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Futurecom VR Programming Manual

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Futurecom Systems Group, ULC
VR Programming Guide
Document: 8G093X01
Revision: R5
Date: August 2022

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Summary of Contents for Futurecom VR

  • Page 1 Futurecom Systems Group, ULC VR Programming Guide Document: 8G093X01 Revision: R5 Date: August 2022...
  • Page 2 8G093X01 R5 VR Programming Guide NOTES August 2022 Page 2 of 144...

  • Page 3: Table Of Contents

    New Installation ........................17 Menu Bar ........................18 Compatibility Charts ......................19 Setting Up Communications with the VR ..............20 Reading from the VR (Uploading Data) ..............20 Writing to the VR (Downloading Data) ............... 20 Understanding FRC Programming Files ..............20 Codeplug Applications ......................
  • Page 4 XTS Series ‘DVRS Enabled’ PSUs ................50 APX Series ‘DVRS Enabled’ PSUs ................51 Programming of Generic P25 PSU for Digital VR Mode ..........51 Programming of the P25 PSU (Generic P25 or ‘DVRS Enabled’) for operation on Conventional P25 MSU System ................51...
  • Page 5 Repeater Channel Setup Window ..................71 Mode Change ........................77 Mode Change of VR by Local PSU ..................77 Remote Mode change of VR by Dispatcher / System PSU ..........78 Mobile Radio Channel Setup ....................79 Hardware Setup Window ................... 87 MSU Data ..........................
  • Page 6 Appendix 1 – VR Status Display ................134 Appendix 2 – Grant Timeout Timer ................135 Appendix 3 – Icon Legend ..................136 Appendix 4 – CPS VR Related Programming ............137 Glossary ........................140 Reference ........................143 Contact Information ....................... i...

  • Page 7: Manual Revisions

    8G093X01 R5 VR Programming Guide Manual Revisions Rev # Date Notes & References October 2020 Original Release February 2021 Update for SR2021.1 July 2021 Update for SR2021.2 August 2021 Update for SR2021.3 November 2021 Update for SR2021.4 August 2022 Update for SR2022.2...

  • Page 8: Foreword

    For details on the APX series Mobile or Portable Radios operation, please refer to the applicable Manuals available from Motorola. For details on how to operate a VR, please refer to the Vehicular Repeater (VR) User’s Guide Futurecom website → Support → Documentation and Software → DVR-...

  • Page 9: Computer Software Copyrights

    Futurecom. The purchase of Futurecom products shall not be deemed to grant either directly or by implication, estoppels, or otherwise, any license under the copyrights, patents, or patent applications of Futurecom, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product.

  • Page 10: Publicly Available Software List

    8G093X01 R5 VR Programming Guide The Futurecom Repeater Configurator provided by Futurecom Systems Group ULC includes the following Publicly Available Software. Publicly Available Software List Name: MFC Grid Control Version: 2.24 Modified: Software Site: http://www.codeproject.com/KB/miscctrl/gridctrl.aspx Source Code: No Source Code Distribution Obligations. The Source Code may be obtained from the original Software Site.

  • Page 11: Publicly Available Software - Common Licenses

    8G093X01 R5 VR Programming Guide Publicly Available Software – Common Licenses The Code Project Open License (CPOL) 1.02 Preamble This License governs Your use of the Work. This License is intended to allow developers to use the Source Code and Executable Files provided as part of the Work in any application in any form.
  • Page 12 8G093X01 R5 VR Programming Guide You may apply bug fixes, portability fixes and other modifications obtained from the Public Domain or from the Author. A Work modified in such a way shall still be considered the standard version and will be subject to this License.
  • Page 13 8G093X01 R5 VR Programming Guide LICENSE OR THE USE OF THE WORK OR OTHERWISE, EVEN IF THE AUTHOR OR THE PUBLISHER HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. Termination. This License and the rights granted hereunder will terminate automatically upon any breach by You of any term of this License.

  • Page 14: Codeguru License

    However, no responsibility is assumed for inaccuracies. Futurecom Systems Group, ULC. reserves the right to make changes to any products herein to improve reliability, function or design. Futurecom does not assume any liability arising out of the application or use of any product or circuit described herein.

  • Page 15: Declaration Of Conformity

    However, there is no guarantee that interference will not occur in a particular installation. Changes or modifications not expressly approved by Futurecom Systems Group, ULC. could void the User’s authority to operate the equipment. Important Safety Information...

  • Page 16: Déclaration De Conformité

    Pour assurer la conformité, le fonctionnement à une distance moins élevée n’est pas autorisé. Futurecom demande à l’opérateur du répéteur P25 DVRS de satisfaire aux exigences de la FCC / ISED en matière d’exposition à l’énergie RF. La distance minimale entre toutes les personnes possibles et une antenne omnidirectionnelle doit respecter les indications de la Brochure Sécurité...

  • Page 17: Vr Programming Basics

    Futurecom line of Vehicular Repeaters. ® It applies to the following products: VRX1000, DVR and DVR-LX When a Vehicular Repeater (VR) is interfaced with an MSU, the DVRS complete equipment package is referred to as a Digital Vehicular Repeater System (DVRS).

