AD4Q - Receiver SHURE - Free user manual and instructions

Product Type	Quad Channel Wireless Receiver
Brand	Shure
Model	AD4Q
RF Tuning Range	Up to 210 MHz (varies by band: AD4Q=A: 470–636 MHz, AD4Q=B: 606–810 MHz, AD4Q=C: 750–960 MHz)
Frequency Bands	A (470-636 MHz), B (606-810 MHz), C (750-960 MHz)
Audio Outputs	4 transformer-balanced XLR (outputs 3&4 switchable to AES3 digital), 4 transformer-balanced 1/4"
Digital Audio Output	AES3, AES67, Dante
Network Control	Wireless Workbench, ShurePlus Channels, Dante Controller, AMX/Crestron
Encryption	AES 256
Quadversity Mode	Supports four antennas for enhanced RF coverage
High Density Mode	Up to 47 channels in 6 MHz (63 in 8 MHz) TV bandwidth
Latency	Low latency (typical 2.5 ms)
Antenna Inputs	2 coaxial (A & B) plus RF cascade connectors for additional receiver or Quadversity
Power Supply	100-240 V AC, 50/60 Hz, locking IEC connector
Power Cascade	AC power cascade output for daisy-chaining multiple units
Dimensions (H x W x D)	1.7 x 19 x 14.2 inches (44 x 483 x 361 mm)
Weight	8.3 lb (3.8 kg)
Mounting	Standard 19" rack mount, 1U
Compatible Transmitters	All Axient Digital transmitters
Gain Adjustment	60 dB range
Headphone Output	Front panel 1/8" with adjustable volume, Dante Browse for monitoring
Word Clock	Input and Thru ports, with termination switch
Network Modes	Switched or Split/Redundant
Spare Parts & Reparability	Contact Shure service centers; user-replaceable AC fuse
Maintenance	Keep vents clear; clean with dry cloth; no internal user-serviceable parts except fuse
Safety	Complies with relevant safety standards; use only supplied power cord; ground lift switch available

Frequently Asked Questions - AD4Q SHURE

How do I set up the AD4Q receiver for the first time?

Connect antennas to the RF inputs, power the receiver, and connect audio outputs to your mixer. Use the front panel menu to perform a channel scan and assign frequencies to compatible transmitters. For networked control, connect Ethernet ports and configure IP addresses.

What is Quadversity mode and how do I enable it?

Quadversity mode uses four antennas (two main, two via RF cascade connectors) to provide enhanced RF coverage and diversity. Enable it from the receiver menu under RF settings. The Quadversity indicator LED illuminates when active.

Can I control multiple AD4Q receivers from one computer?

Yes, use Shure Wireless Workbench (WWB) software to manage multiple receivers over a network. Each receiver must be on the same IP subnet. Wireless Workbench allows remote gain, frequency, and lock adjustments.

How do I configure Dante audio output?

Connect the Dante Primary and Secondary Ethernet ports to your Dante network. Use Audinate’s Dante Controller software to route audio channels. The receiver also supports AES67 and Dante Domain Manager for advanced setups.

What is the difference between Switched and Split/Redundant network modes?

In Switched mode, all four Ethernet ports carry both control and Dante audio, acting as a network switch. Split/Redundant mode separates control (ports 1-2) from Dante audio (ports 3-4 primary, port 4 secondary for redundancy), providing isolation and failover for critical audio networks.

How many transmitters can I pair with one AD4Q channel?

Up to eight transmitters can be registered to a single receiver channel, allowing quick switching between transmitters without scanning. Only one transmitter can be active at a time per channel.

How do I perform a frequency scan on the AD4Q?

From the front panel, navigate to the Channel Menu > Group Scan or full bandwidth scan. The receiver will list open frequencies. For advanced coordination, use Wireless Workbench which performs a full spectrum scan via the receiver.

What is the High Density (HD) mode?

HD mode allows up to 47 active transmitters in a 6 MHz TV channel (63 in 8 MHz) by reducing the modulation bandwidth. Enable it in the transmitter and receiver settings for high-channel-count applications, but note it reduces audio quality slightly.

How do I enable AES3 digital output?

Set the AES3 switch on the rear panel to enable digital output on XLR outputs 3 and 4. When enabled, analog outputs 1 and 2 are disabled. The word clock input must be connected to an external clock for proper digital sync.

What maintenance does the AD4Q require?

Regularly inspect antennas and cables for damage. Keep the receiver’s vents clean and free of dust. The only user-replaceable part is the AC fuse; all other repairs should be performed by Shure authorized service centers.

USER MANUAL AD4Q SHURE

User guide for the Shure AD4Q Axient Digital quad channel receiver

Version: 10.5 (2023-C)

Table of Contents

AD4Q Axient Digital Four-Channel Wireless Receiver 4

Features 4

Receiver Back Panel 8

Networking Receivers 28

Netzwerk-Browser 31

AD4Q Axient Digital Four-Channel Wireless Receiver

The AD4Q Axient Digital four-channel wireless receiver sets a new standard in transparent digital audio and maximum spectral efficiency. Groundbreaking performance features include wide tuning, low latency, high density (HD) mode, and Quadversity ^™ , ensuring solid performance in the most challenging RF environments. Networked control, AES3, AES67, and Dante output, and signal routing options bring a new level of management and flexibility to your entire workflow. Compatible with all Axient Digital transmitters.

