a b s o l u t e f i d e l i t y

monitor the movement of the woofer cone and continuously compares it to the input signal. This comparison circuit instantly identifies any deviation from the input and applies a corrective signal to compensate for any deviation, resulting in the virtual elimination of the inherent distortion of the woofer.

As an example, when you have a high-impact, low-bass signal that starts and stops suddenly (for example a tympani), the inertia of the woofer cone makes it slow to start moving, and then after it has started moving, the momentum of the cone makes it continue to move after the signal has stopped. The sonic result is softness, overhang, and bloat in the bass. This results in a perceived lack of tautness and definition, and a blurring of dynamic impact.

With the servo system, the circuit senses that the woofer is not moving as fast as it should, and it instantaneously applies much more current to make it move faster. When the signal stops, it predicts that the woofer will continue to move when it shouldn’t be moving and applies a counter-signal to stop the woofer faster and more effectively than an open loop woofer could possibly respond.

Thus, the servo-drive reduces distortion and improves transient response by making the woofer seem massless. Typical non-servo woofer systems have distortion levels that exceed 10% at even moderate levels. The Genesis servo bass system reduces this distortion to below one percent at almost any output level. The system also drives the woofer to constant acceleration, which makes the frequency response of the woofer anechoically flat to the lowest frequencies.

The Woofer Tower

The transducer used in a servo system must be strong enough to withstand the high current approach of the servo, and yet delicate and light enough to react extremely quickly. The G201 features a total of four front- and four rear-firing 8-inch woofers per channel – a total of sixteen woofers in the system.

While the servo system is able to ensure that the driver works linearly as a perfect piston, it is unable to correct for distortion caused by cone wobble, bending, and break-up. Hence, the drivers were designed to minimize these non-linear distortions.

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Genesis I.C.E 201 owner manual Woofer Tower
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201 specifications

Genesis I.C.E 201 represents a significant leap forward in the world of industrial automation and control systems. Designed with cutting-edge technologies, it aims to provide robust solutions for manufacturing and industrial processes, ensuring efficiency, reliability, and ease of use.

At the core of Genesis I.C.E 201 is its advanced processor, capable of handling complex calculations and multiple simultaneous operations. This potent processing power allows for real-time monitoring and adjustments, ensuring that operations run smoothly and with minimal downtime. The device is built on a modular architecture, enabling easy customization and scalability to meet the specific needs of different industries.

One of the standout features of the Genesis I.C.E 201 is its user-friendly interface. The intuitive design allows operators to interact effortlessly with the system, minimizing training time and enhancing overall productivity. The screen boasts a high-resolution display that provides clear and concise information at a glance, making it easier for operators to make informed decisions.

Genesis I.C.E 201 is equipped with advanced connectivity options, including Ethernet, Bluetooth, and Wi-Fi capabilities. This connectivity makes it easy to integrate the system into existing networks, enabling seamless communication with other devices and systems within a facility. Such integration enhances data sharing and collaboration, allowing for more streamlined operations and better decision-making processes.

In terms of safety, the Genesis I.C.E 201 incorporates cutting-edge security protocols. It offers various layers of protection against cyber threats, ensuring that sensitive operational data remains secure. Additionally, emergency shut-off mechanisms and fault detection systems are integral to its design, allowing for swift responses to unforeseen issues and preventing accidents in the workplace.

The technology behind Genesis I.C.E 201 also emphasizes energy efficiency. Built with eco-friendly practices in mind, it helps reduce energy consumption while maintaining peak performance levels. This focus on sustainability not only benefits the environment but also lowers operational costs for businesses.

In conclusion, the Genesis I.C.E 201 is a game-changer in industrial automation. Its powerful processor, user-friendly interface, advanced connectivity, robust safety features, and energy-efficient design make it an invaluable asset in any manufacturing setting. As industries continue to evolve and embrace technology, Genesis I.C.E 201 is poised to lead the way into a more innovative and efficient future.
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