Nokia Bluetooth Connectivity Pack DTL-1P

  - Wireless calendar and contact data synchronization
- Wireless high speed data access over Bluetooth
- E-mail and fax sending
- Internet browsing
- Includes Connectivity Card DTL-1 and Connectivity
  Battery LRW-1

The Nokia Bluetooth Connectivity Pack features a connectivity battery for the  Nokia 6210 and a Connectivity Card with a PC Card adapter. 

Users of  the existing Nokia 6210 will be able to make their devices compatible  with a Nokia Connectivity Battery with a software upgrade. 

A phone  battery with Bluetooth connectivity for the Nokia 6210 will also be  sold separately in a blister package. The battery weighs 52 g and has  a talktime of 2h - 4h and a standby time of 45 - 170 h, depending on  network conditions. It offers a data call time of up to 1h 40 min.

The Bluetooth wireless technology in the pack makes it possible to use the Nokia 6210 as a GSM modem to  connect to a laptop within a range of 10 meters. 

The introduction of  the Nokia Connectivity Pack with Bluetooth will enhance the Nokia  6210 as a versatile personal communication device. It facilitates the  download of emails, Internet browsing, and fax sending, complementing the high speed data capabilities of up to 43.2 kpbs of the Nokia  6210. The Pack also allows the synchronization of calendar and  contact data between compatible PC office applications and the Nokia  6210. 

Bluetooth technology is the joint achievement of leading companies in  the telecommunications and computer industries, Nokia being one of  the founding members. It is one of the fastest growing de-facto  standards in the history of telecommunications, blurring the  boundaries between a number of different digital devices. Based on a  low-cost, short-range radio link, Bluetooth enables fast and reliable  wireless connectivity. When two Bluetooth equipped devices come  within 10 meters of each other, they are able to establish a  connection.

The Nokia Connectivity Pack will be available in markets in  Europe and Asia in 3Q2001


Search For More Info