL-Repeater/DMR/C4FM-YSF/C4FM-repeater/C4FM-WiresX/Dstar XLX522/Allstarlink






Please support my ham's friend in China BI7NOR/BH7NOR
Buy R1-2020 ASL/Echolink controller adaptor from taobao
Buy R1-2020 ASL/Echolink controller adaptor from Ebay

Date: 10/07/2020

Hblink is up, TG50210 is linked to tgif.network
hblink setup:-

ip: xlx.lucifernet.com
port: 62031
password: passw0rd

dash:       http://xlx.lucifernet.com/dashboard/index.php?show=hblink
lastheard:  http://xlx.lucifernet.com/dashboard/index.php?show=hblink#go_middle

Testing HBlink TG502118 is linked to BrandMeister and XLX522Y

Your can use TGIF-network instead of Brandmeister, the same TG50210 (it is linked to master BM-Malaysia-5021 TG50210 too)

Date: 23/05/2020



Your support is welcome for this reflector to continue operate. Thanks for all the support.

Date: 26/01/2020

If anyone uses pi-star (DMR) with dmrgateway (XLX, DMR Brandmeister, DMR+)
please use this for duplex MMDVM type as the TS1 and TS2 will not route correctly and you need to manually write a TGRewrite setting as below:-

[DMR Network 1]
Enabled=1
Address=47.254.193.112
Port=62031
TGRewrite=2,502999,1,502999,2
TGRewrite=1,502999,1,502999,2
TGRewrite=1,46001,1,46001,1
TGRewrite=2,46001,1,46001,1
TGRewrite=1,91,1,91,1
TGRewrite=2,91,1,91,1
TGRewrite=1,310,1,310,1
TGRewrite=2,310,1,310,1
PCRewrite=2,94000,2,4000,1001
TypeRewrite=1,502999,2,502999
TypeRewrite=2,502999,2,502999
SrcRewrite=2,4000,2,9,1001
PassAllPC=1
PassAllPC=2
PassAllTG=1
PassAllTG=2
Password="passw0rd"
Debug=0
Name=BM_Malaysia_5021
Id=502224106

[DMR Network 2]
Enabled=1
Address=78.129.135.43
Port=55555
TGRewrite=2,8,2,9,1
PCRewrite=2,84000,2,4000,1001
Password="PASSWORD"
Debug=0
Id=5022241
Name=DMR+_IPSC2-PhoenixF
Options="StartRef=4000;RelinkTime=60;UserLink=1;TS1_1=9;"

Now the 502999 could not route correctly and i could not know why (BM Malaysia APRS)
if someone know how to set it please do let me know how.

Thanks,
9W2LWK

Date: 10/01/2020

Due to limited AMBE hardwares, we disabled Module A transcoding (Module A DSTAR with Module A still can QSO if 
it is not dmr or other mode), Module C and D will remain transcoding

Date: 07/01/2020

P25 TG50210 is activated, need someone with P25 radio to test and feedback

Date: 05/01/2020

Updated to XLX 2.3.4 XLX 2.3.5 (Officially listed in YSF Reflector list in pistar)

Pistar Configuration for YSF
(Malaysia)
#59331 MY DMRNET-YSF

#11714 MY Malaysia Net

#18807 XLX522

(Singapore)
#16390 SG YSF-V2


Configuration WiresX via HRI200 / software (non-HRI200)
24060 Malaysia-Net

Pistar configuration DMR (Brandmeister MY5021)
TG 50210	Malaysia Multimode Link

Pistar Configuration DMR+
None

Pistar configuration P25 (please update night pi-star to get the TG50210 on P25)
TG 50210 linked

Echolink
268492 9W4GWK-L (Only 9W,9M,9V callsign except special request)

Allstar Node
47259

Date: 02/01/2020

Officially using XLX 2.3.3
FT-70DR

DTMF 
11714 MY-MalaysiaNet
59331 MY-DMRNET.MY
16390 SG-YSFv2
00522 XLX522-YSF (if you follow my tutorial on pi-star from below dated Date: 18-12-2019) --- not need as it is officially in YSFReflector list of pi-star
18807 XLX522-YSF

