Manuals+

Bolero 3.1 User Manual

Next Generation Wireless

Model: 03-000HB01EG-F10

Copyright © December 2022 Riedel Communications GmbH & Co. KG. ALL RIGHTS RESERVED.

This manual may not be copied, in whole or in part, without the written consent of Riedel. Every effort has been made to ensure accuracy, but Riedel is not responsible for printing or clerical errors. All trademarks are the property of their respective owners.

Compliance Statements

FCC Compliance: This device complies with Part 15 of the FCC Rules. Operation is subject to two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at his own expense.

Changes or modifications made to this equipment not expressly approved by Riedel may void the FCC authorization to operate this equipment.

Radiofrequency radiation exposure Information (for the Beltpack): For body worn operation, this equipment has been tested and meets the FCC RF exposure guidelines when used with Riedel accessories supplied or designated for this product. Use of other accessories may not ensure compliance with FCC RF exposure guidelines.

Radiofrequency radiation exposure Information (for the Antenna): This equipment complies with FCC and IC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance of 20 cm between the radiator and your body. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

Industry Canada Compliance (French): Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions suivantes: (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement.

Industry Canada Compliance (English): This device complies with Industry Canada licence-exempt RSS standard(s).

Industry Canada Compliance (French): Cet équipement est conforme aux limites d'exposition aux rayonnements IC établies pour un environnement non contrôlé. Cet équipement doit être installé et utilisé avec un minimum de 20 cm de distance entre la source de rayonnement et votre corps. Ce transmetteur ne doit pas être placé au même endroit ou utilisé simultanément avec un autre transmetteur ou antenne.

Japanese Radio Law Compliance: This device is granted pursuant to the Japanese Radio Law and the Japanese Telecommunications Business Law. This device should not be modified (otherwise the granted designation number will become invalid).

Brazilian Homologation (Portuguese): Beltpack: Este produto está homologado pela Anatel, de acordo com os procedimentos regulamentados pela Resolução nº 242/2000 e atende aos requisitos técnicos aplicados, incluindo os limites de exposição da Taxa de Absorção Específica referente a campos elétricos, magnéticos e eletromagnéticos de radiofrequência de acordo com as Resoluções nº 303/2002 e 533/2009. (930322)

Taiwan NCC Warning Statement

EU Guidelines Compliance: The device conforms to the following EU guidelines as attested by the CE mark: • EMV (EMC) 2014/30/EU • NSR (LVD) 2014/35/EU • RTTE (RED) 2014/53/EU

Standards: EN 300 328 V1.9.1 / ETSI EN 300 328 V2.0.20, EN 300 330 V1.8.1 / ETSI EN 300 330 V2.1.0, EN 301 406 V2.2.1, EN 301 489-1/-3/-6/-17, EN 55022, EN 55024, IEC/EN 60950-1, IEC 62368-1, ARIB STD-T66, ARIB STD-T101

Australia Warning: This equipment is compliant with Class A of CISPR 32. In a residential environment this equipment may cause radio interference.

Singapore Compliance: Complies with IMDA Standards DB105184

Taiwan Compliance: Complies with BSMI Standards

Model Numbers:

  • YFJANT101019 (Bolero DECT Antenna / BL-ANT-1010-19)
  • YFJBPK100619 (Bolero DECT Beltpack / BL-BPK-1006-19)
  • YFJANT100824 (Bolero 2.4GHz Antenna / BL-ANT-1008-24)
  • YFJBPK100624 (Bolero 2.4GHz Beltpack / BL-BPK-1006-24)
  • YFJBPK100424 (Bolero 2.4GHz Beltpack / BL-BPK-1004-24)
  • 8706A-ANT101019 (Bolero DECT Antenna / BL-ANT-1010-19)
  • 8706A-BPK100619 (Bolero DECT Beltpack / BL-BPK-1006-19)
  • 8706A-ANT100824 (Bolero 2.4GHz Antenna / BL-ANT-1008-24)
  • 8706A-BPK100624 (Bolero 2.4GHz Beltpack / BL-BPK-1006-24)
  • 8706A-BPK100424 (Bolero 2.4GHz Beltpack / BL-BPK-1004-24)

Australia/New Zealand Standard: Any device that connects to the data ports must comply with clause 4.7 of AS/NZS 60950.1

1 Preface

Thank you for choosing a Riedel product. This PDF document provides detailed information about the Bolero system, pin outs, mechanical and electrical data. For further information, please refer to the Riedel Website or contact your local distributor or the Riedel headquarters in Wuppertal.

NOTICE: This manual, as well as the software and any examples contained herein are provided "as is" and are subject to change without notice. The content of this manual is for informational purpose only and should not be construed as a commitment by Riedel Communications GmbH & Co. KG or its suppliers. Riedel Communications GmbH & Co. KG gives no warranty of any kind with regard to this manual or the software including, but not limited to the implied warranties of merchantability and fitness for a particular purpose. Riedel Communications GmbH & Co. KG shall not be liable for any errors, inaccuracies or for incidental or consequential damages in connection with the furnishing, performance or use of this manual, the software or the examples herein. Riedel Communications GmbH & Co. KG reserves all patent, proprietary design, title and intellectual property rights contained herein, including, but not limited to, any images, text, photographs incorporated into the manual or software. All title and intellectual property rights in and to the content that is accessed through use of the products is the property of the respective owner and may be protected by applicable copyright or other intellectual property laws and treaties.

1.1 Information

Symbols: The following tables are used to indicate hazards and provide cautionary information in relation to the handling and use of the equipment.

SymbolDescription
!Danger: Indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury. The highlighted line indicates the activity to prevent the danger.
!Warning: Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury. The highlighted line indicates the activity to prevent the danger.
!Caution: Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. It may also be used to alert against unsafe practices. The highlighted line indicates the activity to prevent the danger.
iThis text is for general information. It indicates the activity for ease of work or for better understanding.

Service:

  • All service has to be undertaken ONLY by qualified service personnel.
  • Do not plug in, turn on or attempt to operate an obviously damaged device.
  • Never attempt to modify the equipment components for any reason.

! All adjustments have been done at the factory before the shipment of the devices. No maintenance is required and no user serviceable parts are inside the module.

Voltage:

  • The power cable should only be connected to a properly grounded source.
  • Do not use any adapters.
  • Never bypass a ground contact.

! To reduce the risk of electric shock do not remove cover or expose the products to rain or moisture.

Voltage (Nordic/European requirement):

  • Laite on liitettävä suojakoskettimilla varustettuun pistorasiaan. (Finnish)
  • Apparatet må tilkoples jordet stikkontakt. (Norwegian)
  • Apparaten skall anslutas till jordat uttag. (Swedish)
  • Apparatets stikprop skal tilsluttes en stikkontakt med jord som giver forbindelse til stikproppens jord. (Danish)

Battery Safety: The Bolero-Beltpacks are operated with Lithium-Ion, 3.6V, 4.8Ah, 17.3Wh, 1ICP7/39/65-2 batteries. For best performance, charge the battery fully before initial use or reusing after long storage. Charge the battery at least every six months to avoid deep discharge. The Bolero Battery Pack is tested according to UN 38.3 for air transport safety.

! There is a risk of fire and burns if the battery pack is handled improperly. Do not short-circuit, dismantle, open, crush, heat above 60°C (140°F), or incinerate. Recycle or dispose of properly. Charge before initial use. Use only the specified Riedel Bolero Charger or charge via the Beltpack. Do not connect contacts to other equipment.

