Datasheet

Studio Technologies, Inc. Model 209 Talent Console, Issue 1, Page 4
Model 209 Specifications
Power Source:
Power-over-Ethernet (PoE): class 2 (low power, ≤6.49 watts)
per IEEE® 802.3af
Network Audio Technology:
Type: Dante audio-over-Ethernet
AES67-2018 Support: yes, selectable on/off
Dante Domain Manager (DDM) Support: yes
Bit Depth: up to 32
Encoding Choices: PCM 16, PCM 24, or PCM 32
Sample Rate: 48 or 96 kHz
Pull-Up/Down Support: no
Dante Transmitter (Output) Channels: 2
Dante Receiver (Input) Channels: 2
Dante Audio Flows: 4; 2 transmitter, 2 receiver
Internal Digital Audio Processing: 32-bit, fixed
Transmitter (Output) and Receiver (Input) Nominal Level:
–20 dBFS
Network Interface:
Type: 100BASE-TX, Fast Ethernet per IEEE® 802.3u (10BASE-TX
and 1000BASE-T (GigE) not supported.)
Power-over-Ethernet (PoE): Per IEEE 802.3af
Data Rate: 100 Mb/s (10 Mb/s and 1000 Mb/s not supported)
Analog Microphone Input:
Compatibility: dynamic or phantom-powered microphones
Type: balanced, capacitive coupled
Impedance: 3.6 k (3600) ohms, nominal
Gain: 20 to 65 dB in 1-dB steps
Frequency Response: 20 Hz to 22 kHz, +0/–1 dB
Distortion (THD+N): <0.0004 %, 1 kHz, –4 dBFS output, 20 dB
gain, 22 kHz BW
Dynamic Range: 120 dB, ref 0 dBFS output, 20 dB gain,
A-weighted
Phantom Power: P48 per IEC 61938 standard, on/off selectable
with status LED
Headphone Output:
Type: dual-channel (stereo)
Compatibility: intended for connection to stereo (dual-channel)
or monaural (single-channel) headphones, headsets, or earpieces
with nominal impedance of 50 ohms or greater
Maximum Output Voltage: 3.5 Vrms, 1 kHz, with load of
150 ohms
Frequency Response (TOX Filter Disabled): 20 Hz to 20 kHz,
+0/–1 dB
Frequency Response (TOX Filter Enabled): 20 Hz to 10 kHz,
–3 dB at 10 kHz
Distortion (THD+N): <0.002 %
Dynamic Range: >102 dB
Remote Control Inputs: 2
Functions: configurable
Type: active low, 1 mA maximum, input pulled up to 3.3 volts DC
by way of 3.4 k (3400) ohm resistor
Tally Outputs: 2
Functions: independently configurable, can follow STcontroller
On/Off buttons, Dante main transmitter (output) status, remote
control input status, or TOX (tone receive) status
Type: active high, active low, differential – active high, differen
-
tial – active low, configurable
High Output: 100 mA maximum at 12 volts DC
Low Output: 100 mA sink
TOX (Tone Receive) Tally Activation:
Method: in-band audio tone
Source: Dante receiver (input) Headphone Ch1 or Dante
receiver (input) Headphone Ch2, selectable
Tone Characteristics: 18 to 23 kHz, nominal
Minimum Level: –25 dBFS, nominal
Detect Time: 10 milliseconds, minimum
Connectors:
Ethernet: RJ45 jack
Microphone Input: 3-pin female XLR
Headphone Output: 3-conductor (TRS) ¼-inch jack and
3-conductor (TRS) 3.5 mm jack
Remote Control Inputs: 3-conductor (TRS) 3.5 mm jack
Tally Outputs: 3-conductor (TRS) 3.5
mm jack
USB: type A receptacle (used only for updating firmware)
Configuration: Studio Technologies STcontroller personal
computer application
Ethernet Control: UDP commands allow support of remote
control and status indication functions
Dimensions (Overall):
4.7 inches (12.0 cm) wide (maximum)
1.4 inches (3.6 cm) high
5.8 inches (14.7 cm) deep
6.0 inches (15.2 cm) deep (overall with knob)
Installation: intended for under-surface mounting in
tabletop or similar applications
Weight:
0.55 pounds (0.26 kg)
Specifications subject to change without notice.
Studio Technologies, Inc.
Skokie, Illinois USA
© by Studio Technolog
ies, Inc., July 2021
studio-tech.com
tion allows easy integration with a DSP-based audio processing
unit. With no additional wiring and simple programming, the
processor can generate tones required to control the state of
the tally outputs.
Future Capabilities and Firmware
Updating
The Model 209 was designed so that its capabilities and per-
formance can be enhanced in the future. A USB receptacle,
located on the unit’s back panel, allows the application firmware
(embedded software) to be updated using a USB flash drive.
The Model 209 uses Audinate’s Ultimo™ integrated circuit to
implement the Dante interface. The firmware in this integrated
circuit can be updated via the Ethernet connection, helping to
ensure its capabilities remain up to date.