(Working method for wire-x MODULE (A-to-Z) select cntrl) Expert > mmdvmhost > Set ; (replace original)

[System Fusion Network]
Enable=1
LocalAddress=127.0.0.1
LocalPort=0
GatewayAddress=xlx.lucifernet.com
GatewayPort=42000
# ModeHang=3
Debug=0

Tutorial on Yaesu FT-70DR (Thanks to Adrian VK4TUX)

Pi-star Notes for Amateur Radio

Please have a read on how to operate in pi-star 
https://amateurradionotes.com/pi-star-notes.htm
https://amateurradionotes.com/pi-star.htm

Date: 20-12-2019

Revert back to XLX 2.2.4 (modified XLX 2.2.2 with XRF-peering support) after some 
transcoding problem with the newest update on 2.3.3

Date: 18-12-2019

XLX522 officially upgraded to 2.3.3 and the support of ysf protocol is on the same port TCP port 42000
The SG YSF will be migrated to TCP port 42002 and still remain on https://register.ysfreflector.de/ version of YSF reflector
sub reflector dashboard as in https://ysf.lucifernet.com/

pi-star configuration workaround:-<
login (ssh) to pistar
“
mkdir -p /root/scripts
vi ysfxlx.sh
”
then
“
#!/bin/bash
sudo mount -o remount,rw / ; sudo mount -o remount,rw /boot
/usr/local/sbin/HostFilesUpdate.sh &&

cd /tmp
rm XLXYSFHosts.txt.*
rm XLXYSFHosts.txt
wget http://xlxdmr.duckdns.org/xlx/XLXYSFHosts.txt
cat XLXYSFHosts.txt >> /usr/local/etc/YSFHosts.txt
/usr/sbin/service ysfgateway restart
sudo mount -o remount,ro / ; sudo mount -o remount,ro /boot
”
then
“
chmod +x /root/scripts/ysfxlx.sh
”
then
“
crontab -e
”
put
“
50 3 * * * /root/scripts/ysfxlx.sh > /dev/null 2>&1
”
ctrl+wq! to save

run the script once
“
/root/scripts/ysfxlx.sh
”

you are now ready to go!!!


register.ysfreflector.de already accept XLXYSF reflectors registration, on XLX2.3.4 YSFS response packets

Date: 01-12-2019

Check SKMM callsign android app is available now.
Download your SKMM callsign check android app here

Date: 01-11-2019

New checking mechanism of malaysia callsign page is up with http://tiny.cc/lk3jfz (with alibabacloud splash/scrapy docker service)

Date: 09-09-2019

HTTP/2 or HTTP version 2.0 will be supported on top of HTTP/1.1 HTTP/1.0 and the website is TLS1.3 compatible

Date: 18-07-2019

BM Malaysia Server will be migrating its server back from Singapore to Malaysia tonight, Brandmeister Malaysia will not be accessible 
for few hours due to migration process from 2 different locations, rest assured, the service shall be resume soonest.

Date: 28-04-2019

XLX522 is listed at Peanut app as XRF522D by PA7LIM http://peanut.pa7lim.nl/, feel free to join the reflector
Get your app below:-

Android: https://play.google.com/apps/testing/peanut.peanut
Windows: https://software.pa7lim.nl/peanut/STABLE/

Date: 22-04-2019

xlxd ambe from 9M2TPT is temporary down for maintainance, hence DSTAR station can only qso to DSTAR station, 9M2TPT is upgrading the ambe server to rasp pi 3b+ 9M2TPT
---------------------------------------------------------------------------------------------------------------------------

Updated :-

The ambed server upgraded to raspberry pi 3b+ successfully, ambed server back to normal at 22:55 GMT +8 22-04-2019