Further recommendations:

  • Avoid storage in direct sunlight.
  • Do not subject batteries to mechanical shock.
  • In case of a cell leaking, do not allow liquid to contact skin or eyes. If contact occurs, wash affected area with copious amounts of water and seek medical advice.
  • Do not use batteries not designed for use with the Beltpack.
  • Keep batteries out of reach of children.
  • Keep batteries clean and dry. Wipe terminals with a clean dry cloth if dirty.
  • Use the battery only for its intended application.
  • When possible, remove the battery from the Beltpack when not in use.

Environment

• Never place devices in areas of high dust or humidity.

• Never expose the device to liquids.

• If devices are exposed to a cold environment and transferred to a warm environment, condensation may form inside. Wait at least 2 hours before applying power.

Disposal: This symbol indicates that the product should not be treated as household waste. It should be handed over to an applicable collection point for the recycling of electrical and electronic equipment. By ensuring correct disposal, you help prevent potential negative consequences to the environment and human health. Recycling conserves natural resources. For more detailed information, contact your local city office.

1.2 Change History

New in 3.1

2.4 GHz Beltpacks and Antennas: The Bolero portfolio expanded with 2.4GHz Antennas and Beltpacks operating exclusively in the 2.4 GHz range. Each 2.4GHz-Antenna supports up to eight 2.4GHz-Beltpacks. Different Antenna types (2.4GHz and DECT) can be added to the same Network Space. 2.4GHz-Antennas can be configured and used like DECT-Antennas, and can even be used in the same Standalone/Link ring topology. They have the same remote power capabilities as DECT-Antennas. Beltpacks function similarly, but 2.4GHz-Beltpacks connect only to 2.4GHz-Antennas, and DECT-Beltpacks connect only to DECT-Antennas. Communication between 2.4GHz and DECT Beltpacks is possible if they are in the same Network Space or connected to the same Artist net. All Beltpack types can use the same Charger. All types of Beltpacks can be registered via NFC on all types of Antennas. OTA registration works only for Beltpacks and Antennas of the same type.

  • 'Bolero Beltpack'
  • 'Bolero Antenna'

Retransmit (Bolero-2.4GHz only): Defines the maximum number of repetitions when the signal is disturbed. (See 'Features in Detail > Web Interface > Antennas > Action Button (Antennas) > General Settings: Edit Network Space')

Frequency Hopping Mode: The frequency hopping mode must be different for multiple Bolero systems in the same radio range and using the same PTP Grand Master to avoid interference. The setting is normally done automatically. (See 'Features in Detail > Web Interface > Antennas > Action Button (Antennas) > General Settings: Edit Network Space')

Bluetooth: Not supported for 2.4GHz-Beltpacks. (See 'Features in Detail > Web Interface > Beltpacks > Edit (Beltpacks)', 'Bolero Beltpack > Main Menu', 'Bolero Beltpack > Main Menu > Bluetooth', 'Bolero Beltpack > Features in Detail > Bluetooth', 'Bolero Beltpack > Technical Specifications')

Walk Test (for 2.4GHz-Beltpacks): Displays interference level of carrier frequencies (green, yellow, orange, red) and used carrier frequencies. Also shows radio and audio error rate, and retransmitted packets. (See 'Bolero Beltpack > Main Menu > Service', 'Bolero Beltpack > Features in Detail > Walk Test')

Override & Net Override: Force Beltpack settings while the Beltpack is connected to a specific Antenna or to the Network Space. (See 'Features in Detail > Web Interface > Antennas > Action Button (Antennas) > Edit Network Space > Net Override', 'Features in Detail > Web Interface > Antennas > Edit (Antennas) > Override')

Noise Gate: Audio is forwarded only when VOX is active. (See 'Features in Detail > Web Interface > Beltpacks > Edit (Beltpacks): Microphone VOX', 'Features in Detail > Web Interface > Audio Channels > Edit (Audio channels): VOX')

Reply Feature: The Reply functionality can be adjusted for Beltpacks and Partylines in 'Standalone/AES67' and 'Standalone/Link' modes. The Reply function can be deactivated for Partylines. The Reply key can reply only to the Beltpack that last spoke into the Partyline. (See 'Features in Detail > Web Interface > Partylines > Edit (Partylines)', 'Features in Detail > Web Interface > Beltpacks > Edit (Beltpacks)')

Change Beltpack Name via Profile: In profile editing, it's possible to set names for all Beltpacks of a profile simultaneously, with an optional incremental ID. (See 'Features in Detail > Web Interface > Profiles > Edit (Profils)')

Beltpack Language: Chinese: A Chinese translation for Beltpack menus is available via the Web Interface or on the Beltpack. (See 'Features in Detail > Web Interface > Beltpacks > Edit (Beltpacks)', 'Bolero Beltpack > Main Menu > General Settings > Language')

Control Multicast IP: Bolero uses an IP multicast group for control data exchange between Antennas. This group can now be changed per Antenna. Note: All Antennas in the Network Space must use the same Control Multicast IP address for proper communication. (See 'Features in Detail > Web Interface > Antennas > Edit (Antennas)')

New Feature: Master Priority "None": A new master priority setting "None (X)" prevents certain Antennas from becoming the radio master if the actual master is unreachable, avoiding isolated "one-Antenna network spaces". (See 'Features in Detail > Web Interface > Antennas > Edit (Antennas) > General')

Web Interface Improvements:

  • Copy Configuration to Profile: Save current Beltpack configuration as a profile, overwriting or creating new profiles. (See 'Features in Detail > Web Interface > Beltpacks > Action-Button (Beltpacks)')
  • Device Description: Add a description to Antennas or IO devices. (See 'Features in Detail > Web Interface > Antennas > Edit (Antennas)', 'Features in Detail > Web Interface > Antennas > Info (Antennas)', 'Features in Detail > Web Interface > IO Devices > Edit (IO-Devices)', 'Features in Detail > Web Interface > IO Devices > Info (IO-Devices)')
  • Highlighting configuration changes: Changed settings are now highlighted in all configuration views.
  • Antenna information view: A reduced view of Antenna information is displayed for unassigned Antennas.
  • Advanced Radio Monitoring: Measurement data can be retrieved via the Action Button of the Antenna or Beltpack, displayed directly in the browser. (See 'Features in Detail > Web Interface > Antennas > Action Button (Antennas)', 'Features in Detail > Advanced Radio Monitoring > Antenna Radio Scanner', 'Features in Detail > Web Interface > Beltpacks > Action Button (Beltpacks)', 'Features in Detail > Advanced Radio Monitoring > Beltpack Radio Monitoring')

PTP Grandmaster Selection: New chapter describing PTP grandmaster selection. (See 'Features in Detail > PTP Grandmaster Selection')

Status Indication:

  • Bolero S-Beltpack: Status display of a firmware update via key LEDs 1+2. (See 'Bolero S-Beltpack > Firmware Update', 'Bolero Charger > Firmware Update')
  • Bolero Charger: Status display of the battery life. (See 'Bolero Charger > Status LEDs')

1.3 Package Version

This manual refers to Package version 3.1.x. The "x" indicates the bugfix version. All required firmwares are combined in one file called 'Package' for comfortable updates.

Checking the Package Version

The package version can be checked in the Beltpacks, Antennas, and the web interface:

  • Beltpack: Press and hold Menu key (>3s). Navigate: Service > Information > Beltpack. The upper line shows the Package Version.
  • Antenna: Push any key to open the menu. Navigate: Information > System Info. The fourth line shows the Antenna's Package version.
  • Web Interface: Enter the IP address of a Bolero Antenna in a web browser. Click the settings symbol. Choose Firmware Manager. Enter the 'Admin PIN'. The right column shows the Firmware Package versions of all Bolero Antennas within this Net.