  • Page 18: Menu Bar

    8G093X01 R5 VR Programming Guide Menu Bar The top Menu Bar is a strip of menu items that, when clicked, display a dropdown menu of other options and commands. Dropdown Menus Field Description (Keyboard Shortcuts in parentheses) File Commands for file...

  • Page 19: Compatibility Charts

    Figure 1: Help Menu - 'Find' Feature Compatibility Charts can be accessed through the Help drop down menu. This is a static version from the Futurecom website corresponding to the specific FRC release. Figure 2: Help Menu - Compatibility Charts To use FRC on-line, the following is required: FRC installed on the PC.

  • Page 20: Setting Up Communications With The Vr

    Ensure USB cable is plugged into PC and connected to the USB port on the VR. Ensure VR is powered up. Note: VR may be connected to DC power but will power up only when the MSU interfaced to it is also powered up.

  • Page 21: Codeplug Applications

    Used for sending configuration changes to VR via the Motorola Radio Management tool. Data Categories Calibration Data: Includes all data used by Futurecom to calibrate a VR. The data is not visible to the end user. Electronic Label Data: Includes all hardware and software information for a VR including the serial number.

  • Page 22: Codeplug Summary

    Codeplug Summary Applications Futurecom Template for cloning multiple Template for cloning Support VRs; multiple VRs; Futurecom Support Sending configuration changes to VR via Motorola Radio Management tool; Futurecom Support Content Calibration data, Personality data Personality data electronic label data, personality...

  • Page 23: How To Create An Epr File

    How To Create an EPR File 1. Establish communications with VR 2. Read the VR: select Repeater → Load Data from APX Repeater (F2) 3. Save the data as an EPR file: select File → EPR Files → Save EPR File 4.

  • Page 24: How To Create A Dpd File

    MSU and VR are synchronized. Creation of New File 1. Establish communications with VR 2. Read the VR: select Repeater → Load Data from APX Repeater (F2) 3. Make configuration changes (as needed) for this new DPD file →...
  • Page 25 8G093X01 R5 VR Programming Guide 2. Click Continue 3. Specify the DPD file location and name then click Open. 4. Unselect any screens with data that is not desired to be loaded and click OK. August 2022 Page 25 of 144...
  • Page 26 8G093X01 R5 VR Programming Guide 5. Make configuration changes for this new DPD file. → 6. Save the data as DPD: select File → DPD Files (Templates) Save DPD File 7. Enter data into Save window and click SAVE 8. Choose File Encryption type and click OK NOTE: If Custom Encryption type is selected, user must enter Password and Confirm.

  • Page 27: How To Create A Dcd File

    How To Create a DCD File To create a DCD file, there are two options: create a new file or modify an existing file. NOTE: Remember to follow programming sequence outlined in VR Programming Guidelines to ensure the MSU and VR are synchronized.
  • Page 28 8G093X01 R5 VR Programming Guide 3. Specify the DCD file location and name then click Open. NOTE: If original DCD file was saved with a description, it will be displayed in the Preview File Header section. 4. Unselect any screens with data that is not desired to be loaded and then click OK.
  • Page 29 8G093X01 R5 VR Programming Guide 5. Make configuration changes for this new DCD file. → 6. Save the data as DCD: select File → DCD Files Save DCD File 7. Enter data into Save window and click SAVE 8. Enter data into DCD Options window and click OK (Serial numbers are optional)

  • Page 30: Feature Licenses

    VR Programming Guide Feature Licenses Introduction • There are aspects of the VR that have software options that can be purchased either at the time of sale, or later. • This section will cover the mechanisms used to apply these features •...
  • Page 31 8G093X01 R5 VR Programming Guide 6. To see current licenses applied to repeater, select Repeater Setup → User Info to view Feature licenses 7. Select File → Apply License File on FRC 8. A window dialog prompts user to choose the license file from local file system (wherever file was saved by user) 9.
  • Page 32 8G093X01 R5 VR Programming Guide c. If the connected repeater already has the exact same options in the license file, FRC displays following error message • If Repeater is disconnected after loading data into FRC, FRC will present a series of error messages and then treat the session as an Offline editing session.

  • Page 33: Bundling A License File With A Dcd File

    File → DCD Files Save DCD File with License For complete instructions on how to send a DCD file to a VR via RM, refer to the Over the Air Programming Via Radio Manager User Guide, located on the Futurecom website: Home →...

  • Page 34: Applying License To Template Files

    8G093X01 R5 VR Programming Guide Applying License to Template Files FRC can apply license file to a template file (DPD or DCD) during offline editing. This DOES NOT activate a feature but allows access to new configuration fields that may pertain to a licensed feature.

  • Page 35: How To Clone A Vr

    VR Programming Guide How To Clone a VR Cloning a VR involves applying a common set of field values to multiple VRs enabling faster configuration of equipment. DPD or DCD templates can be used for this purpose. The basic steps involve: 1.
  • Page 36 8G093X01 R5 VR Programming Guide 4. Write to VR: Select Repeater → Save Changes to APX Repeater 5. Click SAVE and changes are applied to VR → → NOTE: A shortcut is available for this process with the File DPD Files (Templates) Apply DPD to APX Repeater.

