Synapse D16Mio User Manual

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IMPORTANT SAFETY INSTRUCTIONS

The symbols below are internationally accepted symbols that warn of potential hazards with electrical products.

This symbol, wherever it appears, alerts you to the presence of un-insulated dangerous voltage inside the enclosure -- voltage that
may be sufficient to constitute a risk of shock.

This symbol, wherever it appears, alerts you to important operating and maintenance instructions in the accompanying literature.
Please read the manual.

1. Read these instructions.

2. Keep these instructions.

3. Heed all warnings.

4. Follow all instructions.

5. Do not use this apparatus near water.

6. Clean only with a dry cloth.

7. Do not block any ventilation openings. Install in accordance with the manufacturer's instructions.

8. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce

heat.

9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the

other. A grounding type plug has two blades and third grounding prong. The wider blade or the third prong is provided for your
safety. If the provided plug does not fit into your outlet, consult an electrician for replacement of the obsolete outlet.

10. Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit

from the apparatus.

11. Only use attachments/accessories specified by Attero Tech

12. Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus.

13. When a cart is used, use caution when moving the cart/apparatus combination to avoid injury from tip-over.

14. Unplug this apparatus during lightning storms or when unused for long periods of time.

15. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as

power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been
exposed to rain or moisture, does not operate normally, or has been dropped.

16. This apparatus shall be connected to a mains socket outlet with a protective earthing connection.

17. When permanently connected, on all-pole mains switch with a contact separation of at least 3mm in each pole shall be incorporated

in the electrical installation of the building.

18. If rack mounting, provide adequate ventilation. Equipment may be located above or below this apparatus but some equipment (like

large power amplifiers) may cause an unacceptable amount of hum of may generate too much heat and degrade the performance of
this apparatus,

19. This apparatus may be installed in an industry standard equipment rack. Use screws through all mounting holes to provide the best

support.

TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT EXPOSE THIS APPARATUS TO RAIN OR MOISTURE.

614-00051 Rev 00  Attero Tech LLC 2018

Note: 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 and EN55022. These limits are

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

o communications.

Operation of this equipment in a residential area is likely to cause harmful interference,

LIMITED FIVE YEAR WARRANTY

The equipment is warranted for five years from date of purchase from Attero Tech, LLC against defects in materials or workmanship. This
warranty does not cover equipment which has been abused or damaged by careless handling or shipping. This warranty does not apply to
used or demonstrator equipment. Should any defect develop, Attero Tech, LLC will, at our option, repair or replace any defective parts without
charge for either parts or labor. If Attero Tech, LLC cannot correct the defect in the equipment, it will be replaced at no charge with a similar
new item. Attero Tech, LLC will pay for the cost of returning your equipment to you. This warranty applies only to items returned to Attero
Tech, LLC, shipping costs prepaid, within five years from the date of purchase. This Limited Warranty is governed by the laws of the State of
Indiana. It states the entire liability of Attero Tech, LLC and the entire remedy of the purchaser for any breach of warranty as outlined above.
NEITHER ATTERO TECH, LLC NOR ANYONE INVOLVED IN THE PRODUCTION OR DELIVERY OF THE EQUIPMENT SHALL BE LIABLE FOR ANY
INDIRECT, SPECIAL, PUNITIVE, CONSEQUENTIAL, OR INCIDENTAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THIS EQUIPMENT
EVEN IF ATTERO TECH, LLC HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. IN NO EVENT SHALL THE LIABILITY OF ATTERO TECH,
LLC EXCEED THE PURCHASE PRICE OF ANY DEFECTIVE EQUIPMENT.

This warranty gives you specific legal rights. You may have additional legal rights which vary from state to state.

designed to provide reasonable protection against harmful

the instruction manual, may cause harmful interference to radi

in which case the user will be required to correct the interference at their own expense.

This symbol means the product must not be discarded as household waste, and should be delivered to an appropriate collection
facility for recycling. Proper disposal and recycling helps protect natural resources, human health and the environment. For more
information on disposal and recycling of this product, contact your local municipality, disposal service, or the business where you
bought this product.

