DSPRO StageGrid 4000 - Audio recorder WAVES - Free user manual and instructions

Product Type	Audio Recorder / Stage Grid Interface
Brand	Waves
Model	DSPRO StageGrid 4000
Dimensions (W x D x H)	483 x 300 x 44 mm (19-inch, 1U rackmount)
Weight	4.2 kg
Power Supply	AC 100-240 V, 50/60 Hz, internal redundant PSU
Power Consumption	60 W max
Input Channels	64 (Dante / AES67) + 8 analog
Output Channels	64 Dante + 4 analog
Recording Media	Internal SSD (480 GB) + expandable via USB
Recording Format	WAV (up to 96 kHz, 24-bit), multichannel support
Network Features	Dante, AES67, redundant network ports
Control	Front panel touchscreen, web interface, Waves plugin integration
Cooling	Fanless (passive cooling)
Operating Temperature	0°C to 40°C
Storage Temperature	-20°C to 60°C
Relative Humidity	10% to 80% (non-condensing)
Maintenance & Cleaning	Use a dry, soft cloth to clean the exterior. Do not use any solvents or abrasive cleaners.
Safety Warnings	Do not expose to rain or moisture. Ensure proper ventilation. Disconnect power before servicing.
Spare Parts & Repair	Contact Waves support or authorized service centers. Internal power supply and SSD are replaceable.
Repairability	Modular design with field-replaceable SSD and power supply unit. Consult manual for disassembly instructions.

Frequently Asked Questions - DSPRO StageGrid 4000 WAVES

How do I enable Dante recording on the StageGrid 4000?

Go to the web interface, navigate to 'Recording Setup', select the Dante inputs you wish to record, choose a file format (WAV), and press the record button on the front panel. Ensure Dante controller is configured correctly.

Can I use the StageGrid 4000 without a network?

Yes, it also features analog inputs and outputs that can be used standalone. However, advanced routing and multichannel recording require network connection via Dante.

What is the maximum number of tracks I can record simultaneously?

The StageGrid 4000 can record up to 64 simultaneous channels at 48 kHz, 24-bit. At 96 kHz, the maximum is 32 channels due to bandwidth limitations.

How do I update the firmware on the device?

Download the latest firmware from the Waves support website. Upload the .bin file via the web interface under 'System > Firmware Update'. Do not power off during update.

What file system does the internal SSD use?

The internal SSD is formatted as ext4. You can access it via the web interface or by connecting to the device via SSH (advanced users). For external drives, FAT32 or NTFS are supported.

Is the StageGrid 4000 compatible with AES67?

Yes, it supports AES67 interoperability. Enable AES67 mode in the network settings. This allows connection with other AES67-compatible devices.

How do I set up redundant network for reliable recording?

Connect both Ethernet ports to separate switches. In the network settings, enable 'Redundant Mode'. The device will automatically failover if the primary network fails.

What is the recommended maintenance schedule?

Periodically check for dust buildup on the ventilation slots and clean with a soft brush. Update firmware regularly. Check SSD health using the 'System' menu's disk health indicator.

Can I replace the internal SSD myself?

Yes, the SSD is a standard M.2 SATA drive and can be accessed by removing the top cover. Ensure you power off the device and follow the manual's instructions to avoid voiding warranty.

My recordings have dropouts. What could be the issue?

Check network stability, Ethernet cable quality, and ensure the device is not overheating. Also verify that the storage medium is not full or too slow. Use the 'Diagnostics' menu to run a network test.

USER MANUAL DSPRO StageGrid 4000 WAVES

Front view of a black stagegrid 4000 microprocessor unit with multiple ports and connectors (no visible text or labels beyond branding)

System Requirements....3

Hardware....4

Package Contents....4

Rack Installation....5

Setups 6

Front Panel 10

Back Panel....12

Software 13

Control Panel 16

Firmware Update 22

Specifications 23

ABOUT

STAGEGRID 4000

Thank you for choosing DSPRO STAGEGRID 4000 for your SoundGrid system.

This stagebox features 32 microphone inputs and 16 analog outputs. When used in conjunction with Waves eMotion LV1, it provides an excellent solution for live mixing.

The preamplifiers were designed with attention to every detail in order to achieve a pure sound and superior clarity that reveal quality of the eMotion LV1mixing console. Its performance compares to the best systems on the market.

