Sprint Nextel and Nokia Are Signing the 4G Pact

Sprint Nextel announced today that Nokia has been named a key infrastructure and consumer electronic device provider for its 4G WiMAX next generation mobility network.

Nokia joins Intel, Samsung and Motorola in creating the advanced network infrastructure and access devices which will be designed to allow consumers, businesses and governments to experience high bandwidth mobile Internet connectivity at access speeds significantly higher than today's wireless networks beginning late 2007.

Sprint Nextel announced last August the selection of WiMAX (IEEE802.16e-2005) technology for a next generation wireless network which would utilize the company's extensive 2.5GHz spectrum assets, and formation of an unique business ecosystem designed to spur widespread adoption of WiMAX devices and services. This combination creates a time-to-market advantage for implementing the first large scale mobile WiMAX network expected to cover at least 100 million people by year-end 2008.

The strategic relationship with Nokia involves network infrastructure, mobile device and market development commitments. Under the agreement, Nokia will:

- Be a major supplier to Sprint for WiMAX network infrastructure, including the market-leading Nokia Flexi WiMAX base transceiver stations which bring significant site and operating cost savings;
- Develop and market WiMAX-enabled mobile devices in significant volumes, including multimedia computers and Internet tablets;
- Jointly develop mobility services and applications to improve the customer experience, and
- Conduct co-marketing efforts to drive market development and support global adoption to help establish worldwide roaming.

Sprint Nextel is expecting to invest up to $800 million in 2007 and between $1.5 billion and $2 billion in 2008 relating to the 4G WiMAX mobile broadband network. As a result, customers will experience an interactive mobile data network that is designed to offer faster speeds, lower cost, greater convenience and enhanced multimedia content.