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Contents

1 – Overview .........................................................................................................................................................................................................................................................5

1.1 – What’s in the Box ................................................................................................................................................................................... 5

1.2 – Optional Extras ...................................................................................................................................................................................... 5

2 – Device Installation .......................................................................................................................................................................................................................................7

2.1 – Mounting ................................................................................................................................................................................................ 7

2.2 – Audio Connections ................................................................................................................................................................................. 7

2.2.1 – Balanced to Balanced Wiring .............................................................................................................................................................. 7

2.2.2 – Balanced to Unbalanced Wiring ......................................................................................................................................................... 7

2.3 – Power Supply .......................................................................................................................................................................................... 8

2.4 – Network Connections ............................................................................................................................................................................. 8

2.4.1 – AES67 Audio Network Note ............................................................................................................................................................... 8

2.4.2 – Using on a Redundant Network ......................................................................................................................................................... 8

2.4.3 – Using on Standalone Network ........................................................................................................................................................... 9

3 – Device Operation ..................................................................................................................................................................................................................................... 10

3.1 – Display View Operation ........................................................................................................................................................................ 10

3.1.1 – Bank Metering Views ....................................................................................................................................................................... 10

3.1.2 – Channel Metering Views .................................................................................................................................................................. 10

3.1.3 – Network Info View ............................................................................................................................................................................ 10

3.1.4 – Dante™ Info View ............................................................................................................................................................................. 10

3.1.5 – Version View .................................................................................................................................................................................... 11

3.1.6 – No Network ...................................................................................................................................................................................... 11

3.1.7 – Identify ............................................................................................................................................................................................. 11

3.2 – Headphone monitoring ........................................................................................................................................................................ 11

3.2.1 – Headphone Volume ......................................................................................................................................................................... 11

3.2.2 – Headphone Mute .............................................................................................................................................................................. 11

3.3 – Factory Reset ........................................................................................................................................................................................ 12

3.4 – Firmware Updates ................................................................................................................................................................................ 12

3.5 – Third Party Control............................................................................................................................................................................... 12

ARCHITECTS & ENGINEERS SPECIFICATION ......................................................................................................................................................................................... 13

Device Specifications ...................................................................................................................................................................................................................................... 14

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1 – Overview

The Synapse D16Mio is a high performance, high channel density
networked audio interface supporting Dante™ with AES67
interoperability. The D16Mio features 16 channels of studio grade
microphone preamplifiers using THAT Corporation™ mic preamp
technology, with up to 51 dB of digitally controlled gain in 3 dB
steps. Each mic input also supports P48 switchable phantom power
and a switchable pad for accommodation of pro line level inputs.

The balanced line level outputs feature digitally controlled output
attenuation from 0 to -100 dB. All I/O are available independently
via the Dante™/AES67 network audio interfaces. The D16Mio is
available in terminal block or DB-25 options for optimum ease of
connectivity and wiring.

The DM16Mio is also an excellent solution for:

o Audio expansion for any DSP based AV system
o House of worship and theatres
o Analog and digital snake alternative

The front panel features an accessible integrated headphone amp
and a high contrast OLED display to provide quick and detailed
feedback for audio confidence monitoring and diagnostics.

The 24V power supply comes pre-mounted to the DM16Mio
chassis but there is also support for a secondary external 24V DC
supply for optional power redundancy.

On the network side, there is a fully redundant Dante™ interface
utilizing both RJ45 connectors and SFP ports. The SFP ports allow
the DM16Mio to utilize direct fiber connectivity for long range
signal extension in physically large systems such as arenas, large
corporate buildings and convention centers.

Audinate’s Dante™ Controller or other 3rd party manufacturer's
Dante™ routing software can be used to control the Dante™ audio
routing configuration of the device while the Attero Tech unIFY
Control Panel application can be used to configure the device­specific features.

1.1 – What’s in the Box

The Synapse DM16Mio comes supplied with the following:

o Synapse DM16Mio device
o AC Mains power cord

1.2 – Optional Extras

The following are available as options for the Synapse D16Mio and
may be ordered separately:

o 24V DC Redundant Power Supply ( P/N: 256-00014-01)
o 1Gbit Fiber SFP Module ( P/N: 065-00038-01)

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DB-25 Option

Terminal Block Option

DEVICE FEATURES

*Note: The Synapse D16Mio has a label on the base of the unit that shows the device’s MAC address. This is important for initial device
identification as the last six digits make up part of the device’s default network name that is shown when the device is detected by Dante™
Controller of unIFY Control Panel.