1.4 About Bolero

Bolero Wireless Intercom: The Riedel Bolero Wireless Intercom system is a digital, easy-to-use, full-duplex communications solution for broadcast, security, industrial, theater, sports, and cultural events. It supports up to 10 Beltpacks per Antenna and up to 100 Antennas in a single deployment.

Bolero features ADR (Advanced DECT Receiver) with multiple-diversity and RF anti-reflection technology for greater RF robustness. Bolero DECT devices utilize the Digital Enhanced Cordless Telecommunications (DECT) standard. Bolero 2.4GHz devices operate in the 2.4 GHz range, providing a license-free, cellular architecture with seamless hand-over. Each Beltpack continuously monitors and automatically selects the best connection to an Antenna.

Bolero integrates fully with Riedel's Artist Matrix. Features like "Touch&Go" Beltpack registration, versatile operation as a wireless Beltpack, a wireless keypanel, and an industry-first walkie-talkie function push it beyond existing wireless intercom solutions.

Integrated/Artist: Leverages the Artist ecosystem, including SmartPanels and extensive I/O connectivity, running over a standards-based SMPTE 2110-30 (AES67) IP network. Decentralized Antennas connect to AES67-capable switches and Artist frames with AES67 client cards, providing a fully integrated point-to-point seamless handover intercom ecosystem. Up to 250 Beltpacks per Bolero Net are supported.

Standalone/Link: Provides plug & play simplicity for smaller installations or portable deployments. Up to 100 Antennas and 100 Beltpacks can be set up and configured via a web browser without an Artist Intercom matrix, as audio mixing and control functions are handled by the Antennas. Antennas can be in a redundant ring or daisy chain topology. The optional EPS-1005 power supply powers up to five Antennas. An NSA-002A stream adapter interfaces Bolero with other intercom systems via analog 4-wire and provides GPIOs.

Standalone/AES67 (2110): Allows IP-based Bolero networks without an Artist matrix. Antennas are distributed over a SMPTE 2110-30 (AES67) IP network and connected via AES67 PoE switches. Audio mixing and control functions are handled by the Antennas. 100 Beltpacks can be accommodated per Bolero Net and configured via a web browser. An optional NSA-002A provides analogue interfacing and GPIOs.

The Bolero high-clarity voice codec provides higher speech intelligibility and more efficient RF spectrum use, supporting more Beltpacks per Antenna. The Riedel-exclusive ADR technology reduces sensitivity to multipath RF reflections, making Bolero usable in challenging RF environments.

The Beltpack features 6 buttons for intercom channels or point-to-point communications, plus a separate "Reply" button. The sunlight readable and dimmable display can be inverted. The Beltpack can be used without a headset like a walkie-talkie, utilizing an integrated mic and speaker.

Bolero DECT Beltpacks support Bluetooth 4.1 for connecting a headset or Smartphone. When a Smartphone is connected, the Beltpack acts like a car's "hands free" setup, allowing users to receive phone calls and talk/listen via their Beltpack headset. Users can also inject phone calls directly into intercom channels.

The Beltpack uses premium materials like high-impact plastics and rubber overmolds for durability and comfort. It is powered by light and powerful high-performance lithium rechargeable battery packs, which can charge inside the Beltpack or separately in the 5-bay Charger.

What is Bolero?

  • A next generation high-performance digital wireless intercom system
  • License-free, cellular architecture with seamless hand-over
  • Riedel exclusive advanced next generation receiver with multiple-diversity and RF anti-reflection technology for greater RF robustness
  • Efficient use of RF spectrum for hassle-free operation even with high channel count

Riedel Bolero – Key Features

  • 10 Beltpacks per DECT-Antenna
  • 8 Beltpacks per 2.4GHz-Antenna
  • 100 Antennas per system
  • Cellular architecture with seamless hand-over
  • License free
  • No registration headaches! Touch the Beltpack to the Antenna and GO!
  • Riedel-exclusive ADR receiver technology
  • Up to six full-duplex keys plus convenient REPLY button
  • Modern, high-clarity voice codec
  • Integrated mic and speaker for headset-free operation
  • Can be used as a Beltpack, a portable desktop keypanel, or Walkie-Talkie
  • Tough & ergonomic – Beltpack built to survive
  • Bluetooth 4.1 (only DECT-Beltpacks)
  • Weatherproof
  • Bottle opener – just in case

Integrated/Artist:

  • Seamless comms environments with Artist, SmartPanels, and extensive I/O connectivity
  • Multiple fiber-connected switch cascades for long distances
  • Antenna distribution via standards-based, decentralized, SMPTE 2110-30 (AES67) IP network
  • Extensive connectivity options including SMPTE 2110-30/31 (AES67), AES3, MADI, Dante and analogue 4-wires
  • Configuration via Director, Artist's powerful configuration tool
  • 500 conferences and unlimited point-to-point connections
  • 250 Beltpacks, 100 Antennas

Standalone/AES67 (2110):

  • Antenna distribution via standards-based, decentralized, SMPTE 2110-30 (AES67) IP network
  • Multiple fiber-connected switch cascades for long distances
  • Analogue 4-wires and GPIOs via optional NSA-002A throwdown box
  • Integrated web browser for configuration (Artist is not required)
  • Up to 32 Partylines and unlimited point-to-point connections
  • 100 Beltpacks, 100 Antennas

Standalone/Link:

  • Daisy chain or redundant ring Antenna network
  • Plug&Play simplicity
  • EPS-1005 PSU powers up to five Antennas
  • Up to 300m CAT5 cable between Antennas
  • Analogue 4-wires and GPIOs via optional NSA-002A throwdown box
  • Integrated web browser for configuration (Artist is not required)
  • Up to 32 Partylines and unlimited point-to-point connections
  • 100 Beltpacks, 100 Antennas

2 Features in Detail

2.1 System Modes

The Bolero system features three modes of operation: Standalone/AES67 (2110), Standalone/Link and Integrated/Artist.

2.1.1 Standalone/AES67 (2110)

• In this mode, antennas are connected via a standards-based IP network. This mode enables communication between Bolero Beltpacks or via user-defined Partylines in the Bolero system itself. An Artist system is not required. One Antenna requires a valid 'Standalone' license to operate in this mode. In this operating mode, the antennas are connected via the AES67/Config connector to the AES67 infrastructure. Power can be supplied by individual power supplies or a 'PoE+' switch. Simultaneous connection of both variants ensures redundant power supply. A description of how to set up a Bolero system in Standalone/AES67 mode can be found in the following chapter: 'Standalone/AES67 Setup'. Furthermore, IO Devices (NSA-002A) can be integrated.

Figure 4: Standalone/AES67 (2110) diagram showing Antennas connected via an IP network switch.

2.1.2 Standalone/Link

• In this mode, Antennas are connected via a simple plug & play, non-IP CAT5 connection. This mode enables communication between Bolero Beltpacks or via user-defined Partylines. An Artist system is not required, but one Antenna requires a valid 'Standalone' license. Antennas are connected via the LINK connectors (LINK-1 to LINK-2 of the next Antenna for daisy chain, or LINK-1 of last to LINK-2 of first for redundant ring). CAT cables up to 300 meters are supported. The AES67/Config port is primarily used as a config port for web interface connection. With an External Power Supply (EPS-1005), up to 2 Antennas can be powered via Link 1 and 2 Antennas via Link 2 (5 Antennas total). Routers, switches, or other standard IP devices are not supported. A description of setup can be found in 'Standalone/Link Setup'. IO Devices (NSA-002A) can also be integrated.

