Add local port…

“Add local port…" to enter the printer name and printer port in the dialog box.

Add network printer…:

Click (shared) printers and double-click one of the listed printers. Enter the printer name and the printer's network path. A new network printer is installed by double clicking the NET0 printer icon.

Advanced settings contain Bandwidth, Port number and Device Write Timeout in sec.

Figure 25: ThinPrint Client CE - Advanced

Bandwidth:

Enter a bandwidth value which is the same or smaller than that set in .print Engine. If the value is larger or if Client Control is disabled at the server, server settings are applied.

Enter 0 to retain server settings.

Port number:

Enter the port number where .print Client should receive incoming connections. Be sure that the TCP/IP port number is the same on both .print Client and server-side .print Engine. Otherwise, communication between the two .print components is impossible.

Note: TCP/IP Port number is of course only relevant for printing over TCP/IP. The default port number is 4000.

Quit Client:

Click "Quit Client" to exit .print Client. (.print Client must be restarted before ThinPrint .print printing resumes).

Click OK for all changes to apply without quitting .print Client. Some changes are only effective after having restarted .print Client.

Click ⌧ button to quit the dialog box without saving changes.

User's Guide for A2xx with WinCe

Build # 5

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Microsoft A2xx manual Add local port…
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A2xx specifications

The Microsoft A2xx series, particularly notable in the realm of cloud computing and enterprise solutions, signifies a robust category of processors tailored to enhance performance and efficiency in various applications. This series is particularly popular among businesses looking to modernize their infrastructure while leveraging cloud capabilities.

One of the primary features of the A2xx series is its support for advanced virtualization technologies. This enables organizations to run multiple virtual machines on a single physical server, maximizing resource utilization and reducing hardware costs. With built-in support for hypervisors like Microsoft Hyper-V, users can spin up virtual environments quickly and effectively, allowing for rapid deployment of applications and services.

In addition to virtualization, the A2xx series boasts an impressive array of security features. These include hardware-based security measures that protect against a range of threats, ensuring that sensitive data remains secure. The presence of Trusted Platform Module (TPM) technology adds an extra layer of security by enabling secure boot processes and protecting cryptographic keys.

Another notable characteristic is the scalability of the A2xx series. Businesses can easily adjust their resources to meet fluctuating demands, accommodating both growth and unexpected spikes in workload. This flexibility is crucial for organizations aiming to maintain performance while managing operational expenses.

The technological architecture of the A2xx series is built on the latest advancements in silicon design. This results in improved power efficiency, which translates to lower energy costs—a significant consideration for organizations aiming to reduce their carbon footprint. Enhanced energy efficiency does not come at the cost of performance; instead, it enables users to handle resource-intensive applications without compromising speed.

Moreover, seamless integration with Microsoft Azure services empowers users to leverage cloud resources for backup, disaster recovery, and data management. This connection simplifies operations and enhances collaboration across teams, making it easier to adopt a hybrid cloud model.

Ultimately, the Microsoft A2xx series exemplifies a forward-thinking approach to enterprise computing, combining cutting-edge technology, security, and scalability. It is a compelling choice for organizations seeking to streamline operations while embracing the future of cloud and virtualization technologies.
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