Designed for the road, DSPRO STAGEGRID 4000 components were carefully selected to improve system reliability and strength, including redundant power supply units.

The main features are:

• 32 Microphone or line inputs
• 16 balanced analog outputs on XLR connectors
• 4 Stereo AES / EBU inputs and 4 outputs
• Sample Rates from 44.1 kHz to 96 kHz
• 2 Headphone outs with individual volume controls
• Word Clock input and output, BNC connectors
• SoundGrid Ethernet connection
• Redundant AC power supply

SoundGrid

SoundGrid is a flexible and scalable network audio distribution infrastructure for studio, broadcast, and live high fidelity applications, providing uncompressed multichannel, low-latency audio.

There are several SoundGrid hardware options for IO and real-time audio processing, so a network can be configured in different ways to meet the most demanding situations.

System Requirements

• A STAGEGRID connected to a computer.
- At least one SoundGrid software host is installed (SoundGrid Studio, Multirack, or eMotion LV1). SoundGrid Studio is Windows and MAC compatible. Please consult the Waves website for currently-supported OS versions and DAWs.
- Ethernet Cable CAT5e/6/7. Additional details on network infrastructure can be found on the Waves website.

○ Cable specifications: www.waves.com/support/ethernet-cables-for-soundgrid-systems

- Switches specifications: www.waves.com/support/network-switches-for-soundgrid-systems

For your convenience, register your SoundGrid product at the Waves website to receive exclusive offers for SoundGrid system owners.

HARDWARE

Package contents

1. One STAGEGRID 4000
2. Two power cords
3. One Safety Instructions Guide
4. One serial number label

The unit serial number can be found on the label on the back panel of the device. For future reference, take note of the Serial number:

S/N: ____

Rack Installation

STAGEGRID 4000 is a standard 19" rack mount, four RU in height.

A fan at the rear panel provides proper cooling for the unit. Air exits the enclosure through front and sides. Do not obstruct the air low.

To ensure that the equipment operates within the full rated temperature range, it is necessary to maintain a distance of one rack unit from other equipment.

If more than one STAGEGRID 4000 is used, it is possible to group two units together, as shown in this figure.

Regularly clean the dust filter located on top of the fan—without using water or any other liquid. If a replacement is required, a 45ppi filter should be used.

Setups

Studio

The simplest implementation of the device is to use the STAGEGRID as an audio interface for a native DAW.

Using SoundGrid driver, all channels will be seen as a local interface and the control panel will allow you to set all equipment parameters.

graph TD
    A["STUDIO"] --> B["Computer"]
    B --> C["Audio Device"]
    C --> D["Speaker 1"]
    C --> E["Speaker 2"]

Soundgrid Analog

1. STAGEGRID 4000
2. Host

Live

By adding a Waves server, all real-time processing is offloaded from the host computer, allowing for more power-demanding plugins.

With eMotion LV1 on the host computer, you'll have a complete 32-channel software mixing console. eMotion LV1 is a light, flexible, and powerful mixing console with up to eight plugins per channel.

graph TD
    A["LIVE"] --> B["4"]
    B --> C["3"]
    C --> D["2"]
    D --> E["1"]
    E --> F["2"]
    F --> G["3"]
    G --> H["4"]

Soundgrid Analog

1. STAGEGRID 4000
2. Waves Server One
3. Network switch
4. Host laptop

Large PA

To increase the channel count, more STAGEGRID 4000s can be added to the system. Network components are connected with Ethernet switches, so configurations can easily be modified according to the needs of event.

In this example, two servers are used together for redundancy, significantly increasing fault tolerance. The system is divided between between stage and house mix positions.

graph TD
    subgraph F.O.H.
        A["1"] --> B["2"]
        C["3"] --> D["4"]
        E["5"] --> F["6"]
        G["1"] --> H["2"]
        I["3"] --> J["4"]
        K["1"] --> L["2"]
        M["3"] --> N["4"]
        O["1"] --> P["2"]
        Q["3"] --> R["4"]
        S["1"] --> T["2"]
        U["3"] --> V["4"]
        W["1"] --> X["2"]
        Y["3"] --> Z["4"]
        AA["1"] --> AB["2"]
        AC["3"] --> AD["4"]
        AE["1"] --> AF["2"]
        AG["3"] --> AH["4"]
        AI["1"] --> AJ["2"]
        AK["3"] --> AL["4"]
        AM["1"] --> AN["2"]
        AO["3"] --> AP["4"]
        AQ["1"] --> AR["2"]
        AS["3"] --> AT["4"]
        AU["1"] --> AV["2"]
        AW["3"] --> AX["4"]
        AY["1"] --> AZ["2"]
        BA["3"] --> BB["4"]
        BC["1"] --> BD["2"]
        BE["3"] --> BF["4"]
        BG["1"] --> BH["2"]
        BI["3"] --> BJ["4"]
        BK["1"] --> BL["2"]
        BM["3"] --> BN["4"]
        BO["1"] --> BP["2"]
        BQ["1"] --> BR["2"]
        BS["3"] --> BT["4"]
        BU["1"] --> BV["2"]
        BW["3"] --> BX["4"]
        BY["1"] --> BZ["2"]
        CA["3"] --> CB["4"]
        CC["1"] --> CD["2"]
        CE["3"] --> CF["4"]
        GD["1"] --> DH["2"]
        DI["3"] --> DJ["4"]
        DK["1"] --> DL["2"]
        DM["3"] --> DJ
        EX["1"] --> DY["2"]
        DX["3"] --> DY
        DY --> DB["Dy"]
        DY --> DV["Dy"]
        DY --> DW["Dy"]
    end

    subgraph STAGE
        X["1"] --> Y["2"]
        Z["3"] --> AA["4"]
        AB["1"] --> AB
        AC["3"] --> AC
        AD["1"] --> AD
        AE["3"] --> AE
        AF["1"] --> AF
        AG["Dy"] --> AH["Dy"]
        AI["Dy"] --> AJ["Dy"]
        AK["Dy"] --> AK
        AL["Dy"] --> AL
        AM["Dy"] --> AM
        AN["Dy"] --> AN
        AO["Dy"] --> AO
        AP["Dy"] --> AP
        AQ["Dy"] --> AQ
        AR["Dy"] --> AR
        AS["Dy"] --> AS
        AT["Dy"] --> AT
    end

1. STAGEGRID 4000 (4x)
2. Network switch (2x)
3. Waves Extreme Server (2x)
4. Host and Recording DAW
5. Control surface (optional)

Front Panel

1. 32 mic/line inputs
2. 16 line outputs
3. 4 AES/EBU stereo inputs
4. 4 AES/EBU stereo outputs
5. 2 Headphones
6. Word Clock IN and OUT
7. Reset button
8. Network LEDs:

a. NET – SoundGrid network status

■ Blue: Synchronized with a SoundGrid host application
■ Red: no SoundGrid sync

■ Yellow: Firmware updating
■ White: Unit malfunction
■ Cycling colors: Used to identify the equipment

b. LINK – Ethernet status

■ Green: Link up
■ Blink: Link up and network activity
- Off: Link down

9. SoundGrid Gigabit Ethernet port

10. Power status LEDs

a. Power A and B

■ Green: Power OK
■ Red: Power fail

Back Panel

1. Device fan. Air flows from the back to front and sides.
2. Power A On/Off switch
3. Power A connector
4. Power B connector
5. Power B On/Off switch

SOFTWARE

To use STAGEGRID 4000, you must first install the Waves SoundGrid application and the device drivers.

Software is installed to the host computer using the the Waves Central application, a platform for managing user resources and licenses. Download Waves Central at: www.waves.com/downloads/central.

Use your Waves ID to log in to Waves Central.

1. Select "INSTALL"
2. Select "Online"
3. Search for "STAGEGRID"
4. Select STAGEGRID to add it to the Selected products column.
5. Start the Install

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When installation is complete, run SoundGrid Studio and follow these steps:

1. Select SETUP tab
2. Select SYSTEM INVENTORY
3. At Rack A, add SoundGrid IO devices
4. Select Add Device->Network Devices->SG4000 to allocate STAGEGRID 4000

After adding a STAGEGRID to the System Inventory, the following screen will appear:

1. FW: To perform a device firmware update (check "Firmware Update" for detailed procedure)

Blue: New firmware available

Red: New mandatory firmware available

Grey: Firmware up to date.

