C o n t r o l p a n e l

WPA page

In the WPA mode field, select EAP if you want to use an EAP module for authentication. If you select Pre-shared key, type the password (also called a master key) in the field below. Note that the same key must be entered in the wireless LAN access point.

EAP page

You can configure various EAP (extensible authentication protocol) modules that are used for authentication and data encryption. Note that corresponding values must be entered in the wireless LAN access point. EAP authentication is only available if you have selected WPA or 802.1x as the security mode.

For instructions on editing the EAP module settings, see the Help function in the device.

WEP page

You can create up to four WEP keys. Corresponding values must be entered in the wireless LAN access point.

WEP authentication — Select Open or Shared as a means of authentication between the wireless device and the wireless LAN access point.

WEP key in use — Select the WEP key you want to use with the Internet access point you are creating.

Key #1 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 keys consist of a secret key and a 24-bit initialization vector. For example, some manufacturers refer to the 104-bit key as a 128-bit key (104+24). Both keys offer the same level of encryption and are therefore interoperable.

Key #1 type — Select whether you want to enter the WEP key data in hexadecimal format (HEX) or in text form (ASCII).

Key #1 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 always consist of 5 alphanumeric characters or 10 hexadecimal characters.

EAP modules

EAP modules are used in a wireless LAN to authenticate wireless devices and authentication servers. Note that the network must support this feature.

Modifying the EAP-SIM settings

To use EAP-SIM authentication, the cover phone must be switched on, and the device must have a valid SIM card installed.

To modify EAP-SIM settings for the Internet access point, select ConnectionsInternet setup. Select a wireless LAN Internet access point from the list, and Edit > Advanced. Select the EAP page. Select EAP-SIM from the list, and press Configure.

Define the following:

Use manual user name — This setting overrides the user name in the initial identity response in a case when the server requires that the user performs the initial identification with a predefined user name, for example, with a Windows user name. If you select Yes but leave the User name field empty, a random user name is generated for initial identity response.

Use manual realm — This setting overrides the realm of the initial identity response in a case when the server requires that the user performs the initial identification with a predefined realm. If you select No, the realm is derived from the IMSI (international mobile subscriber identity).

Use identity privacy — The EAP-SIM can have the server send a pseudonym identity for future authentications. This identity prevents the user's IMSI from being sent.

Max. reauthentic. count — The EAP-SIM can have the server send the wireless device a reauthentication identity that can be used to speed up the upcoming authentications. You can specify how many times a single reauthentication mechanism can be used until full authentication must be performed. If the reauthentications mechanisms are used too many times, security may be compromised because the SIM card is not used in reauthentication.

Modifying the EAP-TLS settings

To modify the EAP-TLS settings for an Internet access point, select Connections > Internet setup. Select a wireless LAN Internet access point from the list, and press Edit > Advanced. Select the EAP page. Select EAP-TLS from the list, and press Configure. On the User certificates page, select which personal certificates are used for user authentication when using this Internet access point. This page shows all the installed personal certificates on the device. The certificates are enabled by default. To disable a certificate, select the certificate, and press Disable.

On the CA certificates page, select which authority certificates are valid for server verification in wireless LAN authentication when using this Internet access point. This page shows all the installed authority certificates on the device. All certificates are enabled by default. To disable a certificate, select the certificate, and press Disable.

On the Cipher suites page, select which TLS (transport layer security) cipher suites you want to use with this Internet access point. To enable a selected cipher suite, press Enable.

On the Settings page, you can define additional settings related to EAP-TLS. For instructions on modifying these settings, see the Help function in the device.

Modifying the EAP-PEAP settings

To modify the EAP-PEAP settings for an Internet access point, select Connections > Internet setup. Select a wireless LAN Internet access point from the list, and press Edit > Advanced. Select the EAP page. Select EAP-PEAP from the list, and press Configure.

Copyright © 2004 Nokia. All Rights Reserved.

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Nokia 9500 manual Wpa, Eap, Wep, EAP modules, Modifying the EAP-SIM settings, Modifying the EAP-TLS settings

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.