Features

Audio

• 60 dB of gain adjustment offers compatibility with a wide range of input sources
• Dante™ networking for quick and easy channel management
• Dante Browse feature for headphone monitoring of all Dante channels, including third party components
  • AES 256 encryption to protect audio channels
• Automatic limiter function protects against signal clipping, allowing for higher gain settings and preventing unexpected signal peaks
• Front panel connection for headphones with adjustable volume

1/0

• Four transformer-balanced XLR outputs (outputs 3 and 4 switchable AES3 digital)
  • Four transformer-balanced 1/4" outputs
• Two Dante-enabled Ethernet ports, Two network control Ethernet ports with PoE
  • Split-Redundant mode: two ports of Ethernet, two ports of Dante
• Switched mode: four ports of Ethernet, Four ports of Dante

Note: The receiver can only power 1 PoE device at a time.

• Locking AC power connection
  • AC power cascade to additional components
• Optional DC module available to support redundant power

RF

• True digital diversity reception per channel
• Quadversity mode for enhanced coverage
• Up to 210 MHz of tuning range
• Channel Quality meter displays signal-to-noise ratio of RF signal
• Frequency diversity with selection or combining modes for transmitters
• Antenna cascade for one additional receiver
- Preprogrammed group and channel maps with options to create custom groups
- Search for open frequencies via receiver using group and channel scan

• Perform full bandwidth scan for frequency coordination via Wireless Workbench
• Register up to eight transmitters to one receiver channel
• High Density transmission mode enables up to 47 active transmitters in one 6 MHz TV channel (up to 63 in one 8 MHz TV channel)

Network Control

• Wireless Workbench® control software
• ShurePlus™ Channels mobile device control
• Console integration
  • Control systems support

Technical line drawing of a mechanical assembly with mounting brackets and a central panel (no text or symbols)

Diagram of a solar panel array with directional arrows and sensor icons (no text or labels)

Hardware

IEC locking connector, 100 - 240 V AC.

② AC Power Protection Fuse

Protects the AC power cascade from overloads.

③ AC Power Cascade (locking)

Use IEC extension cables to loop power through multiple devices.

④ Ethernet Ports

Four Ethernet ports carry the following signals:

• ctrl 1: Network control
• ctrl 2: Network control
• Dante Primary: Dante digital audio
• Dante Secondary: Dante digital audio

Network Status (green) LEDs:

• Off: no network link
• On: network link active
• Flashing: network link active, rate corresponds to traffic volume
  Network Speed (amber) LEDs:

Off = 10/100 Mbps
On = 1 Gbps

⑤ Word Clock Input and Thru Ports

• Input: Connect to an external word clock to resolve the AES3 digital output
• Thru: Passes word clock signal to additional components

⑥ AES3 Switch

Enables AES3 output on Output 3 and Output 4. This disables analog output on XLR Output 1 and XLR Output 2.

⑦ Word Clock Termination Switch

• Set to Thru when passing signal to additional components
• Set to Term 75Ω when Thru connection is not used

⑧ Balanced XLR Audio Output (one per channel)

• Transformer Balanced
- Connect to a mic or line level input. Output 3 and Output 4 carry AES3 signals when enabled. XLR Outputs 1 and 2 are disabled when AES3 is enabled.

⑨ Mic/Line Switch and Ground Lift Switch (one per channel)

• Mic/Line: Applies a 30 dB pad in mic position.
  Ground Lift: Lifts the ground from pin 1 of the XLR connector and the sleeve of the 14 " Audio Output

⑩ 14 " Audio Output (one per channel)

Transformer Balanced

⑪ Coaxial inputs from Antenna A and Antenna B

RF Connection for Antenna A and Antenna B.

⑫ RF Cascade Connectors C and D

Passes the RF signal from Antenna A and Antenna B to one additional receiver. In Quadversity mode, use these connectors for additional antenna inputs.

⑬ Antenna Bias Indicator LED

• Green: Antenna bias enabled
• Red: Antenna fault
• Off: Antenna bias disabled

⑭ Quadversity Indicator LED

Illuminates when the receiver is configured for Quadversity mode.

Kanalmenü

Hinweis:

Gruppen-Scan

Störungsverwaltung

Quadversity

HF-Kaskadenanschlüsse

Pegelton-Generator

Vernetzung

Networking Receivers

The receiver features a 4-port network interface. Dante technology provides an integrated solution to distribute digital audio. Dante uses standard IP over Ethernet and safely coexists on the same network as IT and control data. Selectable networking modes route port signals for flexible network set up.

