XLX Multiprotocol Gateway Reflector
   XLX202 v2.5.3 - Dashboard v2.4.5   /  Service uptime: 53 days 19:45:53

DMR setup

PiStar hotspot settings

1) Set PiStar "DMR Master:" setting is set to "DMRGateway".
2) Set PiStar "XLX Master:" setting to which ever XLX reflector you want to connect to at startup, such as “XLX_202” for Stafford & Districts Amateur Radio Society Multi-protocol Digital Voice Reflector.
3) Set PiStar “XLX Startup Module:” to the default XLX module that you want to connect to. For club traffic using either a DMR or YSF radio I would suggest connecting to Module “C”.
4) Set PiStar “XLX Master Enable:” to active.

DMR radio settings

1) You will need to have a digital "Contact/Talk Group" setup with the following settings:

TG/DMR ID

Name

Call Type

6

TG6-XLX

Group Call

2) You will need to have a “Receive Group Call List” setup with the following settings:

Group Name

Group Contacts

Contact

XLX LOCAL

1

TG6-XLX

3) You will need to have a “Channel” setup with the following settings:

Channel Name

Receive Frequency

Transmit Frequency

Channel Type

Contact

Receive Group List

TG6-XLX

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG6-XLX

XLX LOCAL

To connect to the XLX202 reflector, initiate a private call to 68202

1) Select the “TG6 XLX” channel on your DMR radio.
2) On the Anytone series of handheld DMR radios, press and hold the “0” key until “Group call” is displayed.
3) Press the “#” key to switch from “Group call” to “Private call”.
4) Type in 68202.
5) Press the PTT for a couple of seconds.

Your PiStar hotspot should now audibly confirm that you are connected to the default module of the “XLX202” reflector.

To check which XLX reflector and module you are connected to, initiate a private call to 65000

1) Select the “TG6 XLX” channel on your DMR radio.
2) On the Anytone series of handheld DMR radios, press and hold the “0” key until “Group call” is displayed.
3) Press the “#” key to switch from “Group call” to “Private call”.
4) Type in 65000.
5) Press the PTT for a couple of seconds.

To change module

1) Select the “TG6 XLX” channel on your DMR radio.
2) On the Anytone series of handheld DMR radios, press and hold the “0” key until “Group call” is displayed.
3) Press the “#” key to switch from “Group call” to “Private call”.
4) Type 64001 through to 64026 to change between module “A” to “Z”.
5) Press the PTT for a couple of seconds.

Your PiStar hotspot should now audibly confirm that you are connected to the requested module of the “XLX202” reflector.

To disconnect from the XLX reflector, initiate a private call to 64000

1) Select the “TG6 XLX” channel on your DMR radio.
2) On the Anytone series of handheld DMR radios, press and hold the “0” key until “Group call” is displayed.
3) Press the “#” key to switch from “Group call” to “Private call”.
4) Type in 64000.
5) Press the PTT for a couple of seconds.

Your PiStar hotspot should now audibly confirm that you are still connected to the reflector but no module is specified. This indicates that you are now disconnected from any reflector module and therefore you are free to connect to other reflectors or talkgroups.

To simplify operation it is recommended that we setup the below additional “Contact/Talk Groups”, “Channels” and “Zones”:

