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Featured Products
Introducing the 9320A SAM Reference Controller.
Monitor controller, calibration set, output interface, GLM remote and headphone amp.
1. Tactile monitor control from stereo to immersive
Management of scalable Genelec Smart Active (SAM) Monitoring systems
With tactile control of key functionality in Genelec Loudspeaker Manager (GLM™) software, the 9320A provides an intuitive, quick-to-access physical user interface with clear haptic feedback – allowing you to speed up your workflow and hide the graphical user interface of GLM, so you can retain focus on your DAW.
Easy management of alternative monitoring systems in one room
Having GLM control at your fingertips enables fast switching and management of in-room SAM Monitoring layouts, while the 9320A also provides level alignment and standard control of directly connected stereo monitoring systems. This simplifies movement between monitoring options and allows you to fully trust what you hear. Working with any DAW and audio interface system, the 9320A – with GLM – can handle an unlimited channel count for SAM Monitoring systems. And alternative stereo loudspeaker monitoring is easily connected using in-device AES/EBU and analogue inputs.
Intelligent one-button switching for seamless in-room and headphone monitoring
The 9320A also provides level alignment for headphone monitoring, meaning it's able to switch from any of your monitoring systems to another without a level change. This gives you smooth and easy switching between all loudspeaker and headphone-based monitoring, without the need to readjust the monitoring level each time.
2. AES/EBU connectivity for the purest signal path
Versatile in-device monitoring options
Stereo and stereo-with-subwoofer monitoring systems can be directly connected to the 9320A using its analogue and AES/EBU input/output connectivity, while the 9320A can also be used as a USB output interface for high resolution stereo audio input from a computer. The 9320A outputs support both fixed line level output in ‘SAM’ mode and adjusted line output. Both modes are available over its balanced analogue outputs and AES output. This makes the 9320A compatible with any professional loudspeaker monitor or headphone sets.
High-quality DAC conversion of signal
It's also possible to use the 9320A as a high-quality converter from analogue inputs to AES out and from AES to analogue outputs – as well as converting USB audio input to any output. This makes it hugely versatile – and an extremely effective hub for professional monitoring tasks. The maximum level of the analogue balanced line input can be set to +12 dBu or +24 dBu. The USB audio and AES digital audio inputs to AES digital output offer an A-weighted dynamic range of 138 dB.
3. Reference grade headphone output
Professional headphone monitoring
Personal headphone sound character calibration is a natural part of the 9320A as a device for reference level listening. The headphone output can handle headphone impedances ranging from 16 to 600 ohms, with excellent linearity (THD+N less than -110 dB) and dynamic range (126 dB), offering a maximum RMS output of 6 volts – for access to the best possible performance from any high-quality professional headphones.
Enhanced headphone monitoring using Aural ID™ Technology
Genelec Aural ID Technology enables access to obtain and use your unique personal HRTF data to render reliable stereo, multichannel and immersive monitoring layouts with accurate virtual loudspeaker positioning and out-of-the-head externalised reproduction – using any high-quality professional headphones. Aural ID integrates perfectly with the headphone output of the 9320A, for the highest possible standard of headphone monitoring.
4. Monitor calibration with GLM and calibrated listening level
Automatic GLM AutoCal™ calibration
GLM software works with Genelec Smart Active (SAM) Monitoring systems to enable neutral, carefully aligned audio reproduction over loudspeaker monitors – with correctly calibrated and equalised subwoofer support as needed – and access to detailed GRADE™ Room Acoustic Reports. For this, a factory-calibrated reference microphone is included with the 9320A.
Alignment of all monitoring options
The 9320A offers reproduction level alignment across all loudspeaker-based monitoring layouts and headphones, for the smoothest possible transitioning between loudspeaker and headphone-based monitoring.
5. Safe listening – Noise dose estimation
Hearing health support during monitoring
Continuous A, C and Z weighted SPL monitoring, shown on the backlit display of the 9320A, allows quick assessment of listening safety. SPL is sampled using the included reference microphone for in-room audio and calculated using headphone sensitivity data for the headphone audio. The audio engineer sound exposure dose is logged, and hearing health exposure dose alarms can be easily set. Combined with the ability to create highly linear monitoring systems – which naturally support minimal hearing fatigue – these features make the 9320A a key ally for hearing protection.
The 9320A is designed for professional audio engineering on fixed and mobile setups.
Ideal for stereo and immersive music studios, game audio studios, broadcasting, streaming and AV post-production, the 9320A offers smooth management of SAM Monitoring systems – from stereo to immersive – and direct connectivity for monitoring of analogue and digital AES/EBU stereo audio over loudspeakers and headphones.
The in-device audio input options are:
• Stereo USB audio
• Two analogue balanced line inputs
• Stereo AES/EBU digital audio
These three alternative inputs provide extremely flexible connectivity, with the ability to smoothly switch between each input and to easily channel the signal to directly connected analogue and digital stereo or stereo-with-subwoofer loudspeaker monitoring or professional headphones. Each output can be level-aligned for smooth switching across all inputs and outputs.
The 9320A is intended to be set up and used with a computer running GLM software and Aural ID software but can be also used in independent mode.
Powered by USB and equipped with a Type C USB interface, the 9320A consumes a maximum of 2.5 W of power, making it compatible with any computer-based DAW. Additionally, when USB interfaces cannot offer power, a separate USB Type C power input is provided. The audio bandwidth for all input/output combinations extends up to 46 kHz and offers a dynamic range exceeding 120 dB, THD+N lower than -110 dB, and minimal input to output latency in the range 2 to 3.2 ms.