  • Page 37: Using Frc Off-Line

    If a template file is missing some configurable fields, it may have been created while connected to a VR with an older firmware version prior to the introduction of those fields. To update the template file, perform the following steps: 1.

  • Page 38: Applying Firmware To Vr

    8G093X01 R5 VR Programming Guide Applying Firmware to VR The VR firmware can be flash upgraded/downgraded in the field by following the simple instructions below: 1. Power up the VR. 2. Create a ‘Firmware’ folder on your computer 3. Download the selected Firmware upgrade file from the Futurecom website.
  • Page 39 8G093X01 R5 VR Programming Guide 9. Ensure no other program is trying to use the same USB port. 10. Select File→Open and specify the location of the DVRFirmware.cfg file in the ‘Firmware’ folder 11. Press the ‘Download’ button to start the downloading process.
  • Page 40 8G093X01 R5 VR Programming Guide 12. Observe the Application messages and progress. Wait until the download is completed 100% successfully. August 2022 Page 40 of 144...

  • Page 41: Upgrading Firmware

    Upgrading Firmware Migration from lower to higher version 1. Follow the steps above Applying Firmware. 2. Read VR using FRC 3. FRC will detect that new firmware is running and convert the EEPROM map. User sees this prompt 4. Will cover the sequences & screenshots in different comment sections for the case of "Create support backup file"...

  • Page 42: Downgrading Firmware

    1. See earlier section on the sequences & screenshots for the case of "Create support backup file" and "Cancel" 2. Click Proceed to continue 3. User will be prompted to ensure VR is powered on during the conversion process August 2022 Page 42 of 144...
  • Page 43 8G093X01 R5 VR Programming Guide 4. Click "OK" to proceed 5. FRC will start the conversion process, user will see screens opens & closes as configuration data being converted 6. Upon completion, FRC will shows the normal screen selection panel...

  • Page 44: Vr Programming Guidelines

    PSU type, firmware and programmed personality • System infrastructure To enable a given VR feature, all the above components must be adequately setup and matched to support it. IMPORTANT! Changes to any of the personality templates may require corresponding adjustments to the personality templates of the rest of the system components.

  • Page 45: Additional Cps Programming For Vr

    8G093X01 R5 VR Programming Guide Additional CPS Programming for VR There are several VR related fields located throughout CPS. These fields are divided into three groups: • Basic Programming- fields required to enable VR operation with MSU • Features- fields that enable/disable features •...

  • Page 46: Vr Feature Programming

    CPS MSU Programming Comments Details AVRA Automatic activation Radio Ergonomics Configuration → Controls → Radio VIPs → of VR by external General → Input Feature→ logic wired to MSU VIP input DVRS Activation Additional FRC Configuration: Hardware Setup → Use VIP on Ctl Head →...
  • Page 47 Mode DVRS Configuration → DVRS LOCAL Outbound FNE Call Profiles → Profile ‘X’ → General REPEAT/FALLBACK Repeat when VR in → Local Mode → Outbound Local Mode System Repeat in Local Mode DVRS Configuration → DVRS ‘Outbound System MSU Mic PTT Profiles →...

  • Page 48: Vr Fine Tuning

    Trunking system, the MSU must be configured for packet data operation and must be context activated on the system. MSU Scan Programming Requirements The MSU Scan feature is allowed while the VR is active (System or Local Mode) if the MSU Scan type is configured as one of the following: •...

  • Page 49: Exporting Msu Data (.Xml File)

    8G093X01 R5 VR Programming Guide Exporting MSU data (.xml file) Once the MSU is programmed for DVRS operation, the data needs to be exported by using the Motorola CPS “DVRS Export” option in the Codeplug menu. The standard CPS Export Data option cannot be used for DVRS programming purposes.

  • Page 50: Programming The Psus For Dvrs Operation

    ‘DVRS’ Tab. Alternatively the PSU can be programmed with just one (or a few TG IDs) and TG translation can be enabled in the VR so that the PSU TG ID is always translated to the ID of the TG selected on the MSU control head.

  • Page 51: Apx Series 'Dvrs Enabled' Psus

    PSU mode in the Zone Channel Assignment listing. Alternatively, the PSU can be programmed with just one (or a few TG IDs) and TG translation can be enabled in the VR so that the PSU TG ID is always translated to the ID of the TG selected on the MSU Control Head.

  • Page 52: Programming Of The P25 Xts Psu (Generic P25 Or 'Dvrs Enabled') For Inbound Digital Takeover

    VR Programming Guide NOTE: TG ID 1 can be added to the VR Translation tables so that PSU calls coming from Generic P25 ‘DVRS PSUs (with TG ID 1) will be translated to the TG ID currently selected on the MSU, while Enabled’...

  • Page 53: Feature Programming

    VR Programming Guide Feature Programming How to Program GPS Driven Deactivation Feature Step 1: Ensure GPS Feature license has been purchased and applied to VR. Step 2: Determine how feature will be used (Scenario) 1. GPS Deactivate Only Speed only...
  • Page 54 Step 6: Be sure to test VR operation before implementing VR wide. Refer to Primary / Secondary Feature Document for details on this feature. Refer to VR Functional Description: GPS Driven Deactivation for details on this feature. August 2022 Page 54 of 144...

