19.Connectivity

There are several different connectivity types you can use with your device. You can use wireless connectivity methods such as wireless LAN, Bluetooth or infrared, or a USB (Universal Serial Bus) cable connection for PC Suite or IP passthrough.

Wireless LAN

You can define access points for wireless LAN to use it for Internet access for applications that need to connect to the Internet. See "Wireless LAN{No generated text before found for '#comma'}" p.63.

Setting up an ad hoc network

With 3rd party applications, ad hoc networks allow wireless stations to communicate directly with each other without any wireless LAN access points. One user creates the ad hoc network and other users then join the network.

You must first create an Internet access point for the ad hoc network.

To create an Internet access point for an ad hoc network

1.Select Desk > Tools > Control panel, and select Connections > Internet setup.

2.Press New. You can use an existing access point as a basis for the new one: after you have pressed New, press Yes, choose the access point from the list, and press OK.

3.Define the settings.

Internet settings name — Give a descriptive name for the connection.

Internet settings type — Select wireless LAN as the connection type.

Network ID — Select the network ID according to the destination network you want to access with the Internet access point. You can rename, and create new network IDs. Using the correct network ID ensures that the data traffic is routed directly to the desired destination network. Especially VPN (virtual private network) software may restrict data traffic for a certain destination network.

Network mode — Select Ad hoc.

Network name — Give the network a name.

Security mode — Select WEP if you want to use a WEP (wired equivalent privacy) key for authentication.

4.If you selected WEP as a security mode, you need to configure these settings, too.

WEP key index — Select the a number for the WEP key.

WEP key length — Select the appropriate key length. Supported key lengths are 40, 104, and 232 bits. The more bits there are in the key, the higher the level of security.

WEP key type — Select whether you want to enter the WEP key data in hexadecimal format (HEX) or in text form (ASCII).

WEP key data — Enter the WEP key data. The number of characters you can enter depends on the key length you have chosen. For example, keys that are 40 bits long, consist of 5 alphanumeric characters, or 10 hexadecimal characters.

5.Press Finish or Done when you have configured all the settings. If you need to configure advanced settings, press Advanced. See "Configuring advanced Internet access point settings{No generated text before found for '#comma'}" p.68.

Cable connection

You can connect your device to a compatible PC using a DKU-2 (USB) cable. Connect the cable to the bottom of the device. See Fig Keys and connectors{No generated text before found for '#comma'} p.11.

You can also connect the cable to the desk stand of the device. Note that if you connect the cable to the desk stand, the connector of the cable must be connected upside down.

Note that you must install the DKU-2 driver to your PC before you can use a cable connection. See the sales package CD-ROM or www.nokia.com for details.

IP passthrough

You can also use a cable for IP passthrough, where the device uses the Internet connection of a computer. You can use IP passthrough as you use any Internet access point, for example for browsing or remote synchronization.

Note that you cannot use IP passthrough at the same time as Nokia PC Suite. You can define cable connection settings in Control panel. See "Cable setup{No generated text before found for '#comma'}" p.64.

Note that you cannot activate modem if you select IP passthrough in cable connection settings. You must use PC Suite connection, or IP passthrough overrides PC Suite with no active IP passthrough connection.

Copyright © 2004 Nokia. All Rights Reserved.

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Nokia 9500 manual Connectivity, Wireless LAN, Cable connection, Setting up an ad hoc network, IP passthrough

9500 specifications

The Nokia 9500 Communicator, launched in 2004, stands as a landmark device in the evolution of mobile technology, blending the features of a smartphone with the functionality of a handheld computer. It was part of Nokia's Communicator series, which was known for its advanced features, and the 9500 was particularly significant due to its innovative design and robust capabilities.

One of the standout features of the Nokia 9500 is its distinctive clamshell design. When closed, it resembles a traditional mobile phone, compact and easy to carry. However, upon opening, the device reveals a full QWERTY keyboard and a large display, offering an exceptional typing experience for those who frequently send emails or create documents on the go. The keyboard is spacious and tactile, making it ideal for productivity tasks.

The 9500 is equipped with the Symbian OS, specifically the Series 80 user interface, which was optimized for the Communicator's unique form factor. Users could multitask efficiently, switching between applications seamlessly, which was a remarkable feature for its time. It supported various productivity applications including calendar, contacts, and word processing, enhancing its appeal to business users.

In terms of connectivity, the Nokia 9500 offers a range of options. It includes support for GPRS, providing users with internet access even while on the move. Wi-Fi capabilities further expanded its utility, allowing for faster data transfer rates and easier access to the internet in hot spots. Bluetooth technology was also included, enabling wireless data sharing with other devices.

The device features a 640x200 pixel display, which was impressive for its time, ensuring that both text and images were clear and easily readable. The Nokia 9500 also came with a camera, which was a novelty for mobile devices in the early 2000s, allowing users to capture images on the go.

Another important aspect of the 9500 is its battery life. It was designed to support extended usage, making it a reliable choice for professionals who needed to stay connected throughout the day. The device also supported expandable memory through a miniSD card slot, providing further flexibility for users to store more data.

In summary, the Nokia 9500 Communicator was a pioneering device that combined the functionalities of a mobile phone and a laptop. With its robust design, keyboard, productivity applications, and connectivity options, it set a foundation for future smartphones, showcasing what mobile computing could achieve long before the era of modern smartphones.