Definition

1xRTT (Single-Carrier Radio Transmission Technology)

Part of the High-speed networks glossary:

1xRTT (Single-Carrier Radio Transmission Technology) is an operational mode for CDMA2000 wireless communications that specifies a single (1x) 1.25MHz channel for data transfer. 1xRTT was the first version of CDMA2000, which is the International Telecommunication Union's (ITU) CDMA (Code-Division Multiple Access ) implementation of the IMT-2000 standard. The theoretical network voice capacity of basic 1xRTT systems is approximately 144 kilobits per second ( Kbps ) although in practice the highest attainable speed is more like 80 Kbps. Versions of CDMA2000 have been developed by Ericsson and Qualcomm.

Next Steps

See also: EV-DO , HSDPA

This was last updated in March 2011
Posted by: Margaret Rouse

Related Terms

Definitions

  • carrier network

    - A carrier network is the proprietary network infrastructure belonging to a telecommunications service provider such as Verizon, AT&T or Sprint. (WhatIs.com)

  • Google Fiber

    - Google Fiber is a project whose goal is to build a fiber optic communications infrastructure. (WhatIs.com)

  • Tsunami UDP

    - Tsunami UDP is an open source file transfer protocol that enables high-speed data transfer over network paths with a large bandwidth delay product. (searchCloudProvider.com)

Glossaries

  • High-speed networks

    - Terms related to high-speed communication networks, including network and end-system architecture definitions and words and phrases about high-bandwidth and low-latency communication.

  • Telecom

    - Terms related to telecom, including definitions about telecommunication service providers and words and phrases about voice, video and Internet communication.

  • Wireless and mobile

    - Terms related to wireless and mobile technology, including definitions about consumer mobile technology devices and communication technologies such as Wi-Fi, WiMAX and LTE.

Dig Deeper

Continue Reading About 1xRTT (Single-Carrier Radio Transmission Technology)

People Who Read This Also Read...

Ask a Question. Find an Answer.Powered by ITKnowledgeExchange.com

Ask An IT Question

Get answers from your peers on your most technical challenges

Ask Question

Tech TalkComment

Share
Comments

    Results

    Contribute to the conversation

    All fields are required. Comments will appear at the bottom of the article.