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Device types

Device IDs are automatically assigned a device type. AP800s are always device type “1” (AP400 device types are “3”, AP10 device types are “2.”). The device ID # selected is added to the device type “3” to generate the unique address for that unit. For example, the first AP800 unit in your G-Link network would be identified as “10”, “3” being the Device Type, and “0” being the Device ID.

Mixer Mode

Once your physical G-Link network is established and unique G-Link device ID numbers for each unit on the network are set, the mixer mode must be set. There are four mixer-mode settings (see Figure 2.5): master-single (default), master-linked, slave, and dual mixer.

•Master-single must be used when only one AP800 is used in a system; however, only one AP800 can be designated as master-linked when multiple AP800s are used in a system.

•Master-linked denotes the master AP800 unit when more than one unit is on the network.

•Slave is used for all networked units that are not designated as master- linked, master-single, or dual mixer. If there are two units networked, one must be set with the master-linked parameter, the other must be set with the slave parameter.

•Dual mixer is used when a single AP800 is used as two distinct mic mixers.

A system is defined as one or more units that communicate to perform mixing functions. A system can consist of one unit in master-single or dual mixer mode, or several units that work together with one master-linked unit and multiple slave units. Systems can be G-Linked together for easy reconfiguration. The physical location on the G-Link network determines which system individual units belong to. In Figure 2.5, for example, AP800 Device 4 has been designated as master- linked. The units located below this unit on the G-Link network constitute System 3, while units above it belong to different systems. The entire network could be easily reconfigured into one system by changing the mixer mode on Devices 3 and 4 to slave units which would then refer to the only master-linked unit on the system: AP800 Device 0.

When using the dual mixer parameter, a single AP800 unit can be used as two distinct mic mixers, allotting Mics 1–4 and Outputs 1–4/A–B to one mixer, and Mics 5–8 and Outputs 5–8/C–D to the second mixer.

0

1

2

3

Figure 2.5. Multiple AP Systems (multiple

AP800s, multiple AP10s)

✍ A dual-mixer AP800 acts as a closed system. This parameter cannot be used if the unit needs to link audio with other

AP800 units on the G-Link network within a single system.

Technical Services Group ~ 1-800-283-5936 (USA) ~ 1-801-974-3760

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ClearOne comm AP800 operation manual Mixer Mode, Installation ~ Installation Device types
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AP800 specifications

ClearOne has established itself as a leader in the audio and video communication technology space, and the ClearOne COMM AP800 is a prime example of the company's commitment to providing high-quality communication solutions. The AP800 is an advanced audio processing unit specifically designed for professional audio environments, including conference rooms, auditoriums, and other large venues that require exceptional audio clarity and performance.

One of the standout features of the ClearOne COMM AP800 is its robust digital signal processing capabilities. It is equipped with powerful, sophisticated algorithms that enhance audio quality by minimizing background noise and echo, ensuring crystal-clear communication even in challenging acoustic environments. This makes the AP800 ideal for videoconferencing, teleconferencing, and live events where audio fidelity is paramount.

The AP800 features multiple microphone inputs, allowing users to connect a variety of microphone types, including boundary microphones and handheld units. This versatility enables configuration for different setups, ensuring that audio coverage is optimal for all participants regardless of their location within the space.

Another impressive characteristic of the ClearOne COMM AP800 is its user-friendly interface. The unit comes with a graphical interface that simplifies configuration and control. Users can easily manage audio settings, adjust levels, and monitor system performance in real time. This intuitive design streamlines setup and operation, making it accessible for users at all technical skill levels.

The AP800 also supports VoIP and SIP technologies, making it an ideal solution for businesses looking to integrate their audio systems with modern communication networks. This feature enhances interoperability with various communication platforms and devices, ensuring seamless connectivity for users.

For added flexibility, the ClearOne COMM AP800 can be integrated into larger audio systems. It can work harmoniously with other ClearOne products and third-party equipment, leveraging its modular design to create a comprehensive communication environment tailored to specific needs.

In summary, the ClearOne COMM AP800 represents a significant advancement in audio processing technology, offering state-of-the-art features for high-performance audio applications. Its powerful DSP capabilities, versatile microphone support, user-friendly interface, and seamless integration capabilities make it a must-have for any organization seeking to elevate their audio communication experience. With the AP800, ClearOne continues to push the boundaries of what's possible in professional audio technology.
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