Aansluitingen:
The Genelec 9320A Reference Controller provides intuitive, hands-on control of a monitoring setup – whether working with near-field monitors for stereo sound or immersive 3D audio – allowing seamless adjustment of overall volume and speaker layouts. Its high-quality headphone output supports Aural ID technology, enabling accurate binaural playback based on a personal HRTF profile. With integrated compatibility for the Genelec SAM series, the controller works in tandem with the Genelec Loudspeaker Manager (GLM) software to configure the system for any room, using the included measurement microphone that connects to the rear of the unit. Altogether, this controller delivers a flexible, professional-grade solution for precise monitoring and room calibration.
The rear panel of the network adapter features two analogue inputs and outputs on 6.3mm jacks, along with digital AES/EBU input and output options, allowing for flexible connectivity in stereo setups. Additionally, two audio channels can be routed to the monitor controller via the USB connection. The pre-wired microphone for room calibration connects through a 3.5mm jack, with the network ports positioned to the right. The GLM network socket links to studio monitors or subwoofers, depending on the studio's configuration, while the far-left USB-B port connects the system to a computer for control via the GLM software, and a dedicated 3.5mm jack is provided for connecting an optional volume controller from Genelec, available separately.
Whether working in stereo for music production or exploring 3D audio for immersive games, the Genelec 9320A Reference Controller is built for users of Genelec loudspeaker systems who need direct, intuitive control for professional-grade monitoring. Its high-quality headphone output delivers precise listening with a wide 126dB dynamic range and outstanding linearity, while the backlit display shows real-time A, C, or Z-weighted SPL readings for accurate monitoring of overall volume. Using the included reference microphone, the system measures sound pressure levels continuously, enabling sound exposure to be tracked and providing warnings when critical thresholds are reached to help protect hearing over time.
Genelec was founded in 1976 by Ilpo Martikainen. It grew from a family business into one of the world’s leading manufacturers of professional studio and broadcasting loudspeakers. To this day, Genelec’s loudspeakers are manufactured exclusively in Finland. Genelec offers performance-oriented, neutral-sounding loudspeakers and subwoofer systems for audio professionals and sound enthusiasts, and a combination of innovative technology and design ensure that the range of products is continuously improving. The company is committed to sustainable development and environmental awareness. In 2018, Genelec was awarded the Pro Sound "Company of the Year" award. Genelec speakers are favourites of such recording industry veterans as Obie O'Brien, Michael Carnes, and David Reitzas, as well as of producers like Hardwell, Keith Ross, and Vini Vici.
The GLM software, available as a free download from the manufacturer's website, provides full access to the internal DSP of Genelec loudspeakers, allowing for detailed control and customisation. Using the included microphone, the acoustic environment is first analysed by placing the mic at the listening position with its tip pointing upward, though measurements can also be taken from multiple positions to identify room anomalies. The AutoCal 2 algorithm then automatically optimises levels, delay times, crossover phase, and frequency response to deliver a natural listening experience with the most linear response possible, while final adjustments can be made manually to suit personal preferences – all within the intuitive GLM software environment.
Binaural Audio
Binaural audio refers to spatial hearing as perceived by the human ear – essentially, two-eared listening, where each ear receives a distinct signal. These signals differ in timing and levels due to the natural variations in how sound reaches each ear, and because every person's ears are biologically unique, these differences also vary from individual to individual. One common method of capturing binaural audio is artificial head stereophony, where microphones are placed inside silicone replicas of human ears to record sound as it would be heard from that position, effectively simulating human perception. To create a binaural experience from a recording, a head-related transfer function (HRTF), previously measured from a real human ear, is applied to accurately replicate how sound interacts with the listener's anatomy.