Mechanical and power
- Weight: kg (lbs) 0.890 (2.0)
- Height: mm (in) 60 (2 3/8)
- Width: mm (in) 190 (7 1/2)
- Depth: mm (in) 139 (5 1/2)
- Supply voltage, USB type C connector VDC 5
- Operating power consumption, no outputs driven W 1.5
- Operating power consumption, using computer connector USB-C W < 2.5 (typ. 2.25)
- Operating power consumption, using PWR connector USB-C W < 3.5
- Sleep mode power consumption W 0.125
- Operating temperature: C (F) 15 – 35 (60 – 95)
- Operating humidity, noncondensing: % 10 – 80
Typical system performance
- Parameter Unit AES/EBU input to headphone output AES/EBU input to line output Line input to line output Line input to headphone output Line input to AES/EBU output
- Frequency response, – 3 dB point kHz 0 – 46 0 – 46 0.2 Hz – 46 0.2 Hz – 46 0.2 Hz – 46
- Frequency response flatness, measurement range 10Hz – 40 kHz dB ± 0.1 ± 0.1 ± 0.1 ± 0.1 ± 0.1
- Channel gain difference dB < 0.1 < 0.1 < 0.1 < 0.1 < 0.1
- Dynamic range (Lo Gain / Hi Gain) dB 126 (250-600Ω) 126 121 / 118 121 / 118 123 / 121
- Noise (A weighted), measurement range 20 Hz – 20 kHz, (Vol. -0dBFS) (Lo Gain / Hi Gain) μV 3 / 3 5.5 / 7.5 5.5 / 7.5 n.a. n.a.
- THD+N distortion and noise (Lo Gain), maximum volume setting, input signal -6 to 0 dBFS 1 kHz, measurement range 20 Hz - 20 kHz % / dB < 0.0004 / < –108 < 0.0004 / < –108 < 0.0005 / < –106 < 0.0005 / < –106 < 0.0004 / < –108
- THD+N distortion and noise (Hi Gain), maximum volume setting, input signal -6 to 0 dBFS 1 kHz, measurement range 20 Hz - 20 kHz % / dB n.a. n.a. < 0.0006 / -104 < 0.0006 / -104 < 0.0005 / -106
- Input to output latency ms 3.2 3.2 2.1 2.1 2.0
- Crosstalk 10kHz -10dBFS Load impedances (100 kΩ, 150 Ω, 32 Ω)* dB -120, -87, -74* -120 -120 -120, -87, -74* -120
Typical output performance
- Parameter Unit Headphone output Analog line output AES/EBU output
- Connector: 1/4 in TRS 1/4 in TRS XLR male
- Electrical interface: Split supply, ground referenced Balanced AES 3
- Maximum output voltage: V RMS (dBu) 6 (17.8) 6 (17.8) n.a.
- V peak: 10.6 10.6 n.a.
- V peak-to-peak 21.3 21.3 n.a.
- Output impedance: Ω (ohm) 1.5 80 110
- Max output current: mA 120 n.a. n.a.
- Headphone maximum output power (Both left and right channels loaded. Power feed from the computer USB-C connector. In parenthesis when the PWR USB-C input is used for power.) mW
- 16 Ω: 90 (123)
- 32 Ω: 120 (211)
- 100 Ω: 123 (203)
- 150 Ω: 141 (173)
- 250 Ω: 100 (144)
- 600 Ω: 53 (53)
- n.a. n.a.
- Frequency response (-3 dB point) kHz 0 – 46 0 – 46 0 – 46
- Frequency response flatness (range 10Hz – 40 kHz) dB ± 0.1 ± 0.1 ± 0.01
- Channel gain difference dB < 0.05 < 0.05 < 0.01
- Dynamic range dB 126 (Load 250-600Ω) 126 138
- Noise A weighted (20-20 kHz) uV 3 3 n.a.
- Distortion and noise (250-600Ω) Input -6 to 0 dBFS 1 kHz, 20 Hz to 20 kHz measurement range. % < 0.0004 < 0.0004 n.a.
- dB < –108 < –108 n.a.
Typical input performance
- Parameter Unit Analogue line input USB input AES/EBU input
- Connector mm (in) 6.3 (1/4) TRS USB-C XLR female
- Interface type, electrical: Balanced USB 2.0 High Speed AES 3
- Maximum input voltage (Lo Gain): dBu 24 n.a. n.a.
- Maximum input voltage (Hi Gain): dBu 12 n.a. n.a.
- Input impedance, differential Ω (ohm) 6600 n.a. 110
- Frequency response, -3 dB kHz 0.2 Hz - 46 0 – 46 0 – 46
- Samplerates kHz n.a. 44.1, 48, 88.2, 96, 176.4, 192 32 – 192
- Sample word length bit n.a. 24 16 – 24
- Frequency response flatness 20 Hz - 40 kHz dB ± 0.05 ± 0.01 ± 0.01
- Channel gain difference dB < 0.05 < 0.01 < 0.01
- Dynamic range (A weighted) 20-20kHz (Lo Gain / Hi Gain) dB 123 / 121 138 (24 bit) 138 (24 bit)
- Equivalent input noise (A weighted) 20-20kHz (Lo Gain / Hi Gain) μV 9 / 3 n.a. n.a.
- THD+N distortion and noise (Hi Gain), input signal -6 to 0 dBFS 1 kHz, measurement range 20 Hz - 20 kHz % / dB 0.0005 / –106 n.a. n.a.
- Distortion and noise (Low Gain), input signal -6 to 0 dBFS 1 kHz, measurement range 20 Hz - 20 kHz % / dB 0.0004 / –108 n.a. n.a.
Specific References
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