I-Tech Series Power Amplifiers

Network Addresses

Each component in a TCP/IQ or HiQnet network has three addresses to identify it:

Media Access Control (MAC) Address

Internet Protocol (IP) Address

AUDIO NETWORK

VENUE NETWORK

IQ or HiQnet Address

Let’s explain each identifier.

MAC address: Short for Media Access Control, MAC is an address for an audio compo- nent that is burned into firmware in the component by its manufacturer, and cannot be changed. Every component in a network has its own unique MAC address. The MAC address is printed on a label outside the component. It is shown in hexadecimal format as 6 two-byte octets such as:

00-0A-40-00-DC-2F

IQ or HiQnet Address: When you set up a network with IQwic or System Architect soft- ware, you assign an IQ address to each component. Each component has its own address, numbered from 1 to 65, 535.

Internet Protocol (IP) Address: When you set up a network, you assign an IP address

PIP-Lite

I-Tech power amplifiers

Computer

Computer

Laptop

to each component. The IP address identifies each component. That way, certain data can be sent to the correct address (the correct component). An IP address has four numbers sepa- rated by periods. Each of the four numbers must be 0 to 255. For example:

192.168.0.1

Part of an IP address the network ID, and the remaining part is the host ID. The host ID is either:

A subnet number and a device address.

A device address (if there is no subnet in the network).

To identify which part of the IP address is the network ID, you assign a Subnet Mask to the network. A Subnet Mask is four numbers (0-255) separated by periods. “255” means “this part of the address is the network ID”. For example, if the subnet mask is 255.255.0.0, and the IP address is 192.168.0.127, the network ID is 192.168.

IP Router

To communicate between different networks, you need an IP Router. Any control data or monitor data that is sent to the other network must go through the IP Router.

The IP address allows components and computers on multiple networks to communicate with each other through the use of an IP Router as shown in Figure 9.2.

Here is an application for a router. Wireless devices, because of bandwidth limitations, can- not be on a CobraNet network. However, the wireless devices can be on a non-CobraNet net- work, and access CobraNet devices through a router using IP addressing.

Discovery is the process where IQwic finds all the devices on an audio network and lists them on the computer screen. Discovery cannot be done through an IP router, so a Discovery Proxy is required. If you need to control or monitor components that are on

100Mb Switch

IP Router

100Mb Switch

Laptop

Wireless Access Point

Figure 9.2 Multiple-Network Communication Via an IP Router

another subnet, you will need to specify ONE component on the remote network that can act as a Discovery Proxy. Currently, the BSS PS8810C and all networked Crown products can function in this capacity (with IQwic only).

To add a Proxy in IQwic, select Setup > Network Setup > Proxy addresses. Choose any one of the components listed above, type its IP address in the box under Proxy Addresses, then click the Add button. To remove a Proxy, select the IP address in the list and click the Remove but- ton.

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Operation Manual

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Crown Audio I-Tech Series Network Addresses, Let’s explain each identifier, 00-0A-40-00-DC-2F, 192.168.0.1, IP Router

I-Tech Series specifications

The Crown Audio I-Tech Series represents a pinnacle of power amplification technology, designed to meet the demanding needs of live sound reinforcement and installation applications. Renowned for their flexibility, efficiency, and sound quality, these amplifiers integrate cutting-edge features that appeal to both professional audio engineers and musicians alike.

One of the key technologies employed in the I-Tech Series is the use of DriveCore technology. This innovative design allows the amplifiers to achieve high power output while minimizing size and weight. The DriveCore technology combines the efficiency of Class D amplification with superior sound quality, yielding a lightweight solution that maintains high fidelity and low distortion even at peak volumes.

The I-Tech Series amplifiers come equipped with a comprehensive suite of digital signal processing (DSP) capabilities. Each amplifier integrates sophisticated DSP algorithms that enable advanced speaker management, including extensive equalization, delay settings, and limiting controls. This ensures optimal performance for a variety of loudspeakers and installation scenarios, allowing users to tailor the output to the specific acoustical environment.

Connectivity is another strong point for the I-Tech Series. The amplifiers often include a variety of input options, providing flexibility for different setups, whether analog or digital. The inclusion of Ethercon connectivity enables seamless integration into a networked environment, allowing for remote control and monitoring via Crown's sophisticated software interface. Users can access real-time data about the system's performance, making adjustments on-the-fly to maintain optimal sound quality.

Durability and reliability are fundamental characteristics of the Crown I-Tech amplifiers. Built to withstand the rigors of touring and the demands of permanent installations, these amplifiers are housed in rugged enclosures that dissipate heat effectively while maintaining a compact form factor. Integrated protection circuits safeguard against over-temperature, over-current, and short-circuits, ensuring longevity even under extreme conditions.

In terms of power output, the I-Tech Series features a range of models, each capable of delivering substantial wattage to drive large sound systems with authority. The efficient cooling design allows for extended use without compromising performance, making them suitable for both large concerts and smaller venues.

In summary, the Crown Audio I-Tech Series amplifiers combine advanced technologies, including DriveCore and flexible DSP, to deliver powerful and high-quality audio performance. Their robust design, comprehensive connectivity options, and tailored control make them a premier choice for audio professionals seeking reliable and effective amplification solutions.