  • Page 55: How To Program Nac Linking Feature

    VR Programming Guide How to Program NAC Linking Feature Step 1: In the Repeater Channel Setup window, select the desired option for the VR channel under the NAC Linking field. (scroll to far right). Step 2: Use FRC copy data feature to quickly apply the same configuration any additional channels.

  • Page 56: How To Program Tps Signaling

    8G093X01 R5 VR Programming Guide How to Program TPS Signaling FRC – VR Programming Step 1: Open Repeater Channel Setup window Step 2: Set Channel Type to TPS Step 3: Set PL and NAC values to match with PSU programming: Rx PL(Hz), Tx PL(Hz), PL STE(deg.), Rx NAC(h), Tx NAC(h)

  • Page 57: How To Program Talkgroup Matching

    8G093X01 R5 VR Programming Guide How to Program Talkgroup Matching FRC - VR Programming Step 1: Open the Digital Setup window. Step 2: Check the Enforce TG Matching field. Additional Notes The PSU displays “TG mismatch” when this feature is enabled and the PSU talkgroup does not match the MSU talkgroup.

  • Page 58: How To Program Talkgroup Proxying

    Each record will have same Rx/Tx frequency info ASTRO Talkgroup ID → select the appropriate PSU talkgroup for each ▪ record Step 3: Update the Zone Channel Assignment • Add a new VR channel record for each PSU talkgroup August 2022 Page 58 of 144...

  • Page 59: How To Program Talkgroup Translation

    PSU channel, and then enter menu to select talkgroup. How to Program Talkgroup Translation FRC - VR Programming Step 1: Open the Digital Setup window. Step 2: Confirm that the Enforce TG Matching field is unchecked.
  • Page 60 Generic (Non-DVRS Enabled) PSUs: When not configured for conventional talkgroup operation, P25 PSUs use talkgroup ID 1 by default when transmitting. If TG ID 1 is added to the VR Translation table, then PSUs transmitting TG ID 1 will be translated to the talkgroup selected on the MSU.
  • Page 61 PSU channel, and then enter menu to select talkgroup. Talkgroup Translation Table When the local PSU transmits on a TG that is in the VR Translation table, the call will be transmitted on the TG currently selected on the MSU control head. The local PSUs must be programmed with Normal squelch or NAC=F7E to be able to receive outbound (system) or MSU Mic PTT calls when TG Translation is enabled.

  • Page 62: How To Program Unit Id Translation

    8G093X01 R5 VR Programming Guide How to Program Unit ID Translation FRC- VR Programming Step 1: Open the Digital Setup window. Step 2: Confirm that the Enforce TG Matching field is unchecked. Step 3: Open the Repeater Channel Setup window.

  • Page 63: Frc Window And Field Definitions

    VR Mode to the selected TG. ‘None’ → this selection assumes no specific VR Mode is linked to the TG. The VR stays in the last mode or the Mode associated with the VR Channel. ‘Local’ / ‘System’ → This selection...
  • Page 64 This field will be marked red (invalid) if it: • Points to MSU channel, which TG Mode is "Disabled" • Points to a ‘VR Disabled’ zone and channel • Points to an MSU channel, which does not have the current VR channel in the list of allowed VR channels Repeater Channel Setup →...

  • Page 65: Options

    Programming Default and ● placed into programming mode recommended setting is Mode for MSU ‘Yes’. whenever being programmed. When set to ‘No’ the MSU is still fully functional while the VR is being programmed. August 2022 Page 65 of 144...

  • Page 66: Repeater Setup

    Repeater Configurator (FRC) program reports any obvious errors and does not allow invalid data to be saved to the VR, however, not all inconsistencies can be reported by the FRC. Successful DVRS programming requires thorough understanding of the VR, MSU and PSU programming, as well as specific User/System requirements.
  • Page 67 ¤ RM-OTAP Disabled License required to enable Over OTAP required to enable this the Air Programming functionality feature. Refer to VR Ordering Guides Enabled / Showing the status of the Feature Feature License - PSU Conventional Disabled license required to enable PSU...
  • Page 68 8G093X01 R5 VR Programming Guide ‘Tier’ level of the VRX1000 indicates the features sets supported by the VRX1000* Tier Order Option VRX1000 Feature sets supported Tier 1 N.A. Enabled by default on any VRX1000 model and supports the (Included with...

  • Page 69: Hardware / Software Info

    8G093X01 R5 VR Programming Guide Hardware / Software Info This screen is for information only and it displays the firmware revisions, model and serial number of the VR. Update Info This screen is for information only Field Name Options /...
  • Page 70 Feature License - RM- Configuration the last DCD file sent via OTAP required to enable from MSU RM-OTAP this feature. Refer to VR Ordering Guides for order code Reload OTAP Command button to apply Feature License - RM- Firmware from...