1. ID: Identify the device by cycling NET LED colors on the front panel of the device

2. Gear: Access the device's control panel

Control Panel

The control panel has five tabs:

• About: Device description
• System: System details
- Clock: Clock setup
• Input: Input ports setup
• Output: Output ports setup

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Input tab

1. Selected channel group
2. Navigation arrows between channel groups
3. Detailed output VU meter
4. Preamp gain control fader -4 dB to 60 dB
5. Channel phantom power on/off button

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AES Input tab

1. SYNC: AES/EBU operation status:

○Green: Synchronized
○ Orange: Clock slip. Same sample rate but non-identical clock.
- Red: Different sample rate
oGrey: No signal

Output Tab

1. Selected channel group
2. Navigation arrows to move between channel groups
3. Detailed output VU meter

CLOCK Tab

1. SOURCE: The device clock source

When the device is the SOE Master, these options are available:

• Internal: Clock is internally generated.
  ○ WC External: Clock is synchronized to Word Clock input.
• Digital: Clock is synchronized to AES/EBU input. A second drop-down menu selects the port.

When the equipment is SOE Slave, no options are available.

1. SAMPLE RATE: Selects the network sample rate between: 44.1 kHz, 48 kHz, 88.2 kHz, and 96 kHz. Available only when the device is SOE Master.
2. STATUS: Displays current selected clock source synchronization status.
3. SOE: Indicates if the device is the (SOE) network clock master or slave.
4. CURRENT CLOCK SOURCE: Indicates the current clock source, based on previous configurations and fallback mechanisms.

Firmware Update

Use a SoundGrid host application to perform firmware updates. The color of the FW button on a device's icon indicates firmware status.

• BLUE: An optional update is available.
• RED: A mandatory update is available. It will not be possible to use the unit without performing the update
  • GREY: current firmware is up to date.

In the event of a failure during the upgrade process, or any other failure that prevents the device from being recognized by the host application, the following recovery procedure may be performed:

1. Turn off the device power.
2. Press the reset button "R" (on the front panel of the device).
3. Turn on the device while keeping the reset button pressed.
4. Release the button only after the device has started

This will boot the equipment into forced update mode, which can be verified by a yellow "NET" LED.

SPECIFICATIONS

Dimensions:

Height: 176 mm (4RU)

Width: 430 mm (for 19" rack)

Depth: 300 mm (not including connectors)

Power supply:

Voltage: 110 or 240 VAC

Frequency: 50 Hz or 60 Hz

Power: 60 W

Environmental specifications:

Operating temperature: 0°C to 40°C

Relative humidity: Up to 90% non-condensing

Interfaces:

Analog inputs: 32

Analog outputs: 16

AES/EBU inputs: 4

AES/EBU outputs: 4

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Word Clock in: 1

Word Clock out: 1

SoundGrid: 1

Headphones: 2

Analog Inputs:

Impedance: 2.86 kOhms

Gain range: -4 dB to 60 dB

Max input level: 28 dBu (-4 dB gain)

Dynamic range: 115 dB (-60 dBFS, 20 dB gain, 1 kHz, A-weighted)

THD: 0,002 % (-1 dBFS, 20 dB gain, 1 kHz, A-weighted)

Equivalent input noise: -128 dBu (60 dB gain, A-weighted, 150 ohms)

Frequency response: +/- 0.1 dB (20 Hz to 40 kHz at 96 kHz sampling rate)

Phase Shift: <10^ at 20 kHz

Analog Outputs:

Output impedance: 50 ohms

Max output Level (0dBFS): 24 dBu

Dynamic range: 115 dB (-60 dBFS, 1 kHz, A-weighted)

THD: 0,002 % (-1 dBFS, 20 dB gain, 1 kHz, A-weighted)

Frequency response: +/- 0.1 dB (20 to 40 kHz at 96 kHz)

Phase shift: <5^ at 20 kHz

AES/EBU IN/OUT:

Standard: AES3 (2009)

Sample rates: 44.1, 48, 88.2 and 96 kHz

Impedance: 110 ohms

Headphones:

Output Power: 150 mW per channel on 16 ohms

Dynamic range: 100 dB

SoundGrid:

Interface: Gigabit Ethernet

Connector: Neutrik EtherCON

Word Clock

Connector: BNC

Impedance: 75 Ohms

Voltage level: 5V TTL

25 of 26 STAGEGRID 4000 User Guide rev.01