This article will briefly discuss the main components of a conference room system by providing a synopsis of each piece, explanation of how it operates within the system, and offer at least one example.
Selecting the correct equipment for your room can seem like a daunting task at times. In this guide, we will give you an overview on how to choose the correct audio and video solutions for your scenario.
This provides an overview of multiple different market segments and illustrates some examples system designs, along with a real-world application.
In this article, we will provide details that demonstrate the positive effects of sound masking solutions.
Please check back regularly for updated articles and new blog posts.
Take a look at our current sales to find high-quality products at deep discounts. Available only while supplies last.
B-Stock products are open box or pre-owned items that were returned in good to like-new quality and have undergone our own quality-control. These products are then sold to other customers at deep discounts.
Get to know the experienced members of our Conference Room Systems team
Check out some example system designs and customer case studies
Submitting a support ticket brings you directly to the desks of our entire support and engineering teams, providing you with quick responses and complete solutions.
Phone:(484) 593-2314E-mail: firstname.lastname@example.org Address: 152 Robbins Rd, Downingtown, PA 19335Office Hours: M-F 9AM-5PM ET
Look for a solution in our knowledge base or submit a ticket to get in touch with our support team and engineers.
Microphone system with patented automatic and electronic steering, â€ślistening beamâ€ť technology offering coverage of 360 degrees at over 30 ft. It has been in production since 2002, and has proven to be extremely rugged and reliable.
The first was to provide coverage throughout a large room for recording or conferencing applications to eliminate the need for multiple microphone/mixer setups, which require expert installation and are expensive. The second was to provide high quality audio for automatic speech recognition without the encumbrance of wearing a head set mic or holding a handheld mic.
Pick up over an entire room is accomplished in two ways. First, sensitivity was increased compared to conventional microphones by constructively adding the output of eight separate always on microphone elements. Second, spatial filtering and background noise reduction are used to eliminate sound from all areas in the room except that space around the active talker, so the increased sensitivity is not corrupted by noise.
As a consequence, the Voice Tracker I Array Microphone can pick up talkers at ranges of 30+ feet in meeting/classroom recording or conventional conferencing applications. It can work effectively for command control automatic speech recognition application at the same distances, and full vocabulary ASR at ranges of a few feet.