  • Page 71: Personality Data

    8G093X01 R5 VR Programming Guide Personality Data This section covers the VR channels setup along with the features set required for the various operation scenarios. Repeater Channel Setup Window Field Name Options / Units Description Notes VR Channel Number –...
  • Page 72 Interconnect Calls. Phone VR can be transmitting before calls have a separate CTT its Tx function is disabled. If the programmed in the Digital CCT is set to 0 (OFF), the VR Setup window. operates in continuous duty mode. August 2022...
  • Page 73 Tx RSSI -110 to -60 (-100) dBm When a Secondary VR detects Thr. a request for VR repeat and it does not detect any Heart Beats coming from the current Primary VR, the Secondary VR checks for activity on its Tx...
  • Page 74 Primary, on stand-by. If a HB is detected but its level is below the programmed ‘Rx RSSI Th’ the VR will stay a Primary and send its HB. If it detects RF activity on the Rx frequency, the Primary VR will postpone...
  • Page 75 The VR disregards the programmed RX PL / DPL and repeats all traffic to the System. If enabled (set to ‘Yes’) the VR steering does not change when emergency has been declared. Enables (‘Yes’) or Disables Steering Applicable to Analog VR (‘No”) MSU revert to the...
  • Page 76 CPS for “DVR Sync NAC linking capable PSUs are Matching” field. detected Once downgraded, VR would handle both types of PSUs by using default/programmed Rx/Tx NACs. NAC Linking operation will automatically resume on subsequent VR activation (VR...

  • Page 77: Mode Change

    Mode Change of VR by Local PSU Remote Talkgroup Steering allows local PSU user to remotely change the TG / channel currently selected on the MSU by sending a call alert / page to the VR (using the VR ID) and transmitting a specific NAC.

  • Page 78: Remote Mode Change Of Vr By Dispatcher / System Psu

    SYSTEM, LOCAL). Only the dispatcher console can interpret those status messages: DVR MODE STATUS VALUE LOCAL SYSTEM Dispatcher can’t force a non-primary VR to become a primary and can’t activate a VR when a ‘VR Disabled’ mode is selected on the control head. August 2022 Page 78 of 144...

  • Page 79: Mobile Radio Channel Setup

    MSU interfaced to the VR. The VR must be ‘made aware’ as to which TGs are ‘DVR Enabled’ and which are ‘DVR Disabled’. The VR can be used only on the MSU modes listed in the Mobile Radio Channel Setup screen accessible via Futurecom Repeater Configurator.
  • Page 80 Motorola File” process. Revert marked red (invalid) if • Points to MSU channel, which TG Mode is "Disabled" • Points to a ‘VR Disabled’ zone and channel • Points to an MSU channel, which does not have the current VR channel...
  • Page 81 Items Emergency and • Points to an MSU channel, which does not subsequent have proper set of VR channels in the list of Emergency allowed VR channels (Emergency Revert MSU communications! channel must have all VR channels that the originating MSU channel has) Entering ‘0’...
  • Page 82 (checked) the pass through of the field applies only to: • PSU PTT ID through Analog PSU using Analog or Mixed VR the VR. channels • If disabled, the MSU ID Enhanced PSU using Mixed or Forced Analog will be sent instead.
  • Page 83 8G093X01 R5 VR Programming Guide Field Name Range Description Notes Refer to the “Remote VR Activation and Steering Steer. NAC 0 to FFF Hex number used for remote change of MSU by PSU Call Alert (Page)” section in VR TG / channel. Must...
  • Page 84 VR channel per restrictions limits defined by this field and VR Ch. List. Applicable only if the “VR Ch All Alwd” field is set VR Ch. List 0 to max # Enables the selection to “No”.
  • Page 85 ‘Status’ received from System the P25 PSU to the MSU without any Non MSI 1 change. ‘Non MSI 1’ The VR adds 1 to ‘Status’ Non MSI 2 received from the P25 PSU and forwards the incremented ‘Status’ to Non MSI 3 the MSU.
  • Page 86 After programming the APX MSU DVRS operation and exporting the XML file using the Motorola CPS, the data needs to be imported into the VR by using the Import → Motorola file function of the Futurecom Repeater Configurator. Any change to the MSU programming may require exporting and importing of a new XML file to update the VR programming personality to match that of the MSU.

  • Page 87: Hardware Setup Window

    8G093X01 R5 VR Programming Guide Configuring the Mobile Radio Channel Settings in the VR Hardware Setup Window Field Name Range Description Notes 2 to 20 (5) dB Sets the RSSI CAS OFF threshold Hysteresis in dB below the RSSI CAS ON Threshold (see Repeater Channel Setup window).
  • Page 88 Only applicable if AVRA Function can be set to one of the following: is Enabled. Activate / ‘Activate Only’ → Once the VR is The ‘Activate / Deactivate Deactivate’ setting is ON it can not be switched OFF via Toggle the AVRA trigger.
  • Page 89 VR Programming Guide Field Name Range Description Notes Input Active High Defines the VR ON / OFF trigger Applicable when the VR Polarity Active Low polarity when an external switch is ON / OFF activation wired to pin 1 of the DB15...
  • Page 90 GPS confirmation. and GPS Driven Deactivation is configured for “AVRA followed by GPS”. Primary / None / When a Primary VR is moving For this field to be Secondary Stationary within a GPS Driven Deactivation available, there must be a Preference...
  • Page 91 0.5V above the programmed threshold, a ‘BATTERY LOW’ Alarm warning will be displayed, and the VR will send warning tones to the portables over the air. If the voltage drops below the programmed level, the VR is disabled and ‘BATTERY LOW’...