1 – Headphone Jack
2 – Headphone Mute Indicator
3 – Headphone Volume/Mute Knob
4 – Factory Reset Switch
5 – OLED Display
6 – Front Panel Nav Knob
7 – Monitor Select Switch
8 – Device Power/Status LED

FRONT PANEL

9 – Bank A (Inputs 1-16)
10 – Bank B (Outputs 1-16)
11 – SFP port (Primary)
12 – SFP (Secondary)
13 – Ethernet Port (Primary)
14 – Ethernet Port (Secondary)
15 – DIP Switches (Future Use)
16 – Redundant Power Input
17 – Primary Power Supply

REAR PANEL

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2 – Device Installation

2.1 – Mounting

The case for the D16Mio is designed ready to fit in a standard 19”
rack. The rack mount tabs are built in to the front panel of the
unit (rack screws are not supplied). Use four screws to secure the
unit to the rack. Dimensioned drawings can be obtained by
logging into Attero Tech’s customer portal

.

2.2.1 – Balanced to Balanced Wiring

Figure 1 – Mounting and Dimension Information

2.2 – Audio Connections

All connections to the Synapse D16Mio should be made before
the power is applied. Attach analog audio sources to the analog
audio inputs. Attach analog audio destinations to the analog
audio outputs. The analog audio inputs and outputs are balanced,
so be sure to check what connection type the source and
destination devices use in order to connect it correctly. Refer to
the following diagrams and instructions for connecting different
types of audio devices.

*Note – Based on the input source type, it will be necessary to set
the channel inputs to Mic or Line level accordingly. This is set from
the unIFY Control Panel software. The D16Mio default is Mic level
for all inputs. Microphone preamp levels are also set in the
software. See the unIFY Control Panel manual for further details.

Figure 2 – Balanced Wiring Guide

2.2.2 – Balanced to Unbalanced Wiring

Figure 3 - Unbalanced Wiring Guide

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2.3 – Power Supply

Use the provided AC power cable to connect a standard AC outlet
to the power supply input connector. There is no “on” switch so
the unit will power up as soon as the power connection is made.

*Note: If using the optional backup supply, avoid connecting a
powered supply to the unit. It is recommended to attach the power
supply to the D16Mio first, then connect the power cord to the
power supply to supply power to it.

Once powered, the screen on the front of the unit should turn on
and show the Attero Tech logo, the status LED should be red and
the mute LED should be flashing red rapidly. Initialization can up
to 20 seconds depending on how the device is setup. Once
initialized, the status LED will turn green, the mute LED will go
out, and the screen will change to show the first of the metering
screens.

There may also be some activity on the Dante™ RJ45 Ethernet
connector LEDs. If a cable is connected and no network is
detected, both LEDs will remain off. If an active connection is
made the green LED will come on and the yellow LED will flash.

2.4 – Network Connections

*Note: All Attero Tech products are tested using UTP cabling and
it is recommended that UTP cabling be used when installing them.
STP cabling can be used for installation though care must be
taken not to introduce grounding issues into the system by doing
so.

Network connection is made using the RJ45 ports and SFP ports.
To use an SFP port, a suitable SFP module(s) will be required to
be installed. These are not included with the DM16Mio and must
be purchased separately. In general, any 1Gbit SFP compatible
module may be used.

*Note: If there is no network connection, the front panel will show
“No Network” in the center of all the metering screens. The
network screen will also indicate that there are no active
interfaces.

Dante™ networks can be configured in two different ways:
standalone or redundant. The Synapse DM16Mio can be used in
either configuration. By default the DM16Mio is set to
“Redundant” mode but this can easily be changed using Dante™
Controller.

2.4.1 – AES67 Audio Network Note

For successful deployment of Attero Tech’s AES67 enabled
products, it is necessary to insure the AES67 audio network is
properly configured. A Quick Start Guide for AES67 Audio
Networking is available from the Attero Tech Customer Portal
at https://portal.atterotech.com/home/?v=files/560321a2b075c
. As setup needs may vary by product, it may also be necessary
to check with the AES67-enabled product manufacturer as well.

2.4.2 – Using on a Redundant Network

The DM16Mio is setup for use in a redundant network out of the
box. In this mode the DM16Mio effectively has two separate
network connections, each with its own unique IP address. Both
IP addresses also need to be on completely different subnets.