Network Control Software

Receivers can be controlled by Shure Control (Wireless Workbench) for remote management and monitoring. The Dante Controller manages digital audio routing. Signals for AMX and Crestron controllers are carried on the same network as Shure Control.

Shure Control

Wireless Workbench (WWB) software provides comprehensive control for wireless audio systems. Wireless Workbench enables remote adjustments to networked receivers for real-time changes to gain, frequency, RF power, and control locks. A familiar channel strip interface displays audio meters, transmitter parameters, frequency settings, and network status.

Dante

The Dante Controller is a free software program created by Audinate ^™ to configure and manage networks of Dante-enabled devices. Use the Controller to create audio routes between networked components and to monitor the status of online devices.

Dante Controller and Lock Settings

Version 1.2.X introduces support for Dante Device Lock for AD4D and AD4Q. Dante Device Lock is a feature of Dante Controller that allows you to lock and unlock supported Dante devices using a 4-digit PIN (Personal Identification Number). When a device has a Dante lock turned on, Dante audio will continue to flow according to existing subscriptions, but its subscriptions and settings can't be controlled or configured.

If you forget your Dante Device Lock PIN, see the Device Lock section of the Dante Controller User Guide for instructions on how to proceed.

Dante Domain Manager

Version 1.2.X introduces support for Dante Domain Manager (DDM) for AD4D and AD4Q. DDM is network management software that enables user authentication, role based security, and audit capabilities for Dante networks and Dante-enabled products.

Considerations for Shure devices controlled by DDM:

• When you add Shure devices to a Dante domain, leave the local controller access setting in Read Write. Otherwise, access to Dante settings, device factory reset, and device firmware updates will be disabled.
• When a device is managed by a Dante Domain and the Dante Domain is disconnected, access to Dante settings, device factory reset and device firmware updates will be disabled. When a device reconnects to the Dante Domain, it follows the policy set for it in the Dante Domain.

See the Dante Domain Manager User Guide for more information.

Networking Modes and Switch Configuration

The receiver offers two selectable networking modes:

• Split/Redundant: This mode places Dante audio and Shure control on separate networks, while allowing you to take advantage of Dante redundancy.
• Switched: In Switched mode, the receiver acts as a 4-port network switch. Shure control and Dante audio are present on all network ports.

graph TD
    subgraph SWITCHED
        A1["Audio"] --> B1["Dante Interface"]
        A2["Control"] --> B1
        B1 --> C1["Secondary"]
        B1 --> C2["Primary"]
    end
    subgraph REDUNDANT
        D1["Audio"] --> E1["Dante Interface"]
        D2["Control"] --> E1
        E1 --> F1["Secondary Audio"]
        E1 --> G1["Primary Audio"]
        F1 --> H1["Secondary"]
        F1 --> I1["Primary"]
    end
    subgraph SPLIT
        J1["Audio"] --> K1["Dante Interface"]
        J2["Control"] --> K1
        K1 --> L1["Secondary"]
        K1 --> M1["Primary"]
    end

Network Mode	Port Function and Signals				Application
	Port 1	Port 2	Port 3 (Primary)	Port 4 (Secondary)
SWITCHED	Shure control, Dante primary	Shure control, Dante primary	Shure control, Dante primary	Shure control, Dante primary	For single network installations of star or daisy-chained networks.
SPLIT/RED-UNDANT (Factory setting)	Shure control	Shure control	Dante primary	Dante secondary	Primary and secondary ports are configured are separate networks to provide isolation between control signals and audio signals.

To configure the switch mode:

1. Device Configuration > Network Configuration.
2. Select Setup to enter the Switch Configuration menu.
3. Use the control wheel to change the mode.
4. Press ENTER to reboot the receiver and change the mode.

Diagram of switched mode:

graph TD
    A["Dante Audio / Shure Control"] --> B["Secondary RJ45"]
    C["Dante Audio / Shure Control"] --> D["Primary RJ45"]
    B --> E["Switch"]
    D --> E
    E --> F["MAC Dante™"]
    E --> G["MAC Host MCU"]
    H["IP Address Example: 192.168.1.11 (255.255.255.0)"]
    I["IP Address Example: 192.168.1.10 (255.255.255.0)"]

IP Address Configuration

An IP address must be assigned to each device in the network to ensure communication and control between components. Valid IP addresses can be assigned automatically using a DHCP server or manually from a list of valid IP addresses. If using Dante audio, a separate Dante IP address must also be assigned to the receiver.

Automatic IP Addressing Mode

1. If using a DHCP capable Ethernet switch, set the DHCP switch to ON.
2. From the Device Configuration menu: Network Configuration > Next
3. Press the control wheel to enable editing of the Mode, and then set the mode to Automatic.

Manual IP addressing Mode

1. From the Device Configuration menu: Network Configuration > Next
2. Press the control wheel to enable editing of the Mode, and then set the mode to Manual
3. Set valid IP addresses and subnet values, and then press ENTER to save.

Netzwerk-Browser

AD4Q=A	470–636 MHz
AD4Q=B	606–810 MHz
AD4Q=C	750–960 MHz