  • Page 92: Msu Data

    Set to Disable during calibration. Tactical Enable / Disable If a VR is to be used as a tactical A Tactical VR model Check box repeater (without any mobile radio requires a different Power interfaced to it) this field must be cable that allows the VR set to Enable.

  • Page 93: Psu Ids Allowed

    DVRS. If analog portables are used and MDC ID pass through is required, then the PSU MDC ID must be enabled on the System and included in the PSU ID Data list of the VR. By default, the range is set to ‘0’ to ‘- ‘, which means that all PSU IDs are allowed to talk through the DVRS. This screen is Password protected.

  • Page 94: Analog Setup

    Enables (checked) or Disables Affects Analog VR Mode (unchecked) (unchecked) the Trailing Tones when used with Trunked sent by the VR to the Local PSUs MSU mode only. The to indicate state of the tones are heard by all transmission.
  • Page 95 Notes Set to 200 ms more than MDC ‘System Pretime’ programmed in PSU. If set to 390 ms or less, the VR will If the PSU MDC ‘System wait for MDC signaling to be Pretime’ is set to 50ms, decoded before proceeding. If...
  • Page 96 Primary repeat and deciding if fallback is needed. MSU MIC PTT will key up both the VR and the MSU. Defines the analog audio buffer, which prevents the loss of audio at the beginning of transmission while...
  • Page 97 100 outbound call is received 002, an ID of 2 is sent to the PSU. with an ID above the MDC ID limit, the VR will send an ID of 1 to the PSU. Outbound Enables (checked) or Disables...

  • Page 98: Vr Common Setup

    Local Mode when Fixed Power up option is selected. Typical recommended setting is OFF. If set to ‘Disable’ the VR reverts to the last used Channel 0 to max. Specifies the value Default VR Power channel upon power up. programmed up Channel.
  • Page 99 Range Description Notes If the VR is not Outbound calls, received by the MSU and repeated active (does not by the VR will not reset the timer. receive any local PSU calls) for the programmed period, it will automatically 0 to 120 (0)
  • Page 100 This option is related to ‘MSU *DVR / DVR-LX ONLY field System PTT in In single VR user applications this option could be Local Mode’ option used to disable local repeat and prevent audio in the MSU CPS feedback from MSU Mic and LPSU when the user is...
  • Page 101 Determines the VR This timer also determines the maximum number of Channel (2000) ms wait time for the retries that will be made by the VR to acquire a Acquisition system grant system channel. These retries are sent every Time...
  • Page 102 8G093X01 R5 VR Programming Guide Field Name Range Description Notes If set to ‘MSU ID’ the VR will assume the ID of the 0 to Specifies the ID of ¤ This VR ID 16777215 the VR, which is currently interfaced MSU.
  • Page 103 *Mic audio always goes to N/A* Always local PSUs regardless of FRC field configuration Table 4 - Field Interactions Determining VR Mode on Power Up FIELD: Rptr Independent FIELD: VR Activation VR Mode on Power Up is Channel Change via MSU Mode Change...

  • Page 104: Msu Interface Setup

    0 to 15 (5) to the System upon receiving an Emergency Alarm from the PSU. Fast Retries Timer Amount of time the VR will wait for 500 to 1500 a response from Trunking system (750) ms to a previous request.

  • Page 105: Emergency Setup

    When ANI-5 Tones is selected, the PSU must be programmed to transmit 4 Tones followed by B - for example 1234B. The Emergency Ack sent by the VR to the PSUs will be the same tones followed by A i.e. 1234A. Display PSU...
  • Page 106 FG Emergency Local Determines the routing of Applicable to VR channels Destination System Emergency message received by which have FG signaling Both the VR from a Local PSU on a FG enabled. enabled VR channel. August 2022 Page 106 of 144...
  • Page 107 YES - While in Emergency Call mode and analog PSUs State, if 'Block Emergency Call only. State' is set to 'YES', VR would forward all calls received from the If emergency alarm or call analog PSUs without leading PTT was declared by an analog...
  • Page 108 VR Enables / Disables the sending of depending on its Portable Ack Enable / Disable low level Ack by the VR to the PSU programming – VR Ack / Required Check box upon receipt of an Emergency Site (FNE) Ack or Console Alarm.