By default, both ports of the DM16Mio in redundant mode will get
their own IP from a DHCP server if one is available. If not, the
interfaces will fall back to a local link address. For the primary
port, that will be in the range 169.254.x.x. For the secondary
port, that will be in the range 172.31.x.x. Static addresses may
be assigned to one or both interfaces using Dante™ Controller.

Figure 4 –"Redundant” mode, no daisy chain

Connecting both the primary and secondary connections of any
Dante™ device to a network setup for redundancy *WILL* cause
network problems if the device not configured in “Redundant”
mode. As only the primary interface is required for initial setup,
if there is any doubt as to what configuration *ANY* device on the
network has, it is recommended only the primary ports of all
devices be connected to the primary network and all secondary
port connections are left disconnected. Once all devices that
support redundancy are confirmed as being configured in
“Redundant” mode, the secondary ports of all the Dante devices
can then be attached to the secondary network.

For the DM16Mio, when connecting the primary Dante™ network,
either the primary SFP port or the primary RJ45 port can be used.
Similarly, when connecting the secondary Dante™ network, either
the secondary SFP port or the secondary RJ45 port can be used.

*Note: The connections t o the primary and secondary Dante™
networks don’t have to use the same type of port on the D16Mio.
They may be mixed so using a primary SFP connection and an
RJ45 secondary connection or vice versa are both perfectly
acceptable.

Once connections to the main primary and secondary networks
have been made, the unused ports can be used to create a daisy
chain to a nearby device. Simply connect the spare primary port
to the primary port of the nearby device. To maintain full
redundancy, the spare secondary port should also be connected
to the secondary port of the nearby device.

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For full flexibility in a standalone network, the DM16Mio should
be reconfigured to “Switched” mode. This is easily done by
connecting one of the primary ports to the standalone Dante™
network and then using Dante™ controller to switch the mode.

Figure 5 - "Redundant" mode with daisy chaining

*Note: There are limitations using daisy chaining due to the
additional switch hops of a daisy chained switch/device in a
Dante™ network. While daisy chaining can certainly offer the
installer some benefits, careful consideration should be given as
to whether daisy chaining is suitable for any given application.

2.4.3 – Using on Standalone Network

The DM16Mio supports both redundant mode and standalone
mode (indicated as “switched” mode in Dante™ Controller). If the
DM16Mio is being used in a standalone network, running the
DM16Mio in either “Redundant” or “Switched mode is perfectly
acceptable and will work so even though the DM16Mio is setup in
“Redundant” mode by default, it can and will work happily in a
standalone network without changing anything. However, only
the primary SFP port or primary Ethernet port of the DM16Mio
may then be connected to a standalone Dante™ network.

*Note: Connecting either secondary port to a standalone Dante™
network while the D16Mio is still set in “Redundant” mode will
cause problems due to the IP address setup of the secondary ports
having completely different IP addresses. Therefore this should
be avoided.

Figure 7 - "Standalone" connection in "Switched" mode

In “Switched” mode, the DM16Mio reverts to using a single
internal network connection with a single IP address. The concept
of primary and secondary ports become irrelevant and all of the
ports (both SFP and RJ45) are connected together on the same
network essentially turning the DM16Mio into a regular four port
network switch.

In this mode, the Dante™ network can be connected to any of the
four ports. Any unused ports may then be used to connect other
devices in a daisy chain. As the DM16Mio is acting as a switch,
other devices connected to the DM16Mio must then count the
DM16Mio as a switch hop.

Figure 6 - "Standalone" connection in “Redundant” mode

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3 – Device Operation

Panel Lock

Headpho ne Volum e

Headpho ne Channel

Screen name

Channel Name (Dante Tx Name)

Headpho ne Channel

Headpho ne Volum e

Preamp Gain

P48 S ta tus

Certain features of the DM16Mio such as channel mutes, output
level, and front panel lockout are controlled using unIFY Control
Panel application. This is available from the customer portal
section of our website. Details of those features are shown in the
help documentation for unIFY Control Panel.

Some features of the device are operated from the various
controls on the front panel such as the main display.

3.1 – Display View Operation

During power up the display will show the Attero Tech logo. Once
the device is running, the display will switch to showing a normal
view. If there are any problems, the display will indicate a POST
(Power-On Self-Test) error. If this happens contact Attero Tech
technical support.

