Call us FREE on 0800 488 000
X
X

Please Log In Below

Forgotten Password?
Retry
Sorry! You can't edit your cart on this page.
Sorry! This item could not be added to your cart as it is no longer available from Comms Express.
Please check the quantity you are adding and try again.
The following item has been added to your cart.
Product Code:
Options:
Qty:
Unit Price:£
View Cart
Checkout
Your cart is empty!
Subtotal:
£0
Remove all items from cart
Are you sure? Yes No
Learn more about how
to collect Data Points
for free gifts.
Request A Quote
View Cart
Checkout
Cookie Policy×

Hi there! Our website may store cookies on your computer in order to give you the best experience, such as remembering the items in your cart so you can continue shopping where you left off.

By continuing to use our site, you give consent for cookies to be used.

Spend £50.00 for
FREE DELIVERY.
Free delivery excludes heavy and bulky products
Browse Categories
In Stock: 5-7 Days
£174.33
£209.20 Inc VAT
Earn 87 Data Points when purchasing this product. More Info

Blustream DA11ADE Dante® Audio Analogue Decoder

by Blustream
See more product details
Part No:BSDA11ADE
Manufacturer No:DA11ADE
Delivery: In Stock: 5-7 Days
Feefo logo

/assets/images/gallery/large/1768986867da11ade_1.jpg

Blustream DA11ADE Dante® Audio Analogue Decoder
More Related Items
Click to change options
Colour:
Door:
Flat Pack:
Accessory Kit:
Apply
£643.75 Ex VAT
Qty:
Email product to a friend
X
  • Scroll to top

    The DA11ADE is a compact Dante® audio decoder engineered to convert Dante® digital audio streams into high-quality two-channel analogue audio. Designed for professional AV and networked audio environments, it delivers reliable signal conversion with flexible power and output configurations.



    Key Features of DA11ADE

    • Dante® digital audio decoding to 2-channel analogue output
    • Balanced and unbalanced analogue audio output support
    • Plug & play operation with PoE or local 12V power
    • Supports 44.1, 48, and 96 kHz sample rates at 24-bit
    • Configurable Dante® device latency: 1 ms, 2 ms, or 5 ms
    • Independent output gain control per channel
    • AES67 RTP audio transport compatibility
    • Class 1 IEEE 802.3af Power over Ethernet support

    Dante® to Analogue Conversion

    The DA11ADE decodes Dante® network audio streams into two channels of high-quality analogue audio, making it suitable for interfacing modern IP-based audio networks with traditional analogue equipment.


    Balanced and Unbalanced Outputs

    Analogue outputs support both balanced and unbalanced signal types, providing flexibility when connecting to mixers, amplifiers, powered speakers, or other audio devices.


    Flexible Power Options

    The unit can be powered directly from a PoE-enabled network switch using Class 1 802.3af Power over Ethernet, or via a local 12V DC power supply input when PoE is not available.


    Independent Channel Gain Control

    Each output channel features independent gain adjustment, allowing precise control of audio sensitivity from +18dBu to -10dBV to suit a wide range of downstream equipment.


    Sample Rate and Bit Depth Support

    The DA11ADE supports industry-standard sample rates of 44.1 kHz, 48 kHz, and 96 kHz at 24-bit resolution, ensuring compatibility with professional audio workflows.


    Configurable Dante® Latency

    Device latency can be configured to 1 ms, 2 ms, or 5 ms using Dante® Controller, enabling optimisation for different network conditions and system designs.


    AES67 Compatibility

    In addition to Dante®, the DA11ADE supports AES67 RTP audio transport, allowing interoperability with other AES67-compliant audio networking systems.

    The DA11ADE is a compact Dante® audio decoder engineered to convert Dante® digital audio streams into high-quality two-channel analogue audio. Designed for professional AV and networked audio environments, it delivers reliable signal conversion with flexible power and output configurations.



    Key Features of DA11ADE

    • Dante® digital audio decoding to 2-channel analogue output
    • Balanced and unbalanced analogue audio output support
    • Plug & play operation with PoE or local 12V power
    • Supports 44.1, 48, and 96 kHz sample rates at 24-bit
    • Configurable Dante® device latency: 1 ms, 2 ms, or 5 ms
    • Independent output gain control per channel
    • AES67 RTP audio transport compatibility
    • Class 1 IEEE 802.3af Power over Ethernet support

    Dante® to Analogue Conversion

    The DA11ADE decodes Dante® network audio streams into two channels of high-quality analogue audio, making it suitable for interfacing modern IP-based audio networks with traditional analogue equipment.


    Balanced and Unbalanced Outputs

    Analogue outputs support both balanced and unbalanced signal types, providing flexibility when connecting to mixers, amplifiers, powered speakers, or other audio devices.


    Flexible Power Options

    The unit can be powered directly from a PoE-enabled network switch using Class 1 802.3af Power over Ethernet, or via a local 12V DC power supply input when PoE is not available.


    Independent Channel Gain Control

    Each output channel features independent gain adjustment, allowing precise control of audio sensitivity from +18dBu to -10dBV to suit a wide range of downstream equipment.


    Sample Rate and Bit Depth Support

    The DA11ADE supports industry-standard sample rates of 44.1 kHz, 48 kHz, and 96 kHz at 24-bit resolution, ensuring compatibility with professional audio workflows.


    Configurable Dante® Latency

    Device latency can be configured to 1 ms, 2 ms, or 5 ms using Dante® Controller, enabling optimisation for different network conditions and system designs.


    AES67 Compatibility

    In addition to Dante®, the DA11ADE supports AES67 RTP audio transport, allowing interoperability with other AES67-compliant audio networking systems.

    Product data is provided by Icecat, we do not warrant the accuracy of the material above.

    Email product to a friend
    Print product details
    View Keywording: