Bluetooth Stack 2.0/EDR

A2DP (Advanced Audio Distribution Profile) technology allows users to send CD quality stereo music from one device to another using Bluetooth wireless technology. A2DP is one of the modes available for Bluetooth technology.

NOTE: Even though the Bluetooth Stereo Headphones support A2DP profile, the user's iPAQ model and OS should be compatible with A2DP in order for the user to use this feature. Operating systems from Windows Mobile 5.0 (based on the Windows CE 5.0 kernel) onwards are compatible with and fully support A2DP if an required device (embedded in the PDA or phone) is used.

Advanced settings

Connect to intranet URLs

To connect to intranet sites that have periods in their URLs (for example, intranet.companyname.com), add them to the Work URL Exceptions list.

To connect to intranet URLs:

1.Tap Start > Settings > Connections > Connections > Advanced > Exceptions….

2.Tap Add new URL….

3.In Work URL, enter the intranet URL.

NOTE: If you use many URLs that share the same root company name, you can avoid entering them individually by entering *.companyname.com.

Change an intranet URL

To change an intranet URL:

1.Tap Start > Settings > Connections > Connections > Advanced > Exceptions.

2.Tap the intranet URL exception you want to change, then make the required changes.

NOTE: To delete a work URL exception, tap and hold it in the list, then tap Delete.

Set up proxy server settings

If you are connected to your Internet Service Provider (ISP) or private network during synchronization, your device should download proper proxy settings during synchronization from your computer. If these settings are not on your computer or need to be changed, you can change them manually.

Before you begin, obtain the following information from your ISP or network administrator:

User name

Password

Proxy Server name

Port

Type of Socks protocol used

Advanced settings 27

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HP 200 manual Advanced settings, Bluetooth Stack 2.0/EDR, Connect to intranet URLs, Change an intranet URL

200 specifications

The HP 200 is a remarkable computer system that exemplifies the evolution of technology in personal computing. Launched in the early 1980s, this model marked a significant milestone for Hewlett-Packard in their efforts to cater to small businesses and professional users. The HP 200 was tailored for those seeking a reliable, efficient, and powerful computing tool.

One of the standout features of the HP 200 is its modular architecture. This design allows users to configure their system according to individual needs, enabling the addition of various peripherals and expansion cards. The expandability of the HP 200 made it an attractive option for businesses that required customization to support diverse tasks ranging from data processing to accounting.

The HP 200 is powered by a robust microprocessor, typically the Intel 8086 or similar, which offered substantial performance at the time. This processor architecture supported 16-bit computing, providing the necessary power to run complex applications and multitask effectively. Users appreciated the improved speed and efficiency, which facilitated productivity in business environments.

In terms of memory, the HP 200 supported a range of options, starting with standard configurations that could be further expanded based on user requirements. This adaptability in RAM enabled users to run larger software applications smoothly and manage larger data sets, crucial for business operations.

The operating system used in the HP 200 was often the HP-MOS, a proprietary system designed to leverage the hardware capabilities efficiently. This operating system provided a user-friendly interface, making it easy to navigate through tasks and applications. Its compatibility with various software applications enhanced productivity, allowing users to utilize industry-standard programs effectively.

To further augment its usability, the HP 200 was designed with a variety of connectivity options. These included serial and parallel ports, which facilitated communication with peripherals such as printers and modems. The inclusion of networking capabilities also allowed businesses to connect multiple HP 200 systems, creating a collaborative environment.

Another notable characteristic was its reliability and durability. The HP 200 was engineered with quality components, resulting in a machine that could withstand the rigors of daily business use over extended periods.

In summary, the HP 200 was a game-changer in the personal computing landscape, delivering exceptional performance and flexibility. Its combination of modular design, powerful processing capabilities, user-friendly operating system, and reliable build quality made it an essential tool for businesses during its time. The legacy of the HP 200 continues to influence modern computing systems, reminding users of the importance of adaptability and efficiency in technology.