Once up and running, the front panel can show various different
views and is used to control a number of DM16Mio features. To
save power, the display will turn itself off after 30 seconds of
inactivity. To activate the display again, press either of the knobs
to activate their buttons or the monitor select button. The Display
Timeout timer can be adjusted in unIFY Control Panel.

*Note: Turning a knob will NOT turn the screen back on. It must
be a button push.

Navigating the views on the display is achieved using the “Menu
Nav” knob. Rotating this left or right will step through the various
views available. If the front panel lock has been activated by
unIFY, the panel lock icon will be shown in the upper right hand
corner of the display and while the “Menu Nav” knob can still be
used to rotate the different views no further action can be taken
on any view.

3.1.1 – Bank Metering Views

There are two views for bank metering. The main part of each
bank view shows meters for each analog input or output in that
bank. This view can be used to select the monitor output if the
panel lock is not active by pressing in the “Menu Nav” button. This
activates a cursor that can be scrolled used the knob to select one
of the visible channels. Once the desired channel is selected,
press the separate “Monitor Select” button and that channel will
when be routed to the headphone output.

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3.1.2 – Channel Metering Views

Each individual input and output channel has its own view. The
meter itself is shown in the horizontally across the main part of
the view from left to right. The name of the current channels
meter being shown is displayed in the upper left hand corner. The
name in parenthesis that follows the name is the channel name
that this channels is identified by on the Dante™ network. This
view can also be used to select the monitor output if the front
panel lock is not active. To do so, with the desired channel on
view, click the “Monitor Select” button.

In the channel metering view, the preamp gain for the channel
may be configured from the front panel by depressing the Menu
Nav encoder. This switches context to the preamp gain control.
In addition the phantom power state can be toggled by pressing
the Monitor Select button. To switch context back to the Menu
Navigation mode.

3.1.3 – Network Info View

The Network info view shows the IP addresses and link speed of
0the DM16Mio’s interfaces. In redundant mode, both a primary
and a secondary interface will be shown. The primary port speed
will always indicate the faster of the two possible primary links if
they are both used. The same is true the secondary port speed if
both secondary links are used.

In switched mode, only one interface with its IP address is shown
and the speed indicated will be the fastest speed of any of the
four possible links.

3.1.4 – Dante™ Info View

The Dante™ info view shows information about the Dante™ setup.
The device Dante™ name, its port mode and the devices clock
sync status are all shown. The Dante™ name is name the device
identifies itself as on the Dante™ network. The port state shows
if the device is in either redundant mode or switched mode. The
clock sync indicates whether the device is the “Master” clock for
the system or if it’s a “Slave” to another device. A state of “No

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Sync” may indicate a possible problem with either the device or
the network.

3.1.5 – Version View

the volume knob. The LED will be red while the mute is active and
off otherwise. To toggle the mute state, push the volume knob to
activate its button.

The Version view gives version information about the various
parts of the device.

3.1.6 – No Network

If the DM16Mio becomes disconnected from the Dante network
at any time, that will be indicated on various views. The metering
views will show a “No Network” message while the Network view
will show “No link” for all indicated interfaces.

3.1.7 – Identify

The “Identify Device” option allow devices on the network to be
visually located. This feature will flash the Status/Power LED, and
display the above message on the front panel display of the
selected device in unIFY Control Panel. See the unIFY Control
Panel manual for more information on using this function.

*NOTE: On Synapse devices, the front panel controls will not
operate until the Identify function is disabled.

3.2 – Headphone monitoring

The DM16Mio has a headphone output that can be used to
monitor audio signals in the device. The currently selected
channel for monitoring is shown in the bottom left corner of any
of the metering views. Selecting a channel can be done from any
of the metering views. The headphone output has both volume
and mute controls available.

3.2.1 – Headphone Volume

The current volume level is indicated in the lower right corner of
the display on any of the metering views. The volume is controlled
with the monitor volume knob just to the right of the output jack
itself. Turning the knob clockwise increases volume while turning
it counter-clockwise decreases the volume level.

3.2.2 – Headphone Mute

The headphone volume knob also acts as a mute control. The
state of the mute is indicated by the mute LED just to the left of

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3.3 – Factory Reset

Should it be necessary, the DM16Mio has a factory reset option.
Activating it affects both Dante™ and non-Dante™ settings of the
device. All Dante™ settings are reset including device name and
channel names, the Ethernet port mode will be defaulted back to
redundant mode and the IP address setup will be reset to get an
IP address dynamically.

