Nokia Awarded First DSLAM and Modem Licenses in China
HELSINKI, Finland,-June 5, 2000--Nokia is the first infrastructure manufacturer to be awarded broadband Digital Subscriber Line Access Multiplexer (DSLAM) and Digital Subscriber Line (DSL) network terminal licenses in China.
Nokia's broadband network access equipment, the Nokia D50e DSLAM2 and the Nokia M11 have passed the final tests from the Ministry of Information Industry (MII) and gained licenses for network access.
``We are proud to be the first company to gain DSL licenses in China. Broadband networks and services are a key step in the Internet revolution and Nokia is taking a leading role in providing DSL broadband access equipment in the world today.
This announcement underlines the technical and innovative aspects of Nokia's approach to the provision of xDSL networks, and our commitment to the Chinese market,'' said Malcolm Arnold, Vice President, System Business, Nokia (China) Investment Co. LTD, Nokia Networks.
DSL is a technology that enables higher bandwidth over copper lines to provide additional services such as streaming media, secure remote work and fast Internet access at connection speeds that typically range from 1.5 Mbps to 6/8Mbps.
The Nokia D50e enables both traditional and emerging operators to provide end-users with broadband access, that makes full use of existing network resources and coverage and it provides select bandwidth to satisfy the increasing demand for high-speed Internet access. Working with Nokia's other IP (Internet Protocol) products, the Nokia D50e will enable operators to establish an optimum DSL broadband access system.
The M11 is DSL subscribers' location network equipment. It provides high-speed Internet services for homes and offices, supporting fast net-surfing, high bandwidth information exchange and personal communication such as optimized high-speed data and image transmission. It also provides the best Internet access for those who work or entertain themselves at home
The access speed is 10 to 100 times faster than traditional modems. |
