Positioning in the room, Middle row, Bottom row

Figure 1. 7070A's amplifier panel, connectors and controls.

Figure 2. XLR to RCA connector for unbalanced operation.

Figure 3. Recommended distances to the front wall

Pro Logic) should not be connected to the "LFE IN" input. See section "Subwoofer in analogue matrix sound systems".

SUM OUT: Use this output connector when you want to link another subwoofer to your system. "SUM OUT" carries an unﬁltered sum of signals combined from all input chan- nels. See section "Using multiple subwoof- ers".

Middle row

FRONT L, C, R CHANNELS IN/OUT: Use these connectors for the Front Left, Center and Right channels of a surround sound system or the Left and Right channels of a Stereo system. Connect line level signal cables from your signal source to their respec- tive "LEFT IN", "CENTER IN" and "RIGHT IN" connectors. Then connect the subwoofer to your main monitors with XLR cables from the "LEFT OUT", "CENTER OUT" and "RIGHT OUT" connectors. All "L, C and R OUT" chan- nels are high pass ﬁltered with the ﬁltering frquency ﬁxed at 85 Hz (12 dB/octave).

Bottom row

REAR L, C, R CHANNELS IN/OUT: Use these connectors for the Rear Left, Center and Right channels of a surround sound system. The connection is made in the same

way as with the Front channels. Also these channels are high pass ﬁltered at 85 Hz.

Once all connections have been made, the subwoofer and main monitors are ready to be powered up.

Positioning in the room

The placement of the subwoofer in the room affects the overall frequency response and sound level of the system dramatically, as at low frequencies the effects of the room are strong. Even a slight change in the subwoof- er's location can make a marked difference in the frequency balance and often patient and methodical experimentation and testing is needed to ﬁnd the optimum placement.

The placement will affect the phase difference between the main monitors and the subwoofer, and also the bass roll-off rate. These effects can be compensated by the use of the controls in the ampliﬁer unit; but we recommend that at ﬁrst you leave the switches untouched and concentrate on ﬁnding the position where the subwoofer gives the smoothest response, and only then use the controls to ﬁne-tune the balance and phase alignment between the subwoofer and the main monitors.

To begin with, place the subwoofer slightly

offset from the center of the front wall. The recommended distance to the wall is less than 60 cm / 24" measured from the subwoofer's driver (See Fig. 3). This position gives increased acoustic loading (and SPL) due to the proximity of the front wall and ﬂoor. Cancellations from the front wall and ﬂoor are also avoided. Front wall cancellation for the 85 Hz high pass ﬁltered main speakers can be eliminated by placing them at least 110 cm / 43" away from the front wall. In a multichannel system the main monitors should ideally be positioned symmetrically and at an equal distance from the listening position.

If the frequency balance is not right, try moving the subwoofer slightly to the left or right so that different room modes are excited at different levels. Positioning the subwoofer close to a corner will boost the bass level at lower frequencies and may cause asymmetrical spatial imaging. If you are using two subwoofers, try placing them asymmetrically relative to the side walls. Sometimes moving the subwoofers apart into the front corners helps with problematic rear wall reﬂections and the loss of mutual coupling is compensated by the bass boost caused by corner positioning.

7060A, 7070A, 7071A specifications

The Genelec 7060A, 7070A, and 7071A are subwoofers renowned for their exceptional performance in studio and home audio environments. Each model brings a unique blend of features, technologies, and characteristics tailored to delivering accurate low-frequency reproduction.

The Genelec 7060A is a compact subwoofer that delivers a powerful bass response in smaller setups. It has a frequency response of 28 Hz to 85 Hz, making it ideal for music production and post-production environments. The 7060A features a high-quality 10-inch woofer and utilizes Genelec's Directivity Control Waveguide technology, which ensures consistent sound distribution across the listening area. Its robust built-in amplifier provides 100 watts of power, allowing it to integrate seamlessly with main monitors while maintaining clarity and impact.

Moving to the Genelec 7070A, this model offers an elevated performance level suitable for medium-sized spaces. It features an innovative 12-inch woofer and a frequency response extending from 25 Hz to 85 Hz. The 7070A incorporates Genelec's advanced Signal Intelligent Amplification technology, which optimizes the amplifier's performance in real-time, ensuring maximum efficiency and minimal distortion. This subwoofer is designed to produce tight, punchy bass, making it a favorite among professionals in film and music production.

Finally, the Genelec 7071A is designed for larger environments where more power and control are required. This model includes a 12-inch woofer and an impressive frequency response from 22 Hz to 85 Hz. The 7071A features Genelec's enclosure design principles, which minimize unwanted resonance and vibrations, delivering a clean and accurate bass response. Moreover, it integrates seamlessly with Genelec's Smart Active Monitoring systems, allowing for advanced room-tuning capabilities through its built-in DSP.

All three models are designed with Genelec's commitment to sustainability and durability, featuring non-toxic materials and recyclable enclosures. The minimalist design of these subwoofers not only makes them visually appealing but also enhances their adaptability in various sound environments.

In summary, the Genelec 7060A, 7070A, and 7071A subwoofers stand out as exceptional choices for anyone seeking high-quality low-frequency audio performance. Their advanced technologies and thoughtful design cater to both casual listeners and professional sound engineers, ensuring accurate and powerful sound reproduction.