Subwoofer in Analogue Matrix Surround Sound systems.

When using a single subwoofer in an analogue matrix surround sound system, such as Dolby Surround or Dolby Pro-Logic, only the front three

channels should be connected to the subwoofer inputs (see figure 9 above). All front channels that are used should be connected via the subwoofer so that the output of the subwoofer is matched to the rest of the system. All other surround sound channels should be connected as normal.

Figure 9. Subwoofer in an Analogue Matrix Surround Sound system

If there is a subwoofer channel output on the decoder it should NOT be connected to the subwoofer speaker since the filtering within the decoder will effect the performance of the subwoofer.

Figure 10. Subwoofer in a digital Discrete 5.1 Surround Sound system

Subwoofer in Digital Discrete 5.1 Surround Sound systems

Digital decoders, for example, Dolby Digital Surround (AC-3), DTS and DMAG2, have a discrete subwoofer channel output which should be

connected to the sub input on the 1092A or 1094A (see figure 10 above). This enables the subwoofer to correctly reproduce all the sub-bass information in the mix. Genelec Subwoofers can be used to good effect in “Discrete 5.1” system surround channels as they are wide band.

Digital decoders do not limit the bandwidth of the rear channels. If necessary, a second Genelec 1092A or 1094A subwoofer can be connected to the rear channels.

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Genelec 1094A, 1092A manual Subwoofer in Analogue Matrix Surround Sound systems

1092A, 1094A specifications

The Genelec 1092A and 1094A are prominent models in Genelec's line of high-performance studio monitors. Designed for professional audio applications, these monitors offer exceptional sound quality and a range of advanced features that make them ideal for studio environments.

The Genelec 1092A is a compact monitor, featuring a 4-inch woofer and a 0.75-inch tweeter, which together provide a frequency response of 67 Hz to 25 kHz. This model is particularly well-suited for small studio spaces where high-quality sound reproduction is critical, yet physical space is limited. The 1092A employs Genelec's directivity control waveguide technology, which helps achieve a smooth and consistent frequency response across various listening positions.

In comparison, the Genelec 1094A is a larger monitor with an 8-inch woofer and a 1-inch tweeter, resulting in a broader frequency response down to 45 Hz. This extended low-frequency capability allows the 1094A to deliver rich bass and provides a more impactful listening experience in larger rooms or for genres that demand a deep low end.

Both models feature Genelec's innovative Minimum Diffraction Enclosure (MDE), which minimizes diffraction effects and provides an accurate representation of the audio signal. This unique design is part of what sets Genelec monitors apart, enhancing their clarity and precision, even at high volumes.

The 1092A and 1094A also utilize a built-in amplification system that consists of high-performance class D amplifiers. These amplifiers are specifically designed to match the drivers’ characteristics, ensuring optimal performance while maintaining efficiency. Moreover, both models include advanced signal processing capabilities, including room response controls that allow users to tailor the monitors’ sound to suit their specific room acoustics.

Additionally, Genelec has integrated eco-friendly technologies in these monitors, featuring energy-saving power management systems that automatically switch to standby mode after a period of inactivity. This approach not only reduces energy consumption but also reflects the brand's commitment to sustainability.

In summary, the Genelec 1092A and 1094A studio monitors are engineered to deliver outstanding audio performance, showcasing a combination of innovative technologies, commitment to quality, and user-friendly features. Whether in a small home studio or a large professional environment, these monitors provide precise sound reproduction that meets the demanding standards of today's audio professionals.