Broadband Products xDSL/Cable manual Warranty

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Warranty

Broadband Router Products are provided with a limited one-year Warranty. Details of the warranty and return process are explained in the Warranty Policy below. Warranty service is subject to the terms and conditions of company Warranty Policy.

1. WARRANTY:

Broadband Router (the "Product") carry a one (1) year limited warranty, except for the power supply units, which carry a one (1) year limited warranty (collectively the Warranty).

The Warranty covers:

(1)Defects in materials and workmanship of the Product under normal use and service (Product De- fects).

(2)Failure of the Product to perform in accordance with product specifications published by company (Product Performance).

This Warranty is in lieu of all other express warranties that might otherwise arise with respect to the Product. No individual or organization of whatever form, connected to company or not, has authority to change or add to this Warranty.

This Warranty does not apply to any failure of the Product, which results from accident, abuse, misap- plication, alteration, or failure due to attached equipment, and company assumes no liability as a conse- quence of such events under the terms of this Warranty. While company has made every effort to pro- vide clear and accurate technical information about the application of the Product, company assumes no liability for any event arising out of the use of this technical information.

INCIDENTAL AND CONSEQUENTIAL DAMAGES CAUSED BY MALFUNCTION, DESIGN DEFECT, OR OTHERWISE WITH RESPECT TO BREACH OF THIS WARRANTY, OR ANY OTHER EXPRESS OR IMPLIED WARRANTY, ARE NOT THE RESPONSIBILITY OF ACER NETXUS AND ARE HEREBY EXCLUDED BOTH FOR PROPERTY AND FOR PERSONAL INJURY DAMAGE.

2. PERIOD OF WARRANTY COVERAGE:

The period of coverage is one (1) year from the date the equipment is purchased. There shall be no war- ranty after expiration of the period of coverage. ANY AND ALL IMPLIED WARRANTIES OF

MERCHANTABILITY OR FITNESS FOR PARTICULAR USE SHALL HAVE NO GREATER DURATION THAN THE PERIOD OF COVERAGE STATED HEREIN AND SHALL TERMI- NATE AUTOMATICALLY UPON THE EXPIRATION OF SUCH PERIOD.

Wireless Broadband Router User Guide

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Contents August User GuideWireless Broadband Router User Guide August Warranty REPAIR, Replacement and Refund Contents Features and Specification Overview of the Wireless RouterPackage Contents Wireless Router ApplicationsFront View LED Indicators Hardware ConfigurationSystem Requirements How to Connect Cables to your Wireless RouterConfiguring a PC running MS-Windows XP/2000 Configuring a PC running MS-Windows 95/98/MeConfiguring the router via Web Browser Confirming Your PC’s IP ConfigurationLog on the Router Setup WizardSet your Local Time Zone and Local Date/Time Operation ModeDevice IP Settings Configuring Your Internet Connection Wireless Broadband Router User Guide Wireless Broadband Router User Guide Provide DNS Server Address Information Configure Your Wireless LAN ConnectionWireless Broadband Router User Guide Finish Setup Wizard and Save Your Settings Advanced Settings Password SettingsDevice Status System Monitoring What if I forget the Password?Dhcp Server Settings Virtual Server Settings Wireless Broadband Router User Guide IP Filtering Settings MAC Filtering SettingsWireless Broadband Router User Guide Special Applications Static RoutingSystem Tools Firmware UpgradeReboot Router Factory Default

xDSL/Cable specifications

Broadband products, particularly xDSL (Digital Subscriber Line) and cable, have revolutionized the way individuals and businesses access the internet. Both technologies offer unique characteristics that cater to different users' needs, making them pivotal in the modern digital landscape.

xDSL is a family of technologies that deliver broadband services over traditional copper telephone lines. It encompasses various types such as ADSL (Asymmetric Digital Subscriber Line), SDSL (Symmetric Digital Subscriber Line), and VDSL (Very High-Speed Digital Subscriber Line). ADSL is the most commonly used variant, known for its asymmetric nature, offering higher download speeds compared to upload speeds. This is particularly useful for typical browsing activities where users download more data than they upload. SDSL, on the other hand, provides equal upload and download speeds, making it suitable for businesses that require robust data exchange. VDSL is another advanced variant that utilizes higher frequencies over copper lines, enabling significantly faster speeds, ideal for high-definition streaming and gaming.

One of the core features of xDSL technology is its dependence on existing telephone infrastructure, which allows for easier deployment in many areas. However, the quality of the service heavily relies on the distance from the central office; users located further away may experience reduced speeds.

Meanwhile, cable broadband operates over coaxial cables, which are typically used for cable television. This technology allows for higher bandwidth compared to traditional DSL, facilitating faster internet speeds and greater potential for concurrent connections. Cable relies on a shared infrastructure where multiple users access the same bandwidth; this can lead to variations in speed depending on the number of users online at peak times. Despite this, modern cable technology often leverages DOCSIS (Data Over Cable Service Interface Specification) standards to provide consistent and reliable internet speeds, with DOCSIS 3.0 and 3.1 capable of delivering gigabit speeds.

In terms of characteristics, both xDSL and cable offer advantages and disadvantages. xDSL is widely available and can be delivered in areas where cable service is limited. However, the reliance on copper lines can be a drawback for speed and reliability. Conversely, cable broadband offers higher speeds and better performance for multiple users, though its shared nature can lead to fluctuating speeds during peak usage periods.

In conclusion, both xDSL and cable broadband products present compelling options for users seeking fast and reliable internet access. While they have distinct technologies and characteristics, the choice between them ultimately depends on individual needs, location, and internet usage patterns. As technology continues to evolve, both xDSL and cable will play integral roles in catering to the ever-growing demands for bandwidth and connectivity.
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