Date: 14-02-2019

Malaysia Analog to Digital Callsign is officially register as 9W4GWK

Date: 22-12-2018

DCS522, XRF522, REF522 can be found on BlueDV Android, Apple IOS, MS Windows and etc Please click here to download the app Thanks to Steve NO9S for adding the reflector in http://www.arrg.us/ Android hotlink apk file: here Version 1.0.66, works with Android Pie Windows hostlink msi file: here Version 09499 beta, most stable working windows version (Win 7/8/10) Now ambeserver is hosted for public if you want to connect to Reflector 522, please use host: edone.lucifernet.com port: 2460
*** note that the ambe port has been used by peanut, hence other users that connect to the port will be blocked *** the ambe is already being used by peanut app

Date: 17-11-2018

Echolink last connected stations From ASL 47259 or echolink 9W4GWK-L will be display in lastconnected page at here

Date: 03-11-2018

Analog Bridge ASL node 47259 or echolink 9W4GWK-L will be using 9W2NKC temporary before we get a gateway callsign 9M4GWK callsign approved by MCMMC hence digital radio which get callsign 9W2NKC displayed on screen will be considered as analog station cominng from analog bridge, either from RF/echolink/ASL

Date: 16-08-2018

Allstarlink node 47259 /echolink 9W4GWK-L (MD380-EMU Analog_bridge Transcoding) is linked to :- XLX522 (DSTAR/DMR hardware transcoding) <-> DMR Brandmeister Malaysia TG50210 <-> Yaesu Wires-X Malaysia-Net Room 24060 <-> 9M2RKL (KL) C4FM Repeater <-> YSF Malaysia Net <-> 9M4RMU C4FM Bukit Beruang (Melaka) Repeater Please note this is C4FM Digital only. Analogue WiresX users will hear a silent carrier.

Date: 28-07-2018

AMBED on remote server will have a remote php RESTART function if error occures in the future.

Date: 27-07-2018

The AMBE service at remote raspi has been restarted, transcoding back to normal.

Date: 25-07-2018

Updated newer version of Info from KG5RKI MD380's userdb to MySQL (Ccs7, Callsign, Long name, City, State, Country) http://xlx.lucifernet.com/api/fetchcallsign.php?callsign=M0HIK output {"name":"Mohd Hamid Misnan","ccs7":"2344871","callsign":"M0HIK","city":"Manchester","state":"England","country":"United Kingdom"} AMBED at remote site seems to have problem (packets lost - ambed 11 of 18 packets timed out) and may need to restart, M0HIK/9M2TPT is on the way flying back, rest assured and bear with us.

Date: 24-07-2018

Get ccs7 & name via callsign lookup is available via JSON function call http://xlx.lucifernet.com/api/fetchcallsign.php?callsign=M0HIK output {"name":"Mohd","ccs7":"2344871","callsign":"M0HIK"} or javascript <script> var obj, dbParam, xmlhttp; obj = { "table":"dmrid", "callsign":"M0HIK", "limit":1 }; dbParam = JSON.stringify(obj); xmlhttp = new XMLHttpRequest(); xmlhttp.onreadystatechange = function() { if (this.readyState == 4 && this.status == 200) { document.getElementById("textarea").innerHTML = this.responseText; } }; xmlhttp.open("GET", "https://xlx.lucifernet.com/api/?x=" + dbParam, true); xmlhttp.send(); </script> output [{"name":"Mohd","ccs7":"2344871","callsign":"M0HIK"}] or JSON GET sample https://xlx.lucifernet.com/api/?x={%22table%22:%22dmrid%22,%22callsign%22:%229W2LWK%22,%22limit%22:5000} https://xlx.lucifernet.com/api/json2.php?x={%22table%22:%22dmrid%22,%22limit%22:5000} You can also use jquery on sample code below:- https://edone.no-ip.com/sample.php <-- click view souce

Date: 22-07-2018

Convert DMRIds.dat to MySQL database. Reprogram reading name and callsign (indexed) from MySQL and decreased loading time (by 200%) significantly.