Contact/Talk Groups

TG/DMR ID

Name

Call Type

64000

TG64000-XLX-DISC

Private

64001

TG64001-XLX-MODA

Private

64002

TG64002-XLX-MODB

Private

64003

TG64003-XLX-MODC

Private

64004

TG64004-XLX-MODD

Private

64005

TG64005-XLX-MODE

Private

64006

TG64006-XLX-MODF

Private

64007

TG64007-XLX-MODG

Private

64008

TG64008-XLX-MODH

Private

64009

TG64009-XLX-MODI

Private

64010

TG64010-XLX-MODJ

Private

64011

TG64011-XLX-MODK

Private

64012

TG64012-XLX-MODL

Private

64013

TG64013-XLX-MODM

Private

64014

TG64014-XLX-MODN

Private

64015

TG64015-XLX-MODO

Private

64016

TG64016-XLX-MODP

Private

64017

TG64017-XLX-MODQ

Private

64018

TG64018-XLX-MODR

Private

64019

TG64019-XLX-MODS

Private

64020

TG64020-XLX-MODT

Private

64021

TG64021-XLX-MODU

Private

64022

TG64022-XLX-MODV

Private

64023

TG64023-XLX-MODW

Private

64024

TG64024-XLX-MODX

Private

64025

TG64025-XLX-MODY

Private

64026

TG64026-XLX-MODZ

Private

65000

TG65000-XLX-INFO

Private

68202

TG68202-XLX202

Private

Channels

Channel Name

Receive Frequency

Transmit Frequency

Channel Type

Contact

Receive Group List

TG64000-XLX-DISC

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64000-XLX-DISC

XLX LOCAL

TG64001-XLX-MODA

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64001-XLX-MODA

XLX LOCAL

TG64002-XLX-MODB

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64002-XLX-MODB

XLX LOCAL

TG64003-XLX-MODC

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64003-XLX-MODC

XLX LOCAL

TG64004-XLX-MODD

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64004-XLX-MODD

XLX LOCAL

TG64005-XLX-MODE

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64005-XLX-MODE

XLX LOCAL

TG64006-XLX-MODF

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64006-XLX-MODF

XLX LOCAL

TG64007-XLX-MODG

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64007-XLX-MODG

XLX LOCAL

TG64008-XLX-MODH

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64008-XLX-MODH

XLX LOCAL

TG64009-XLX-MODI

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64009-XLX-MODI

XLX LOCAL

TG64010-XLX-MODJ

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64010-XLX-MODJ

XLX LOCAL

TG64011-XLX-MODK

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64011-XLX-MODK

XLX LOCAL

TG64012-XLX-MODL

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64012-XLX-MODL

XLX LOCAL

TG64013-XLX-MODM

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64013-XLX-MODM

XLX LOCAL

TG64014-XLX-MODN

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64014-XLX-MODN

XLX LOCAL

TG64015-XLX-MODO

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64015-XLX-MODO

XLX LOCAL

TG64016-XLX-MODP

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64016-XLX-MODP

XLX LOCAL

TG64017-XLX-MODQ

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64017-XLX-MODQ

XLX LOCAL

TG64018-XLX-MODR

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64018-XLX-MODR

XLX LOCAL

TG64019-XLX-MODS

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64019-XLX-MODS

XLX LOCAL

TG64020-XLX-MODT

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64020-XLX-MODT

XLX LOCAL

TG64021-XLX-MODU

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64021-XLX-MODU

XLX LOCAL

TG64022-XLX-MODV

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64022-XLX-MODV

XLX LOCAL

TG64023-XLX-MODW

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64023-XLX-MODW

XLX LOCAL

TG64024-XLX-MODX

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64024-XLX-MODX

XLX LOCAL

TG64025-XLX-MODY

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64025-XLX-MODY

XLX LOCAL

TG64026-XLX-MODZ

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG64026-XLX-MODZ

XLX LOCAL

TG65000-XLX-INFO

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG65000-XLX-INFO

XLX LOCAL

TG68202-XLX202

<Match Radio Frequency in PiStar>

<Match Radio Frequency in PiStar>

D-Digital

TG68202-XLX202

XLX LOCAL

I would suggest creating a zone named "Hotspot" that contains all reflectors and talkgroups etc. that you regularly use, including "XLX202" and the other channels that we use to manage our connection to the reflector:

Zone named "Hotspot":

Zone Channel Member

TG6-XLX

TG65000-XLX-INFO

TG64000-XLX-DISC

TG68202-XLX202

I would also suggest creating a zone named "XLX Modules" that contains all reflector modules and the other channels that we use to manage our connection to the reflector:

Zone named "XLX Modules":

