Quantum Manuals

This manual introduces the use of E3A evaluation board. E3A evaluation board can be used with QT300 QProx™ sensor IC.

This document is the E1106 User Manual, which describes the design for the evaluation and development of applications using the E1106 IC. It includes information about evaluation assemblies, circuit diagrams, troubleshooting, and more.

The QT411 is a new type of linear capacitive touch slider sensor IC based on Quantum's patented charge-transfer methods. It can be used to create speed or volume controls, menu bars, and other more exotic forms of human interface on the panel of an appliance or personal electronic device.

This document describes the features and characteristics of the lQ QT1103 QTOUCH™ 10-KEY SENSOR IC chip, including the number of keys, technology, key outline sizes and spacings, electrode design, layer requirements, substrate materials, electrode materials, panel materials, adjacent metal compatibility, panel thickness, key sensitivity, outputs, moisture tolerance, power, package, signal processing, applications, and patents.

QT1106 is a touch IC that supports 0-7 touch points, supports wheels and sliders, and has a patented spread-spectrum charge transfer technology. It supports 5mm x 5mm or larger touch points and 6mm or wider touch point spacing.

QT60168, QT60248 16, 24 KEY QMATRIX™ ICs are digital charge-transfer (“QT”) QMatrix™ ICs designed to detect human touch on up to 16 or 24 keys when used with a scanned, passive X-Y matrix.

This document introduces the features and characteristics of QT60160 and QT60240, two touch sensor ICs. These two products support 1 to 16 keys and use patented spread-spectrum charge-transfer technology.

DXi3500 is a disk backup solution that supports high-end deduplication technology, which can be easily purchased, installed and managed. Excellent disk performance can ensure a shorter backup time interval, while the powerful deduplication technology can reduce the capacity requirement by 90% or more, and make remote replication a viable disaster recovery tool for branch and remote institutions. As a result, the backup and recovery speed is greatly improved, media management is further simplified, and the overall cost is significantly reduced.

The DXi6500 is a series of easily shared backup solutions that provide disk-to-disk backup and recovery performance by using a simple NAS interface with all leading backup applications. The DXi6500's deduplication technology can save up to 90% or more of conventional disk capacity, ensuring that the system doesn't quickly fill up and allowing for easy scalability without service access. In terms of disaster recovery protection, the DXi6500 can use global deduplication technology to replicate encrypted backup data between sites, reducing conventional network bandwidth requirements by 20% or more. In terms of long-term data retention, the DXi6500 is designed to provide direct tape creation functionality in collaboration with leading backup applications, such as those using the OpenStorage (OST) API from Symantec, enabling easy management of multi-point, multi-tier protection for both immediate recovery and long-term retention. The DXi6500 supports VMware and provides powerful protection for virtual environments, with each unit including backup software for VMware. With the DXi6500, IT departments can improve protection performance, achieve centralized management, and reduce overall costs.

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