  • Page 109: Tone Setup

    If no custom tones are programmed, the VR will send the default sets of tones. NOTE: The tones sent by the VR in analog mode are heard by all analog PSUs, which are tuned to the same VR channel and are within the VR RF coverage area.
  • Page 110 If a telephone call between a local PSU Interconnect CCT minutes and the Trunking system is processed by a given VR and the call exceeds the programmed timer, the call will be automatically disconnected. This timer applies to phone calls only.
  • Page 111 0 to 255 (10) sec This timer determines the VR Mode Applicable to Mixed Hold Timer Hang Time. If VR receives a call from Mode VR Channels an Analog PSU, the VR will stay in only. When a Mixed Analog mode until this timer expires.
  • Page 112 PSU and sends a the System deregistration request to the system. Adaptive Power Check box If this box is checked the VR sends P25 Extends the battery Control Enabled (unchecked) messages to the Local PSUs to adjust life of the XTS / APX ‘DVRS...
  • Page 113 On Simplex VR channel, when Talkaround (TA) upon no DVRS communication is enabled in the PSU programming, consider disabling Duplicate ID detection from Generic PSU voice call on VR by setting Declare Duplicate ID condition after N Generic PSU calls to Disable. •...
  • Page 114 Duplicate IDs warning will remain alternating on display until VR is powered down / restarted • VR keeps the warning even after VR is deactivated (VR mode is changed to OFF). This allows user to drive back to the station and report duplicate ID incident to communication personnel.

  • Page 115: Primary / Secondary Setup

    Channel Types except for Analog checked Status Checkbox If this box is checked the Only accessible for (unchecked) VR will always be forced Digital channels if into Permanent Primary Primary/Secondary Processing → All VR State. Channel Types except Programming more than for Analog checked.

  • Page 116: Vrs-Ep Options

    Primary/Secondary feature Standby PP → Standby PP → determines the Primary unit. Secondary Active PP VR never operates as a Permanent Unchecked Unchecked Primary. VRS-EP Options This Vehicle Repeater System with Enhanced Protocol (VRS-EP) section only applicable for VRX1000. August 2022...
  • Page 117 Enable / Disable When enabled, the non-Priority Analog Affects half duplex Check box VR (AVR) will wait extra 300ms for the AVRS voting when MSU of the Priority AVR to repeat the Base Repeater is Local PSU inbound call to the Base present.
  • Page 118 8G093X01 R5 VR Programming Guide Field Name Range Description Notes Repeater PPI Enable / Disable When enabled, the AVR periodically Repeater PPI is used to Check box interrupts its transmission during give priority to LPSU outbound call repeat to check for LPSU inbound calls over activity.
  • Page 119 8G093X01 R5 VR Programming Guide Field Name Range Description Notes Access PL [Hz] Used only if Steering is Disabled. Sets the AVR Rx PL. The LPSUs must have a matching Tx PL programmed in order to be able to access the AVR.

  • Page 120: Vrs-Ep Tables

    This Vehicle Repeater System with Enhanced Protocol (VRS-EP) section only applicable for VRX1000 when VRS-EP Compatible Mode Enabled is selected. Field Name Range Description Notes Mode Steering Selects the Analog VR (AVR) Steering Duplication of the same setting on the ‘VRS-EP mode as follows: ‘Disabled’ = No steering. Options’ screen Disabled ‘Tx Only Steering’...

  • Page 121: Maintenance Screens

    The Configurator’s Monitoring Screen is provided to assist the field technician with VR setup and troubleshooting. The VR RSSI Setup screen is provided to assist the users with optimizing the voting algorithm parameters by creating a typical real-life scenario for VR operation and running some automated VR tests.
  • Page 122 Displays the state of input as interpreted for AVRA (Active or Inactive) and as Input interpreted for Primary/Secondary Preference (Stationary, Motion or N/A) Displays the VR Tx Power (in dBM) when the VR transmitter is keyed up. Displays the VR Tx Power (in W) when the VR transmitter is keyed up. Mobile RUS Indicates when the Mobile radio is receiving a valid signal (Active or Idle).

  • Page 123: Ber Test Setup

    BER Test Setup The following is required to be able to measure BER on the Futurecom Repeater Configurator Monitoring Screen: 1. Connect a Radio Communication Testset or equivalent to the VR Antenna port and set it up as described below: •...

  • Page 124: Rssi Setup

    VR Programming Guide RSSI Setup The VR RSSI Setup screen is provided to assist the users with optimizing the voting algorithm parameters by creating a typical real-life scenario for VR operation and running some automated VR tests as described below.
  • Page 125 Margin due to varying RF conditions. Set Test Mode Sets the VR in auto test mode to carry out RSSI On Level Test, Busy Lock. Thresh. Test & Primary Range Test. In Test mode the VR displays this "Warning 2000" on the control head.
  • Page 126 Threshold levels for the desired coverage VR power settings; area. power settings are not varied during the Test involves a primary VR and a remote test. PSU located at the boundary of the desired coverage area. The remote PSU transmits a known signal...
  • Page 127 Threshold. If the test fails for the upper limit, move the secondary VR away from the primary and if the test fails for the lower limit, bring the secondary VR closer to the primary. August 2022 Page 127 of 144...

  • Page 128: Setting Up The Rssi On Range

    8G093X01 R5 VR Programming Guide The RSSI setup screen is used to assist with the setup the following VR parameters on a per channel basis: • RSSI ON threshold • Busy Lockout Threshold • TX RSSI Threshold • Rx RSSI Threshold...

  • Page 129: Setting Up The Voting Parameters (Primary / Secondary Range)

    DVRS 1 – VR with Futurecom Repeater Configurator running and RSSI Setup screen open DVRS 2 – VR parked at the desired edge of DVRS 1 Primary Range i.e., if DVRS 2 moves any farther it should also become a Primary.