The factory reset switch is accessed through a small hole on the
front panel. The active the factory reset insert a paperclip or small
screw driver into the factory reset hole and press and hold the
factory switch for five seconds. Once the switch has been in for
long enough, if the screen was active, the screen will blank,
releasing the switch after 5 seconds will then start the factory
reset process.

3.4 – Firmware Updates

If a firmware update for the DM16Mio is released, it may be
applied in the field by the end user or installer. The update
process takes advantage of the smart firmware update tool in
unIFY. The unIFY Control Panel application is available from
the customer portal

To apply the update, download the appropriate SFU file for the
D32o, select the smart firmware update option under the Tools
menu and follow the instructions. Further assistance for doing
updates is provided in the unIFY Control Panel manual.

on the Attero Tech website.

3.5 – Third Party Control

The DM16Mio offers some support for real time third party
control. The commands the DM16Mio support and the protocol it
uses are all outlined in the unIFY 3
available from the customer portal

rd

party software API document

on the Attero Tech website.

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ARCHITECTS & ENGINEERS SPECIFICATION

The Dante™ / AES67 interface shall have 16 balanced mic/line level inputs available on terminal blocks or DB-25 connectors.

The mic/line preamps for each channel shall support up to 51 dB of digitally controlled gain in 3 dB increments with switchable phantom
power.

A switchable attenuator pad provides support for line level signals levels of up to +24dBu when active.

The front panel display shall show audio inputs and allow assignment of any analog input to the front panel mounted headphone jack for
monitoring.

The interface shall have 16 balanced line level outputs available on terminal blocks or DB-25 connectors.

The output attenuation level shall be configurable in 1 dB increments from 0 to -100 dB.

The Dante™ interface shall support a switched or redundant network mode.

The device shall have two integrated Gigabit Ethernet ports on RJ-45 connectors and 2 gigabit SFP expansion slots for connectivity to a
Dante™ network.

All parameter changes will be non-volatile and self-restoring in the event of power interruption.

The device shall support Ethernet and power redundancy.

The device shall be compliant with FCC 47CFR parts 15B and 18 (Class A), EN 55011, ICES-003, RoHS and CE (EN55022 Class A and EN55024
Class A).

The device shall be the Attero Tech Synapse D16Mio.

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Device Specifications

Analog Audio Inputs

Input Type

Input Impedance

Maximum Input Levels +24 dBu (Pad Active – Line Mode) +/- 0.005%

THD+N ≤ 0.005% at -3 dBFS

Dynamic Range > 105 dB

Frequency Response 20-20kHz, +/- 0.5dB

Output Type

Output Impedance

Maximum Output Levels +24 dBu (+/- 0.5 dB)

THD+N ≤ 0.005% at -3 dBFS

Dynamic Range > 105 dB

Frequency Res ponse 20-20kHz, +/- 0.5dB

Output Type Stereo he adphone on ¼” TRS

Maximum output level

THD+N < 0.01 % @ 25mW

16 – Balanced 3-pin line level (Terminal Block option)

4 – TASC AM-pinout compatible DB25 balanced analog
(DB-25 option)

10 kΩ - Line Mode

Analog Audio Outputs

16 – Balanced 3-pin line level (Terminal Block option)

4 – TASC AM-pinout compatible DB25 balanced analog
(DB-25)

200 Ω - Balanced

Headphone Output

25mW into 32 Ω

Dante Network

Physical L ayer Ethernet

Connector (s) Dual RJ-45 / Dual SFP Slots

Cable Quality CAT-5e or better (Copper) / Fiber

Transmission Speed All interfaces 1 Gbps

Supported Sample Rates 44.1kHz /48kHz / 88.2 kHz / 96 kHz

Minimum Dante
Network Latency

Supported Modes Redundant / Switched

AES67 Support Dante™ – AES 67 Mode

AC Power 120V AC

Power Consumption < 20W Max

Cable Quality CAT-5e or better

Width 19"

Height 1.75” (1 RU Form Factor)

Depth 12.5"

Weight 6 lbs.

Certificat ions

Environmental Operating Specifications

250 us

Power Specifications

Physical Dimensions

Regulatory Compliance

FCC CFR 47 Parts 15B Class A, EN55011

ICES-003

CE (EN55022 / EN55024)

RoHS

REACH

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Operating Temperature

0 to 40° C

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