Figure 5: Standalone/Link diagram showing Antennas connected via CAT5 cables in a ring or daisy chain topology.

2.1.3 Integrated/Artist

In this mode, antennas and the Artist matrix are connected via a standards-based IP network. The Bolero system is integrated into the Artist system, enabling communication between Bolero Beltpacks and panels/ports in the Artist system. An Artist system is mandatory. The AES67/Config port connects to the IP net hosting the Artist-AES67 card. The other two LINK ports are not used. Power can be supplied by individual power supplies or a 'PoE+' switch for redundancy. Setup details are in 'Integrated/Artist Setup'.

Figure 6: Integrated/Artist diagram showing Antennas connected via an IP network to an Artist frame.

2.2 System Setup

The following chapters describe the step-by-step setup for the three system modes: Standalone/AES67 (2110), Standalone/Link, and Integrated/Artist.

2.2.1 Standalone/AES67 Setup

This chapter describes the steps for operating a Bolero System in Standalone/AES67 mode. An Artist system is not required, but one Antenna needs a valid 'Standalone' license. Required devices: Bolero Antenna (with standalone license), Bolero Beltpacks, Gbps Network Switch (optionally with PoE+), PC.

  1. Connect the PC to the network switch.
  2. Connect the Antenna's 'AES67/Config' port to the network switch. If a PoE+ switch is used, the Antenna is powered. Alternatively, use a separate DC power supply.
  3. Determine the IP address of an antenna with a standalone license (shown on the Antenna's e-ink display).
  4. Open the web interface by entering the Antenna's IP address in a web browser. The PC must have an IP address within the same subnet.
  5. Select unassigned Antenna(s) by left-clicking.
  6. Click the plus symbol and select 'Create Network Space'.
  7. Enter a name for the Bolero net, select 'Standalone/Link' (Note: This seems to be a typo in the original text, should likely be Standalone/AES67 for this section), and define an Admin PIN. Apply the entries.
  8. Register Beltpacks by enabling OTA and/or NFC registration mode. Beltpacks require a PIN for OTA registration (Admin PIN by default).
  9. Registered Beltpacks are listed on the 'Beltpacks' page. Enable 'Direct Edit' to configure individual Beltpack IDs and key functions. Use the 'Profiles' page to configure multiple Beltpacks at once.

2.2.2 Standalone/Link Setup

This chapter describes the steps for operating a Bolero System in Standalone/Link mode. An Artist system is not required, but one Antenna needs a valid 'Standalone' license. Required devices: Bolero Antenna (with standalone license), Bolero Beltpack, PC.

  1. Connect Antennas via LINK connectors: LINK-1 of one antenna to LINK-2 of the next (daisy chain), or LINK-1 of the last to LINK-2 of the first (redundant ring). CAT cables up to 300 meters are supported.
  2. Power the Antenna(s) via Bolero-Power-Supply 'BL-EPS-1005-00' or 'BL-EPS-1001-00'.
  3. Connect the Antenna's 'AES67/Config' port to the PC.
  4. Open the web interface by entering the Antenna's IP address in a web browser. The PC must have an IP address within the same subnet.
  5. Select unassigned Antenna(s) by left-clicking.
  6. Click the plus symbol and select 'Create Network Space with Selected Antennas'.
  7. Enter a name for the Bolero net, select 'Standalone/Link', and define an Admin PIN. Apply the entries.
  8. New Antennas connected via LINK interfaces will automatically join the net space.
  9. Enable OTA and/or NFC registration mode for Beltpacks.
  10. Registered Beltpacks are listed on the 'Beltpacks' page. Enable 'Direct Edit' to configure individual Beltpack IDs and key functions. Use the 'Profiles' page to configure multiple Beltpacks.

2.2.3 Integrated/Artist Setup

This chapter describes integrating a Bolero System with an Artist-System. Required devices: Artist-32/64/128 with AES67 client card or ARTIST-1024 with UIC-128 Subscriber Interface Card, Bolero Antenna, Bolero Beltpack, Gbps Network Switch (optionally with PoE+), PC.

  1. Connect the 'AES67-1' port of the AES67 client card/SICs to the network switch. Power up the Artist frame.
  2. Connect the PC to the network switch.
  3. Connect the Antenna's 'AES67/Config' port to the network switch. Power the Antenna via a PoE+ switch or a separate DC power supply.
  4. Start the Artist configuration software (Director). Refer to the Artist and Director manual for details.
  5. Open the AES67 properties by right-clicking the respective card and choosing "Properties". Ensure IP addresses are in the same subnet or configure gateways correctly for different subnets. Transfer changes to the Artist frame.
  6. Open the Bolero Antenna's web interface by entering its IP address.
  7. Select unassigned Antenna(s) and AES67 client cards.
  8. Click the plus symbol and select 'Create Network Space'. Enter a name, select 'Integrated/Artist' system mode, and define an Admin PIN. Apply the entries.
  9. Enable OTA and/or NFC registration mode for Beltpacks.
  10. From the Artist configuration software (Director), open Beltpack properties, select the 'Bolero' tab, enter the same Bolero User ID as in the Antenna's web interface, and edit the Multicast address.
  11. Beltpack key functions can be defined via Director.

2.3 Web Interface

The Web Interface is opened by entering the IP address of an Antenna. Basic information is displayed and settings can be modified. The user must be logged in to change settings.

Figure 45: Web-Interface (example: Standalone/Link mode) showing main navigation and content area.

The web interface is divided into regions:

  • Page Selection: Underlined indicates the selected page.
  • Antennas: Basic setup of the Bolero-Net and settings of Antennas.
  • IO Devices: Settings of inputs and outputs of NSAs included in the Bolero-Net.
  • Beltpacks: Settings of Beltpacks.
  • Profiles: Definition and maintenance of Beltpack profiles.
  • Partylines: Creation and maintenance of Partylines.
  • Audio Channels: Settings of audio channels of NSAs included in the Bolero-Net.
  • Triggers: Settings of GPIs of NSAs included in the Bolero-Net.
  • System Logs: Listing of system errors and events.
  • Settings (gear wheel): Opens the menu with basic settings.
  • Basic Functions: Identical in all views (Select all, Help, Lock, Action Button).
  • Content: Displays the content of the selected page. Entries can be sorted by clicking column headers. Clicking an entry selects/deselects it.

2.3.1 Login/Logout

To modify system settings, the user must log into the respective Net. A plus symbol indicates login; a lock symbol indicates logout.

  • Login: Click the symbol to open the login dialog and enter the Net's Admin-PIN.
  • Logout: Click the symbol, then click 'Logout' in the confirmation window.

2.3.2 Antennas

The Antennas window displays the active Network Space and lists online devices. Functions include creating Nets, assigning Antennas, general Net settings, and defining Beltpack registration methods.

  • Name of the Network Space
  • Number of connected/registered Beltpacks
  • Operation Mode: Standalone/AES67, Standalone/Link, or Integrated/Artist.
  • Direct Edit switch: Allows direct editing of Name, User-ID, and IP-Address.
  • Network Space: A collection of Antennas working together. The IP address in the URL bar belongs to one of the Antennas in this Network Space (indicated by a green IP address).
  • Type: 2.4GHz-Antenna or DECT Antenna.
  • Status: Indicates radio state (off, on, master 'M', radio scanner).
  • Link: Indicates connection to a neighboring Antenna via Link 1 (left arrow) or Link 2 (right arrow).
  • PTP: Indicates if the Antenna receives valid PTP and is synchronized, or acts as sync master.
  • Error: Shows device problems.
  • Name, User ID, IP Address: Device identification.
  • Beltpacks: Amount of Beltpacks connected at the Antenna.
  • Edit: Button to edit Antenna settings.
  • Info: Opens brief information about the device.
  • Total Devices: Number of total devices within the Net.
  • Unassigned Devices: Devices not yet part of any network space.

2.3.2.1 Action Button (Antennas)

The Action Button offers different functions depending on the device's assignment state:

  • Create Network Space with Selected Antennas/Devices: For unassigned devices, allows creating a new Network Space with options for Name, System Mode (Standalone/AES67, Standalone/Link, Integrated/Artist), and Admin PIN.
  • Add Selected Antennas/Devices to Network Space: Allows adding unassigned devices to an existing Network Space.
  • Edit Network Space:
    • General: Settings for Name, System Mode, Admin PIN, RF Strength Level (Normal, Low, Ultralow), Radio Retransmit Level, Frequency Hopping Mode, and Enable Network Space RF.
    • Network Management: IP parameters like Multicast IP, DSCP for PTP, RTP, Control, and Multicast Time-To-Live (TTL).
    • Time Settings: Date Format, Time Format, Time Source (Internal, PTP, NTP), manual time entry, PC time adoption, NTP server IP, and Time Zone offset.
    • PTP Settings: PTP Domain, PTP Hybrid Mode, PTP Slave Only.
    • Beltpack Radio Free Timeslot Warning / Threshold Monitoring: Enables warnings when available timeslots fall below a threshold.
    • Net Override: Force Beltpack settings for connected Beltpacks.
  • Remove Selected Antennas/Devices: Removes selected Antennas from the network space.
  • Factory Reset Selected Antennas/Devices: Resets selected devices to factory defaults. Requires 'Factory Reset PIN'.
  • Registration Mode: Change Beltpack registration settings (OTA, NFC, Admin PIN usage, default Profile, Timeout).
  • Reboot Selected Antennas/Devices: Reboots selected devices.
  • Enable/Disable Radio Scanner (DECT only): Switches a DECT-Antenna to scanner mode, making it unavailable for Beltpacks.
  • Open Radio Scanner (DECT only): Displays measured 'Radio Scanner' data.

2.3.2.2 Edit (Antennas)

Clicking the Edit symbol opens a dialog to edit Antenna settings:

  • General: Name, User ID, Antenna RF (enable/disable), Display Menu Lock, Dark Mode, Display Upside/Down, PTP Master Priority, Radio Master Priority.
  • IP Settings: IP Address Mode (Auto, DHCP, Static), Static IP Address, Subnet Mask, Gateway. Control Multicast IP for data exchange between Antennas.
  • Description: Add a description to the device.
  • Override: Force Beltpack settings for Beltpacks logged onto this Antenna.

2.3.2.3 Info (Antennas)

Clicking the Info symbol shows device information:

  • Device Status: Type, IP, Net Mask, MAC, Package (firmware version), Riedel Serial, Stored Licenses, Active Licenses, Temperature, Power Source, Ethernet Link Speed, Radio Activated.
  • Description: Device description entered in the Edit view.
  • Standalone/AES67 & Integrated/Artist Mode: PTP Status (State, Lock State, Master Time Offset, Frequency Deviation, Network Delay, Hops, Time/Frequency Traceable, Version, Own Clock class).
  • Standalone/Link Mode: Standalone Status (Local Sync Info, Sync Master, Sync Master Priority), Remote Power Supported/Index, Link 1/2 status (State, Adjacent Device, Outgoing Power, Impedance, Remote Network Space).

2.3.3 IO Devices

The IO Devices window lists NSA-002A devices attached to Bolero Antennas. This view is available in 'Standalone/AES67' and 'Standalone/Link' modes. It allows managing IO device configurations and discovered devices.

  • IO Device Configurations: Lists configurations, editable offline and assignable to physical devices.
  • Unassigned / Unconnected IO Devices: Lists devices not yet assigned or attached.

2.3.3.1 Action Button (IO Devices)

  • Create IO Device Configuration: Define ID, Type, Name, Multicast IP, Triggers (Pin Mode, Trigger Name, Invert PIN), and Audio Channels (Pair, Name, routing options).
  • Add Selected IO Devices: Assign discovered IO devices to configurations.
  • Unassign Hardware: Remove assigned IO devices from configurations.
  • Remove Selected Configurations: Delete configurations.
  • Locate Selected IO Devices: Flash front LEDs of selected IO devices.
  • Reboot Selected IO Devices: Reboot selected devices.
  • Change Device Name: Rename IO devices.
  • Clear Assigned Net from Selected IO Devices: Make unconnected devices available.
  • Firmware Update: Update NSA-002A IO devices.

2.3.3.2 Edit (IO Devices)

Opens a dialog to edit IO device settings:

  • General: ID, Type, Name, Multicast IP, Description.
  • GPI/O to Trigger Mapping: Configure Pin Mode, Trigger Name, and Invert PIN for triggers.
  • Audio Channels: Configure routing for audio pairs (4-Wire split, 4-Wire, Input only, Output only), Name.

2.3.3.3 Info (IO Devices)

Shows information about the respective device or configuration:

  • Status: HW Name, Connection Status, Connected To, Assigned Net, Serial Number, IP, MAC, FW Version, HW Version.
  • Description: Device description.
  • Configuration: Name of the configuration assigned to the IO Device.
  • PTP Status: Port State, Time Offset, Master.
  • Audio Streams: Receiver State, Sender State.

2.3.4 Beltpacks

The Beltpacks window lists all registered Beltpacks in the active network space, showing their status, battery capacity, and connection details. Admin users can edit Beltpack settings.

  • Type: DECT or 2.4GHz.
  • Status: Online, Offline, Locate function active, Threshold reached, Radio Monitoring active.
  • Name, ID, Profile: Beltpack identification and assigned profile.
  • Last Conn.: Date and time of last connection.
  • Antenna: Antenna to which the Beltpack is connected.
  • Battery: State of battery charge.
  • Edit: Button to edit Beltpack settings.
  • Info: Opens brief information about the device.

2.3.4.1 Action Button (Beltpacks)

  • Change Profile: Assign a profile to selected Beltpacks.
  • Swap Configurations: Swap configurations between two selected Beltpacks.
  • Copy Configuration to Profile: Save current Beltpack configuration as a profile.
  • Deregister: Remove selected Beltpacks from the network space.
  • Locate: Visually identify selected Beltpacks (Status-LED and Status-Bar flash yellow).
  • Unlatch Keys: Deactivates all latched keys.
  • Clear Selected User IDs: Resets User IDs to zero.
  • Auto-assign User IDs: Assigns unique, available user IDs.
  • Registration Mode: Opens Beltpack registration settings.
  • Clear Pre-Registered Nets: Deletes pre-registered nets from Beltpacks.
  • Enable/Disable Beltpack Radio Monitoring: Enables detailed monitoring mode for Beltpacks.
  • Open Beltpack Monitor (DECT only): Displays measured 'Radio Monitoring' data.

2.3.4.2 Edit (Beltpacks)

Opens a dialog to edit Beltpack settings on several pages:

  • General: Name, User ID, Headset Type, Display Mode, Language (English, German, Chinese), Silent Mode, Show on Reply, Partyline Reply.
  • Notification: Settings for Call Notification/Beep, Info/Low Battery, Out Of Range, Volume, Keys, Beep Notification, Voice Notification.
  • Replay: Recording Time, Store Time settings for the Replay function.
  • Timeout: Volume Timeout, Menu Timeout settings.
  • Display: Brightness mode (Custom Settings), Display/Keys brightness levels, Dim timers, Display/Key timeouts, Call LED/Status LED brightness.
  • Registration: Allow MultiRegistration, Automatic Net Change settings.
  • Audio: Levels (Headset Sidetone, Headset Mic, Internal Mic, Line Input, Priority Dim), Limits (Headset/Speaker Lower Limit, Mic/Headset Limiter), Enhancements (Microphone/Headphone Filter, Headset Echo Suppression), Speaker settings (Enable, Volume, Activate Headset/Speaker on plug/unplug).
  • Microphone VOX: VOX Mode (Off, Standard, Adaptive), Threshold, Hold Time, Release Time. Noise Gate feature.
  • BT/Line Input VOX Dim: Dims Bluetooth and Line Input signals when intercom audio is detected.
  • Bluetooth: BT State (Off, Connect to Headset, Connect to Mobile/PC), Microphone Gain, Share to net, Mobile/PC Volume. (Not available for 2.4GHz-Beltpacks).
  • Keys: Define functions for keys 1-6 and Reply (None, Talk, Talk-Always Listen, Talk&Listen, Listen, Monitor, Monitor Select, Notification/Beep Select, Reply, Menu Shortcut, Toggle, Monitor Trigger, Set Trigger, Volume Increase/Decrease). Define Destination/Source, Priority, Key Group, Action on Muted Key Pressed.
  • Rotaries: Define functions for rotary encoders (Master Key, Bluetooth, Mobile/PC, Line Input). External Key functions (requires PTT accessory).
  • Quick Menu: Define up to 16 entries for the Beltpack's quick menu.
  • Always-On: Define up to five functions that are permanently active.
  • Trigger: Configure functions activated by a trigger.
  • On-Talk: Configure functions activated when someone talks to the Beltpack.
  • On-Notification/Beep: Configure functions activated when the Beltpack receives a notification/beep.
  • On-VOX: Configure functions activated when Microphone VOX is triggered.
  • Audio Usage: List of receivable audio channels with Volume and Mute controls.

2.3.4.3 Info (Beltpacks)

Shows information about the respective device:

  • General Information: Name, User ID, Type, Profile, Connection Status, Serial, Last Connected.
  • Battery Information: Charge Status, USB Power, Temperature, Battery Health, Capacity Max.

2.3.5 Profiles (User Rights)

The Profiles window lists Beltpack profiles, which are collections of parameters and user rights. Changing a profile parameter immediately updates all Beltpacks assigned to it.

  • Id, Name, BP Edit: Profile identification and number of Beltpacks using it.

2.3.5.1 Action Button (Profiles)

  • Create Beltpack Profile: Allows creating a new profile with parameters similar to Beltpack settings.
  • Copy Beltpack Profile: Creates a new profile based on an existing one.
  • Remove Selected Profiles: Deletes selected profiles after confirmation.

2.3.5.2 Edit (Profile)

Opens a dialog to edit profiles:

  • General: Profile Name, Profile ID.
  • Name: Set Beltpack names, optionally appending an incremental ID.
  • User Rights: Define user rights for functions (e.g., General, System Registration, Menu access). A checkmark indicates the user has the right; an 'X' indicates no right; a hidden symbol means the function is hidden.

2.3.6 Partylines

The Partyline view lists available Partylines (up to 12) in the active network space. This view is available in 'Standalone/AES67' and 'Standalone/Link' modes.

  • Id, Name, Enabled: Partyline identification and status.
  • Edit: Button to edit Partyline settings.

2.3.6.1 Action Button (Partylines)

  • Create Partyline: Add a new Partyline with a name and ID.
  • Remove selected Partylines: Delete selected Partylines after confirmation.

2.3.6.2 Edit (Partylines)

  • Name, Id, Enabled: Partyline settings.
  • Show on Reply: Enables the Reply function for the Partyline.

2.3.7 Audio Channels

The Audio Channels view lists available audio channels from IO Devices. This view is available in 'Standalone/AES67' and 'Standalone/Link' modes. Channels must be enabled in the IO Devices view first.

  • Type: Input, Output, 4-Wire. Green indicates active.
  • Name: User-configurable name of the audio channel.
  • IO Device ID / Channel Number: Identification of the IO Device and channel.
  • IO Device: Name of the IO Device.
  • Edit: Button to edit audio channel settings.

2.3.7.1 Action Button (Audio Channels)

  • Copy AudioChannels Config: Copy configuration to another audio channel.
  • Reset to Defaults: Reset selected audio channels to default configurations.

2.3.7.2 Edit (Audio Channels)

Opens a dialog to edit audio channels:

  • General: Name, Enabled status, Priority Dim level.
  • VOX: VOX Mode (Off, Standard, Adaptive), Threshold, Hold Time, Release Time. Noise Gate feature.
  • Input: Input Gain, Mute Input.
  • Output: Output Gain, Mute Output.
  • Always-On: Configure up to 5 functions that are permanently activated.
  • Trigger: Configure functions activated by a trigger.
  • On-Talk: Configure functions activated when someone talks to the Beltpack or Audio Channel.
  • On-Notification/Beep: Configure functions activated when the Beltpack or Audio Channel receives a notification/beep.
  • On-Vox: Configure functions activated when VOX is triggered.
  • Audio Usage: Adjust Volume and Mute for receivable audio channels.

2.3.8 Triggers

The Triggers view lists available (GPIO) triggers and virtual triggers. This view is available in 'Standalone/AES67' and 'Standalone/Link' modes.

  • State: Indicates trigger state (not set, low, set, high, deactivated).
  • Type: Input, Output, Virtual. Green indicates active.
  • Name: Name of the trigger.
  • IO Device ID, GPI Number, IO Device: Identification of the trigger source.
  • Edit: Button to edit trigger settings.

2.3.8.1 Action Button (Triggers)

  • Create Virtual Trigger: Add a new virtual trigger with Id, Name, Enabled status, and Mode (Normal, Force On, Force Off).
  • Remove Virtual Trigger: Delete selected virtual triggers.

2.3.8.2 Edit (Triggers)

  • Device Id, Index, Name, Enabled, Mode: Edit trigger properties.

2.3.9 System Logs

The System Logs contain errors and events from network space components.

  • Fault List: Lists currently active errors. Errors can be acknowledged.
  • Event Log: Lists general activities like status changes and connection events. Search functionality is available.

2.3.9.1 Action Button (System Logs)

  • Export Events to CSV: Exports logged data to a CSV file.
  • Clear Logs: Deletes all events in the Event Log.

2.3.10 Settings

Basic settings are accessed via the settings icon:

  • Save Net Config: Backs up the complete Net configuration to a file.
  • Upload Net Config: Recalls a previously stored configuration.
  • Firmware Manager: Updates the firmware of devices.
  • License Manager: Uploads and manages licenses.
  • Diagnostics File Export: Exports internal diagnostic information for analysis.
  • Network Service: For setting DECT frequencies (reserved for Riedel service).
  • Factory Reset: Resets all devices within the Bolero-Net.
  • Logout: Logs off the current user.