Date: 21-07-2018

XLX017 added to the peer on Module A XLX714 added to the peer on Module A XLX998 added to the peer on Module A XLX307 added to the peer on Module A Compiled customized XLXD to support XRF linking on xlxd.interlink Just do a curl -L https://github.com/LX3JL/xlxd/pull/85.patch >/tmp/85.patch cd /[yourGITxlxdirectory]/ git apply --check /tmp/85.patch git apply /tmp/85.patch cd /[yourGITxlxdirectory]/src/ cp xlxd xlxd.bak make clean make copy xlxd /xlxd/xlxd nano /xlxd/xlxd.interface replace these comments ############################################################################# # XLXD interlink file # # one line per entry # each entry specifies a remote XLX or XRF to peer with # format: # <XLX callsign> <ip> <list of modules shared> # <XRF callsign> <ip> <local module><remote module> # example: # XLX270 158.64.26.132 ACD # XRF270 158.64.26.132 BB # # note: the remote XLX must list this XLX in its interlink file # for the link to be established # #############################################################################

Date: 20-07-2018

XLX766 added to the peer on Module A

Date: 19-07-2018

To all XLX Reflector's operator/admin Please download and update the latest country.csv from here to your /[yourxlxdirectory]/dashboard/pgs/ directory or type wget -O /[yourxlxdirectory]/dashboard/pgs/country.csv http://xlx.lucifernet.com/dashboard/pgs/country.csv in linux base on github https://github.com/lwkoon/xlxd/commit/9cc312f4840810150734afc015c3829343880b1d

Date: 18-07-2018

XLX883 added to the peer on Module A XLX125 added to the peer on Module A

Date: 17-07-2018

XLX909 added to the peer on Module A XLX051 added to the peer on Module A XLX595 added to the peer on Module A XLX238 added to the peer on Module A XLX170 added to the peer on Module A XLX171 added to the peer on Module A XLX464 added to the peer on Module A XLX132 added to the peer on Module A XLX064 added to the peer on Module A XLX523 TEST XLX REFLECTOR added to the peer on Module A

Date: 16-07-2018

Name and CCS7 ID are added into the XLX dashboard user module with DMRIds.dat CSV database. Country with Flags function is added into the XLX dashboard peers module. XLX511 added to the peer on Module A XLX268 added to the peer on Module A XLX569 added to the peer on Module A XLX737 added to the peer on Module A XLX515 added to the peer on Module A XLX454 added to the peer on Module A XLX519 added to the peer on Module A XLX302 added to the peer on Module A

Date: 15-07-2018

XLX522 Reflector is added in the xrefl directory listing.

Date: 14-07-2018

XLX886, DCS007, XLX600, XLX699, XLX076, XLX246, XLX508, XLX055, XLX888 are added to the peer on Module A and XLX520 (Thailand) is added on Module A and G

Date: 12-07-2018

DMR/DSTAR/C4FM transcoding tested successfully with 9M2CJ(DSTAR), PA3FRI(DSTAR), 9W2POP(DMR), 9M2TPT(WIRES-X). Please note this is C4FM Digital only. Analogue WiresX users will hear a silent carrier.

Date: 11-07-2018

Recompile XLXD binary to support module A to Z.

Date: 07-07-2018

XLX Reflector Linking to BM5021 with the help of 9W2POP and 9M2TPT. TG50210 (Malaysia) is linked to Module D TG525 (Singapore) is linked to Module C

Date: 05-07-2018

D-STAR<->DMR AMBE BAO3000 X 2 hardware-transcoding USBs are added, now supporting 1 channel session Testing stage