  • Page 130: Troubleshooting

    Troubleshooting Software / Programming Related Problems Most of the VR Programming problems are caused by mismatched MSU, VR and portable radio templates. Note that any updates to the MSU or the PSU templates may require corresponding changes to be made in the VR template.
  • Page 131 Please check Futurecom website for Compatibility Chart. NOT ALLOWED Displayed when VR is in Off mode and user attempts to set as Permanent Primary. VR must be in System or Local Mode. Displayed after long pressing the DVRS button when user attempts to set VR as Permanent Primary and control not configured.
  • Page 132 TG IDs are not used for Translation. VR ERROR and RC ERROR Turn the VR off and then back on. If it does not correct the condition, XXXX or RF ERROR XXXX note the exact error code and contact Futurecom to obtain an RMA (Alternating) and shipping instructions.

  • Page 133: Multiple Issues When Using Dvrs With Tdma

    VR are within the filtering specifications as indicated on the duplexer and in-band filtering labels. Ensure the VR is only enabled on MSU Modes using the frequency plan for the specific VR Model. Multiple issues when using DVRS with TDMA* Symptom 1: A TDMA talkgroup is configured for “interrupt never”...

  • Page 134: Appendix 1 - Vr Status Display

    VR is in a Secondary State Flashing Secondary VR Receiving Flashing VR is in a Permanent Primary State Steady VR is in a Permanent Primary ‘On Standby’ State (there is another Permanent Primary already present in the Flashing area) Permanent Primary VR Receiving Steady...

  • Page 135: Appendix 2 - Grant Timeout Timer

    8G093X01 R5 VR Programming Guide Appendix 2 – Grant Timeout Timer Motorola Solutions Technical Notification (MTN-0053-18-NA) TITLE: Multiple issues when using DVRS with TDMA TECHNOLOGY: DVRS (digital vehicular repeater system) SYMPTOMS: Symptom 1: A TDMA talkgroup is configured for “interrupt never” operation. A call on this TDMA talkgroup is in progress from a portable subscriber unit (PSU) through the DVRS to other radios.

  • Page 136: Appendix 3 - Icon Legend

    8G093X01 R5 VR Programming Guide Appendix 3 – Icon Legend Icon Title Description Font Allows selecting font type, style, size, colour, and effects Application Reset Clears all data in the application memory Com Port Log Contains communication between FRC and repeater –...

  • Page 137: Appendix 4 - Cps Vr Related Programming

    8G093X01 R5 VR Programming Guide Appendix 4 – CPS VR Related Programming CPS → Radio Ergonomics Configuration → Controls Sub Menu Field Reference General → Feature Control Head Feature Programming - ICM General → Conventional Selected Menu Items Menu Items...
  • Page 138 CPS → Trunking Configuration → Trunking Personality ‘Y’ Sub Menu Field Reference General → DVRS Profile Selection VR BASIC PROGRAMMING PSU VR RELATED PROGRAMMING CPS → Conventional Configuration → ASTRO Talkgroup List Sub Menu Field Reference Talkgroup List Talkgroup Proxying Talkgroup Translation CPS →...
  • Page 139 8G093X01 R5 VR Programming Guide CPS → Conventional Configuration → Conventional Personality Sub Menu Field Reference Signaling → ASTRO → ASTRO Rx Unmute Rule ASTRO Talkgroup → Talkgroup Talkgroup Proxying ASTRO Talkgroup → Talkgroup List Talkgroup Translation ASTRO Talkgroup → Selection Type Frequency Options →...

  • Page 140: Glossary

    Acknowledgement of communications. Automated VR Activation. VR Option which permits automated activation of the VR by either using a VIP input on the MSU CH / AVRA DEK or a pin on the VR Auxiliary cable. Requires external logic / switch, not provided with the VR hardware.
  • Page 141 ‘DVRS Enabled’ selected on the MSU. Applicable only to PSUs. P25 Message periodically sent by a Primary VR to other VRs during Heart Beat Primary / Secondary processing. Hang Up Box – refers to the MSU Microphone being on hook or off hook.
  • Page 142 A group of radio users who communicate with each other by using Talkgroup the same communication path. Feature where the PSU talkgroup is translated by the VR to match Talkgroup Translation the currently selected MSU talkgroup. The automatic sharing of radio frequencies by large number of users...

  • Page 143: Reference

    Futurecom Website → Products → DVR-LX - Digital Vehicular Repeater → DVR-LX Ordering Guide Futurecom Website → Products → DVR - Digital Vehicular Repeater → DVR Ordering Guide Futurecom Website → Products → VRX1000 - Digital Vehicular Repeater → VRX1000 Ordering...

  • Page 144: Contact Information

    Contact Information Technical Support 905-660-5548 support@futurecom.com Orders Please contact Motorola / Drop Ship Return Authorizations 1-800-701-9180 Head Office and Manufacturing 3277 Langstaff Rd Concord, Ontario L4K 5P8 Canada 905-660-5548 1-800-701-9180 Subscribe to our newsletter to be informed about new releases and updates.

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