2.4 NSA-002A Integration

This chapter describes integrating IO devices (NSA-002A) into a Bolero Standalone system. Required devices: Bolero Antenna (with standalone license), preconfigured Network-Space (Standalone/Link or Standalone/AES67), Bolero Beltpack, IO devices (NSA-002A), Gbps Network Switch.

The NSA-002A must be operated in Bolero-Mode (upper device mode LED blue). Up to 10 IO devices and 128 audio channels can be managed per Network-Space.

Figure 107: IO devices – setup diagram – Standalone/AES67 mode.

Figure 108: IO devices – setup diagram – Standalone/Link mode.

One Bolero Antenna can handle up to two NSA-002A. For ten NSA-002A, five Bolero Antennas are required.

Standalone/AES67 mode: Connect PC to switch, ETH1/2 ports of IO devices to switch. Power via PoE+ switch or DC supply.

Standalone/Link mode: Connect PC to Antenna's AES67/Config port. Connect up to two IO devices directly to the Antenna or its unused ETH1/2 port. If routed through a switch, max two NSA-002A can connect to the switch.

  1. Determine the Antenna's IP address.
  2. Open the Antenna's web interface.
  3. Navigate to the 'IO Devices' page.
  4. Select unassigned IO devices.
  5. Click the plus symbol and select 'Add IO Devices'.
  6. Select 'New Configuration' and click 'Proceed'.
  7. Enter a name for the device configuration, enable/disable GPIO-ports (Trigger) and select Pin-Mode. Select audio channel modes. Modify trigger and audio channel names if necessary. Apply changes.
  8. Configured audio channels are listed on the 'Audio Channels' page.
  9. Use 'Always-On', 'Trigger', 'On-Talk', 'On-Notification/Beep', and 'On-Vox' views to configure functions.
  10. Use the 'Beltpacks' page to program Beltpack key functions.

2.5 Add Devices

To add more Antennas to a working Network Space, new Antennas must not be assigned to another Net. If an Antenna is already assigned, remove it first.

  1. Connect the Antenna's 'AES67/Config' port to the network switch. Power via PoE+ switch or external DC supply.
  2. Open the web interface by entering the Antenna's IP address. Ensure the IP address is in the same range as the existing Net.
  3. Select the unassigned Antenna(s) to be added.
  4. Click the plus symbol and select 'Add Selected Antennas to Network Space...'.
  5. Select an existing Network Space from the dropdown menu and click 'Apply'.
  6. Assign a unique User ID and name to the new Antenna via the Edit icon.

2.6 Remove Devices

Registered Antennas and Beltpacks can be removed from a Net via the Web Interface.

2.6.1 Antennas

  1. Go to the 'Antennas' register.
  2. Select the desired Antennas.
  3. Click the plus symbol and select 'Remove Selected Antennas'.
  4. Confirm the action by clicking 'Ok'.

2.6.2 Beltpacks

  1. Go to the 'Beltpacks' register.
  2. Select the desired Beltpacks.
  3. Click the plus symbol and select 'Deregister'.
  4. Confirm the action by clicking 'Ok'.

2.7 Firmware Update

This chapter describes the update procedure for Bolero Antennas.

Upgrading From Earlier Versions: Network Space and Antenna configurations are preserved. Configurations saved with older versions can be loaded. All devices are rebooted as a final step.

Updating From Version 1.x.x: If using Standalone/Link mode with Link-Power, update antennas while powered via XLR. After update, power via XLR for at least a couple of minutes before using Link-Power.

Updating From Version 1.0.x: Bolero Antennas running version 1.0.x must be updated twice.

Downgrading From This Version: Network Space, Antenna configurations, and IP settings will be lost. Saved configurations from this version cannot be loaded on previous versions.

Required devices: Bolero firmware package, PC, Network Switch (optional PoE+), Bolero-Antennas.

Update procedure:

  1. Connect PC and Antennas to the network switch (or PC directly for Standalone/Link). Power Antennas.
  2. Open the web interface by entering an Antenna's IP address.
  3. Click the settings icon and select 'Firmware Manager'.
  4. Enter the Admin-PIN.
  5. Click 'Choose File', select the firmware package (.package), and click 'Open'.
  6. The firmware package uploads to the system.
  7. Click 'Start Update' to update compatible devices. Audio and radio interruptions will occur. Confirm the update.
  8. After updates complete, click 'Finish & Reboot System' to restart devices.

2.8 Advanced Radio Monitoring

DECT-Antennas and DECT-Beltpacks can scan or monitor the radio spectrum for diagnosing issues and planning expansions. An 'Advanced Monitoring' license is required on at least one Antenna.

2.8.1 Antenna Radio Scanner

Bolero Antennas can scan the DECT environment. An Antenna in scanner mode analyzes the radio spectrum for timeslot usage and interference from Bolero nets and other systems.

  • Select an Antenna in the Web Interface antenna list and use 'Enable Radio Scanner' from the action menu. The Antenna becomes unavailable for Beltpacks.
  • Gathered data can be viewed in the Antennas view: Action Button (Antennas) > 'Open Radio Scanner'.

Figure 147: Antenna Radio Scanner interface showing Antenna Name, ID, Firmware, Radio Scanner status, RSSI Thresholds, History, and Snapshot sections.

  • History section: Displays collected data over time (timeslot usage, systems on air). Data is stored for up to three days.
  • Snapshot section: Shows available carrier frequencies and timeslots, detailing used and interfered timeslots.

2.8.2 Beltpack Radio Monitoring

Bolero Beltpacks can monitor the DECT environment when an Advanced Monitoring license is present. Up to five Beltpacks can operate in detailed Radio Monitoring mode.

  • Select a Beltpack in the Web Interface Beltpack list and use 'Enable Beltpack Radio Monitoring' from the action menu.
  • Gathered data can be viewed in the Beltpacks view: Action Button (Beltpacks) > 'Open Radio Monitoring'.

Figure 152: Beltpack Radio Monitoring interface showing Beltpack Name, Radio Monitoring status, RSSI Thresholds, History, and Snapshot sections.

  • History section: Displays collected data (timeslot usage, transmission errors). Data is stored for up to three days.
  • Snapshot section: Shows available carrier frequencies and timeslots, detailing used and interfered timeslots.

2.9 License Installation

This chapter describes how to change licenses on Bolero Antennas using license files provided by distributors. License files must match the Antenna's serial number.

  1. Click the settings icon and select 'License Manager'.
  2. Enter the Admin-PIN.
  3. Click 'Install License' and select the license file (a .zip archive containing a .bin file).
  4. Confirm the installation. The manager installs licenses and reports success or errors.

Use the 'Create License Info File' button to gather Antenna information for license generation.

2.10 Switch Recommendations

This page details technologies required for Bolero traffic and provides guidance for selecting suitable network switches.

Key technologies required:

  • PTPv2 (IEEE 1588): Boundary clock or transparent clock required on every switch for synchronization. Synchronization offset and jitter must not exceed specific thresholds for reliable operation and beltpack handover. Supported PTP modes: AES67 profile, End-to-End delay measurement, multicast traffic mode.
  • QoS (IEEE 802.1p): Prioritizes Bolero traffic (PTP and AES67) in larger networks, especially with multiple switches.
  • IGMP snooping (v2): Ensures multicast traffic only reaches ports that request it, preventing flooding. Note the limit of multicast groups required (6 + number of Beltpacks).
  • PoE+ (IEEE 802.3at): Required to power devices without external PSUs. Switches must support PoE+ (up to 30W per port).

Jitter / Throughput / Latency: Bolero requires non-blocking switches with low jitter. A 1Gbit Ethernet connection is necessary.

