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Details about placing the warranty statement and registration card.
Guidance on positioning the Genesis 4 loudspeakers for optimal sound.
Instructions for safely unpacking and moving the heavy loudspeakers.
How to connect the loudspeakers to the amplifier and power supply.
Recommended starting positions for the speaker control knobs.
How to adjust bass gain and low pass for room acoustics.
Explains the protection circuits against over-driving and overheating.
Instructions on how to clean and maintain the speaker's high-gloss finish.
Recommends a break-in period and points to external setup procedures.
Details on adjusting the tweeter (Soft/Bright) and midrange (Tight/Warm) controls.
Emphasizes the importance of proper bass setup and factors affecting it.
Method for setting bass gain and low pass using test tones and a meter.
Tips for positioning speakers to achieve accurate vocal placement.
How to use adjustable spikes and speaker placement for height and depth.
Advice on speaker spacing and toe-in for optimal soundstage.
A crucial rule for fine-tuning the audio system.
Common issues with soundstage focus and depth, and how to fix them.
How to achieve proper balance between mid-bass and deep bass.
Guidelines for setting bass gain and achieving balanced low frequencies.
Discusses the importance of front wall reflections for dipole speakers.
How to manage sidewall reflections for optimal soundstage.
Recommendations for treating the wall behind the listening position.
Advice on using listening skills to fine-tune the system.
Discusses the art and science of system setup and crossover adjustments.
Information on how to get further assistance and information.
Explains the core acoustic principles behind the G4 loudspeaker design.
Discusses the theoretical basis of sound propagation and Genesis' approach.
Benefits of the dipole design, including reduced sidewall reflections.
Details on the unique ribbon tweeter and its high-frequency capabilities.
Explains the use of a ribbon driver for superior midrange reproduction.
Describes the materials and construction of the ribbon midrange driver.
Details the 5.5-inch titanium cone drivers used for mid-bass.
Highlights the extensive design and custom components of the crossover.
Emphasizes the role of listening in crossover refinement.
Explains the principle of using an accelerometer to control woofer movement.
Details how servo drive reduces distortion and improves transient response.
Discusses the necessary strength and responsiveness of the woofer drivers.
Details the Class D amplifier and DPDS power supplies used.
Discusses amplifier requirements for the mid/tweeter section.
Explains the neoprene absorbers for isolation.
Describes the tuned absorber function of the frame.
How spikes couple the system to the floor and protect surfaces.
Advice on using heavy slabs for resonant floors.
Physical specifications of the loudspeaker.
Technical details on frequency range and control parameters.
Electrical specifications of the loudspeaker.
Details on power handling and connection types.
Information about the loudspeaker's finish.
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