Phase Plug Technology, Black Kevlar Woofers

Phase Plug Technology

In any conventional speaker, the highest frequencies of audio emanate from the area around the center of the cone and the lower frequencies are produced by the area of the cone that is farther

with Phase Plug

without Phase Plug

from the center. In fact, the distance from the center at which a sound wave will come off of a speaker cone is directly related to its frequency. This helps explain why larger cone speakers are usually capable of producing more bass.

Due to the shape of the conventional speaker cone, the higher frequency sound waves tend to collide at a focal point. This causes phase distortion and a loss in efficiency. As a result, accuracy and transparency suffer. This also has detrimental effects on the realism of the artificial sound environments created by today's high fidelity digital audio and surround sound systems.

The phase plug pole piece extension improves driver performance and clarity by deflecting delicate mid range audio out to the listening environment thereby minimizing distortion producing collisions.

A - Phase plug pole piece extension

B - Magnet

C - Spider (centers the cone vertically and horizontally)

D - Speaker cone

E - Surround

F - Conventional pole piece

G - Conventional dust cover

Black Kevlar Woofers

The strength of Kevlar helps the cone retain its shape at very high energy levels and its low mass assures quick, accurate response. The cone's woven surface delivers smooth, uncolored mids. The kapton voice coil former and butyl rubber surround mean these woofers are designed

for years of consistent, reliable audio enjoyment.

Clamp-Ring Mounting

Our rectangular in-wall models utilize a clamp-ring mounting system which maximizes clamping surface. By distributing the clamping force over a larger surface area, the pressure on your sheet rock is reduced while the overall mounting strength is increased. The mounting ring comes pre-assembled to the speaker frame dramatically reducing installation time.

Pivoting Textile Soft Dome Tweeters

In our experience with various tweeter diaphragm materials, we have determined that the textile soft dome most consistently delivers natural, uncolored high

frequency audio. Ferro Fluid lubricates and cools the voice coil enabling high power handling. The pivoting feature allows the high frequency audio to be directed toward the main listening area. High frequency audio radiates from any speaker like the beam of a flashlight. This makes it necessary to aim the tweeter at the listening position to experience the full efficiency and detail that the speaker system is capable of delivering. These features work together to produce a seamless, transparent sound stage.

IR Receiver Knockouts

The 6 ½" and 8" rectangular in-wall speakers feature a mounting

provision for a remote control signal receiver behind the speaker

grille. This allows discrete integration with an infrared receiver/repeater system. These systems work with your standard IR

remote controls to allow command of your entire system from any equipped room in your house.

OEM Systems Company, Inc.

740 Freeport Blvd., #106 Sparks, NV 89431-6168

775 355-0405 775 355-0646 Fax

www.oemsystems.com info@oemsystems.com

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OEM Systems, or Original Equipment Manufacturer Systems, play a crucial role in the manufacturing and technology landscapes. They are designed to enable companies to integrate various components into their products smoothly, leading to enhanced performance and reliability in the end-user experience.

One of the main features of OEM Systems is their modular design. This allows manufacturers to easily customize and upgrade their systems according to specific requirements. Whether it’s in the automotive, telecommunications, or consumer electronics sectors, OEM Systems provide a flexible foundation that businesses can build upon. This adaptability significantly reduces time to market and minimizes development costs, enabling companies to focus on their core competencies.

Additionally, OEM Systems are often developed with compatibility in mind. They are engineered to work seamlessly with existing hardware and software, ensuring that businesses can leverage their current resources while integrating new technologies. This level of compatibility is essential in today’s fast-paced technological environment, where rapid innovation is the norm.

In terms of technologies, OEM Systems typically incorporate advanced features such as Internet of Things (IoT) connectivity, artificial intelligence (AI), and machine learning capabilities. IoT integration allows for real-time data collection and analytics, optimizing operations and improving decision-making processes. Moreover, AI and machine learning functionalities enable systems to adapt and evolve, enhancing their performance over time through continuous learning and data processing.

Another critical characteristic of OEM Systems is their focus on quality and reliability. Manufacturers of OEM components often adhere to strict industry standards, conducting extensive testing to ensure their systems can withstand varying operational conditions. This emphasis on quality guarantees that the end products are durable and dependable, which is particularly important in sectors where safety and performance are paramount.

Overall, OEM Systems represent a vital aspect of modern manufacturing and technology. Their modular design, compatibility with existing systems, incorporation of cutting-edge technologies, and unwavering focus on quality make them indispensable tools for businesses looking to innovate and stay competitive in their respective markets. As industries continue to evolve, OEM Systems will undoubtedly play an essential role in facilitating this progress, helping companies to bring their visions to reality while maintaining efficiency and reliability.