Date: 01-07-2018

XLX522 Reflector created

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FAQ : How to connect XLX522

D-Star Use any D-Star repeater, hotspot, dongle, or similar device, and connect to any of the following: Reflector XRF522A (URCALL command is XRF522AL) Reflector DCS522A (URCALL command is DCS522AL) Reflector REF522A (URCALL command is REF522AL) Brandmeister DMR Use any Brandmeister connected system to connect to: Brandmeister TG50210 Malaysia (Module D) Brandmeister TG525 Singapore (Module C) Pi-Star DMR XLX Master Use Pi-Stars DMR XLX Master section, and connect to: XLX Master XLX522 Once you have connected, you do not need to key anything as Pistar connect TG4004 by default If you need to keyin to other module, just keyin 64003 (module C singapore) On DMR Radio, 64001->Module A, 64002->Module B, 64003->Module C .............until............. 64026->Module Z Once you have joined your desired Module, you can transmit on 502/525 by using TG6 (group call) on your DMR HT to transmit. YSF Yaesu System Fusion Connect any YSF Reflector capable system to: YSF Malaysia Net http://ysf.dmrnet.org/ysf/index.php --> TG50210 <-- XLX522D Primary YSF DMRNet http://fusion.dmrnet.org/dash/index.php --> TG50210 <-- XLX522D Secondary XLXYSF --> TG50210 <-- XLX522D linked (XLX2.3.4 newly added YSF support) YSF-V2 SG https://ysf.lucifernet.com/ --> TG525 <-- XLX522C Yaesu Wires-X Connect to Malaysia-Net Room 24060 Local C4FM Repeaters Location: Melaka, Equatorial Hotel, 9M4RMU Repeater ID: MY-9573 Downlink: 439.8250 Uplink: 434.8250 Offset: -5.0 MHz Uplink Tone: 203.5 DSQ Off DG-ID: Open ↑ / Open ↓ WIRES-X: 24201 (TCSS-NET) Call: 9M4RMU Use: OPEN Op Status: Off Affiliate: MARTS Mixed-Mode: Yes; analog capable. Web links: http://www.marts.org.my Repeater has taken down due to change-of-ownership on Equatorial Hotel's building PNB Google Maps Multiple Markers

Location: Selangor, Bukit Lanjan, 9M2RKL (C4FM) Repeater ID: MY-9041 Downlink: 439.6000 Uplink: 434.6000 Offset: -5.0 MHz Uplink Tone: 203.5 DSQ Off DG-ID: Open ↑ / Open ↓ WIRES-X: 24060 (MALAYSIA-NET) Call: 9M2RKL Use: OPEN Op Status: ON-AIR On-Air Sponsor: MARTS Mixed-Mode: Yes, analog capable (AMS, Analog will not linked to TG50210) Web links: http://www.marts.org.my Please note this is C4FM Digital only. Analogue WiresX users will hear a silent carrier. Local Analog 2 Digital Gateway Location: Subang Jaya, Putra Heights, 9W4GWK-R Repeater ID: - Downlink: 438.075 Uplink: 438.075 Offset: 0.0 MHz Uplink Tone: 88.5Hz DSQ Off DG-ID: - Digital: Echolink / Allstarlink Use: Current Offline / Not on /use echolink instead Op Status: Off (local Putra Heights only UHF) Sponsor: 9W2LWK/9W4GWK Mixed-Mode: analog to Digital (transcoding) Web links: 47259 Allstar node Trial Penang DMR email DMRID for "whitelist" Downlink: 439.800 Uplink: 434.800 Offset: -5.0 MHz Color Code: CC01 Digital: DMR Use: Down Op Status: Off (Repeater Opt 9W2POP) Available tg TimeSlot1: 50230,502555(Penang local) TimeSlot2: 50210 (linked to BM via local 4G telco, still in stability testing stage) 9M2RKL-DMR Open for public HAM, no need "whitelist" Downlink: 439.150 Uplink: 434.150 Offset: -5.0 MHz Color Code: CC07 Digital: DMR Use: Down Op Status: Off Available tg TimeSlot1: 1(local) TimeSlot2: 50210 linked to Brandmeister/XLX/Wires-X/P25/echolink/ASL (Via 4G telco) *** note: local repeater linking only works with ***DIGITAL MODE*** only even the repeater is
FUSION SYSTEM mode (Digital C4FM/Analog FM auto switch) Join facebook group https://www.facebook.com/groups/MYDigitalVoice/?ref=br_rs for more FAQ

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