Perform Configuration

Select 2 from the ‘Device Mapping Main Menu’ to display the content of the ‘Current’ map. This option displays all the entries in the map. Information in the local part of the address(left) depends on the type of protocol for which the map is defined. The specific device address information depends on the protocol/port where the device resides. Mapping a device to the same port where it resides is not allowed.

(i.e. you can not map a disk on iSCSI Port 0 to an address on iSCSI Port 0.)

Select 3 from the ‘Device Mapping Main Menu’ to add a map. This option allows adding a new map for the current protocol/port or bus. Once the map is created it becomes the ‘current’ map.

Table 24 Add a Map

Add Current Map

X.XX.XXXX XXXXXX XXXXXXXXXXXXXX

07/26/2005 08:56:22

Create iSCSI Map for Portal Group: Both Ports

Enter New Map Name (X=Cancel) > New Map

Created Map: 'New Map' for iSCSI Portal Group: Both Ports with ID=3

Select 4 from the ‘Device Mapping Main Menu’ to delete current map. The screen will ask for confirmation before deleting the map. After the map has been deleted, the default map for the current port becomes the current map. Maps with names ‘Auto Assigned’ may not be removed.

Quantum TC2201 User’s Guide

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Quantum TC2201 manual Add Current Map

TC2201 specifications

Quantum TC2201 is a cutting-edge technology designed to enhance data storage and processing capabilities in various industrial applications. As a result of advancements in quantum computing, the TC2201 offers a unique blend of efficiency, speed, and reliability tailored for modern demands.

One of the main features of the Quantum TC2201 is its exceptional processing speed. Utilizing quantum bits, or qubits, the technology can perform complex calculations at unprecedented rates. This is particularly beneficial for tasks involving large datasets, enabling rapid analysis and problem-solving that would take traditional systems significantly longer to achieve.

The Quantum TC2201 also stands out with its ability to perform multiple calculations simultaneously. This parallel processing capability is a game changer in fields such as cryptography, drug discovery, and financial modeling, where the exploration of numerous possibilities in real-time can lead to breakthrough solutions. By harnessing the principles of quantum mechanics, the TC2201 illuminates new pathways for innovation, minimizing execution time while maximizing output.

In terms of technology, the Quantum TC2201 employs advanced error correction techniques. Quantum systems are notoriously susceptible to errors due to disturbances in their environment, which can corrupt data and calculations. The TC2201 incorporates sophisticated algorithms that ensure accuracy and reliability, safeguarding the integrity of the information processed within the system.

Another remarkable characteristic of the Quantum TC2201 is its scalability. Designed with flexibility in mind, the technology can adapt seamlessly to different workloads and applications. Whether it’s scaling up for an enterprise-level operation or down for specialized projects, the TC2201 ensures optimal performance without compromising on quality.

Furthermore, energy efficiency is a key consideration for the Quantum TC2201. Given the increasing concern for environmental sustainability, this technology leverages quantum systems that require significantly less power compared to traditional computing platforms. This efficiency not only contributes to cost savings but also aligns with global efforts to reduce carbon footprints.

In summary, the Quantum TC2201 is a revolutionary technology that encapsulates the future of data processing and storage. With its high-speed capabilities, parallel processing, error correction measures, scalability, and energy efficiency, it is set to redefine standards across various industries. As more organizations seek to embrace quantum solutions, the TC2201 will undoubtedly play a pivotal role in shaping the landscape of modern technology.