2.11 Network Requirements

Bolero uses specific network addresses and ports that must be open for system operation.

  • Integrated Mode Traffic: WebUI Discovery (Bonjour), PTP v2, Firmware Update, Topology Change, Loop Detection, Bolero Configuration & Antenna Discovery, Beltpack Discovery & Assignment, AES67 Streams.
  • Standalone Mode Traffic: WebUI Discovery (Bonjour), PTP v2, Firmware Update, Topology Change, Loop Detection, Bolero Configuration & Antenna Discovery, AES67 Streams (Antenna-IO Device, IO Device-Antenna, Beltpack-Beltpack).

Specific IP addresses, ports, and source IPs are listed for each traffic type and mode.

2.12 PTP Grandmaster Selection

Bolero uses PTP (Precision Time Protocol) for clock synchronization. Antennas use the Best Master Clock Algorithm (BMCA) to identify the Grandmaster clock. The BMCA allows an Antenna to automatically take over as Grandmaster if the current one fails. The process continuously runs, with devices constantly looking for potential master clock loss. Announce messages, containing clock properties like Priority 1, Clock Class, Clock Accuracy, Clock Variance, Priority 2, and Source Port ID, determine the Grandmaster. Bolero Antennas have a fixed Priority 1 of 128 and a Clock Class of 228.

3 Bolero Beltpack

The Bolero Wireless Beltpack is a compact, digital station with six configurable keys for intercom, IFB, or GPO triggering. Two rotary level controls adjust volume and navigate menus. Keys can be momentary or latching. Activation is indicated on the display and by backlit LEDs. Optional super bright call LEDs and a vibration motor signal incoming calls or warnings. The sunlight readable color display shows key labels and provides access to the Quick menu and configuration menu. "Touch&Go" registration allows quick and user-friendly registration by touching the Beltpack to an Antenna. The Beltpack features a user-replaceable XLR connector for headsets, a 3.5mm jack for line-in, and a USB port for firmware updates. Bolero DECT-Beltpacks support Bluetooth 4.1 for Smartphone connectivity, enabling hands-free operation and phone call injection into intercom channels. A fully charged battery provides over 17 hours of operation. The rugged housing with rubber protectors contains internal antennas.

New in 3.1: The 2.4GHz Beltpacks operate exclusively in the 2.4 GHz range and connect only to 2.4GHz-Antennas. DECT Beltpacks connect only to DECT-Antennas. Communication between different types is possible if they are in the same Network Space or Artist net. All Beltpack types share the same Charger. NFC registration works across types, but OTA registration is type-specific.

3.1 Operating Elements

The Beltpack has the following operating elements:

  • Full color sunlight readable display
  • Lanyard or safety cord mounting holes
  • Walkie-Talkie keys 5+6 (side)
  • Rotary encoder (2)
  • Speaker
  • Microphones
  • Keys 1...4 (top)
  • Rotary encoder (1)
  • Menu key
  • Reply key
  • NFC contact point
  • Belt clip
  • Charging contacts
  • Power button
  • Headset connector (XLR-4)
  • Line-In and charging sockets (3.5mm jack / USB Type-C) underneath a rubber cover
  • Screw head mount and bottle opener
  • Removable battery pack

XLR-4 (male) Pinout: Pin 1: Microphone, Pin 2: Microphone + (+5 VDC), Pin 3: Earphones, Pin 4: Earphones +. The microphone power (+5 VDC) is active for electret microphones when 'Audio > Headset Type' is set to Electret, Electret detect, or Auto.

3.5mm jack (female) Pinout: Pin 1 (Tip): Left, Pin 2 (Ring): Right, Pin 3 (Sleeve): GND. This is a line input connector with a maximum input level of +12 dBu.

USB Type-C: Used for charging the Beltpack. Charging requires >500 mA USB ports; 100 mA ports are not supported. The charge current is limited to 500 mA by the Beltpack.

3.2 Status LEDs

The Status/Call LEDs indicate the Beltpack's status:

  • Off: Beltpack is turned off.
  • Green: Beltpack ready (System ok).
  • Green blinking: Beltpack off, USB charging, battery full.
  • Red: USB charging, battery level >90%.
  • Red blinking: Booting.
  • Red fast blinking: Beltpack not registered/not connected.
  • Orange: Low battery level (<15%).
  • Orange blinking: Outside the Antenna coverage area.
  • Orange fast blinking: Critical battery level (<8%).
  • Orange-red blinking: Critical error (no function).
  • Off: Mic unmuted, Sidetone on.
  • Green: USB charging, battery level <90%.
  • Green blinking: Locate function active.
  • Bright orange: Mic unmuted, Sidetone on, Critical battery level (<8%).
  • Off: No active call.
  • Green: Incoming call.
  • Green blinking: Volume increase/decrease.
  • Bright orange: Incoming / outgoing notification (beep).

3.3 Basic Operation

3.3.1 Startup

Turn the Beltpack on/off by pressing the 'Power' button. If registered, it connects to the Net. Unregistered Beltpacks show "Not registered!". Pressing the 'Reply' key for 1 second opens the Registration menu.

Figure 166: Main-View of the Beltpack display showing status bar, main area with keys, and indicators for battery, Bluetooth, etc.

  • Status bar: Shows Beltpack name, ID, Silent mode, Speaker mode, Headset status, Bluetooth status, Battery status, and Radio level status.
  • Main area: Displays key assignments (e.g., Reply, Set Trigger, Menu-Shortcut).

3.3.2 Key Functions

Users can talk or listen to channels by pressing the six corresponding keys. Active channels are highlighted. Keys 1-4 are latching by default; keys 5, 6, and Reply are momentary (PTT). Incoming calls are indicated by a green Call LED.

Menu Key:

  • Short press (<0.5 sec.): Volume adjustment.
  • Middle press (0.5 - 3 sec.): Quick Menu access.
  • Long press (>3 sec.): Information display (model numbers, brand info).

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Preview Riedel Bolero Wireless Intercom System: Features, Specifications, and Applications
Explore the Riedel Bolero, a state-of-the-art wireless intercom system offering full Artist integration or standalone operation. Discover its advanced DECT technology, high beltpack density, versatile use cases, and detailed technical specifications.
Preview Riedel Bolero Beltpack Quick Start Guide
A quick start guide for the Riedel Bolero Wireless Intercom Beltpack, covering setup, operation, technical specifications, and service information.
Preview Riedel Communications: Advanced Broadcast and Event Technology Solutions
Explore Riedel's comprehensive portfolio of professional broadcast and event technology, including state-of-the-art intercom systems like Artist and Bolero, the MediorNet real-time media network, and versatile SmartPanels, designed for seamless live production and communication.
Preview Riedel Bolero 3.1 User Manual: Configuring Beltpack Keys and Functions
A comprehensive guide to the Riedel Bolero 3.1 User Manual, detailing the configuration of beltpack keys, rotaries, quick menus, and various 'always-on' functions. Learn how to customize your wireless intercom system for optimal performance.
Preview Riedel Artist-1024 User Manual V8.5
This user manual provides detailed information on the Riedel Artist-1024 system, including connector pin assignments, mechanical/electrical data, and configuration. It covers features, components, licensing, and service information for the Artist-1024.
Preview Riedel PERFORMER Audio Assignment Software C44 User Manual
This user manual provides comprehensive guidance for the Riedel PERFORMER Audio Assignment Software (AAS) for the C44 system interface. It details installation, setup, software operation for audio cross-point management, configuration saving/loading, and troubleshooting.