Zone Channel Member

TG6-XLX

TG65000-XLX-INFO

TG64000-XLX-DISC

TG64001-XLX-MODA

TG64002-XLX-MODB

TG64003-XLX-MODC

TG64004-XLX-MODD

TG64005-XLX-MODE

TG64006-XLX-MODF

TG64007-XLX-MODG

TG64008-XLX-MODH

TG64009-XLX-MODI

TG64010-XLX-MODJ

TG64011-XLX-MODK

TG64012-XLX-MODL

TG64013-XLX-MODM

TG64014-XLX-MODN

TG64015-XLX-MODO

TG64016-XLX-MODP

TG64017-XLX-MODQ

TG64018-XLX-MODR

TG64019-XLX-MODS

TG64020-XLX-MODT

TG64021-XLX-MODU

TG64022-XLX-MODV

TG64023-XLX-MODW

TG64024-XLX-MODX

TG64025-XLX-MODY

TG64026-XLX-MODZ

Now to connect to the XLX202 reflector:

1) Select the “Hotspot” zone on your DMR radio.
2) Select the "TG68202-XLX202" channel.
3) Press the PTT for a couple of seconds. Your PiStar hotspot should now audibly confirm that you are connected to the default module of the “XLX202” reflector.
4) Select the "TG6-XLX" channel.
5) Press the PTT to talk via the default module of the "XLX202" reflector.

To check which XLX reflector and module you are connected to:

1) Select the “Hotspot” zone on your DMR radio.
2) Select the "TG65000-XLX-INFO" channel.
3) Press the PTT for a couple of seconds.

To change module

1) Select the “XLX Modules” zone on your DMR radio.
2) Select the appropriate channel that refers to the module that you want to switch to, such as "TG64003-XLX-MODC" to switch to module "C".
3) Press the PTT for a couple of seconds. Your PiStar hotspot should now audibly confirm that you are connected to the requested module of the “XLX202” reflector.
4) Select the "TG6-XLX" channel.
5) Press the PTT to talk via the selected module of the "XLX202" reflector.

To disconnect from the XLX reflector:

1) Select the “Hotspot” zone on your DMR radio.
2) Select the "TG64000-XLX-DISC" channel.
3) Press the PTT for a couple of seconds.

Your PiStar hotspot should now audibly confirm that you are still connected to the reflector but no module is specified. This indicates that you are now disconnected from any reflector module and therefore you are free to connect to other reflectors or talkgroups.


YSF setup

PiStar hotspot settings

1) Set PiStar "YSF Startup Host:" setting to which ever YSF reflector you want to connect to at startup, such as "YSF60202 - GB-XLX202C - GX3SBL Ref UK" for Stafford & Districts Amateur Radio Society Multi-protocol Digital Voice Reflector.
2) Set PiStar "UPPERCASE Hostfiles:" to enabled if your transceiver requires or supports this setting.
3) Set PiStar "WiresX Passthrough:" to enabled if your transceiver supports Wires-X functions.

YSF radio settings

You will need to have a channel programmed on your transceiver, with the following settings, that allows the transceiver to communicate with the hotspot.

YSF transceiver channel setup:

Setting

Value

Channel name

Hotspot, or similar

Channel type

Simplex

Receive frequency

The same as the hotspot frequency

Transmit frequency

The same as the hotspot frequency

Mode

C4FM

RF power

Minimal, ideally less than 1W

Once your hotspot is powered up and your transceiver has the above channel selected you will be able to communicate with your hotspot and/or remote talkgroups, rooms and reflectors.

If your transceiver supports Wires-X then you should be able to use Wires-X functions to select, connect, search, list and disconnect from YSF rooms, such as "YSF60202 - GB-XLX202C - GX3SBL Ref UK" for Stafford & Districts Amateur Radio Society Multi-protocol Digital Voice Reflector. What, if any, Wires-X functions are supported by your radio and how to use them, should be covered within the appropriate manual of your transceiver.


m0wtn@clickandhope.com