Network Computing Devices PS6U1UHE Uninstall eConnect, When You Can’t Use Dhcp, Manual Removal

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CradlePoint USB-Host to Ethernet Adapter User Guide

When You Can’t Use DHCP

For most installations, it is not necessary to manually configure the USB-Host to Ethernet Adapter. The PS6U1UHE uses DHCP to automatically configure its network settings by default. For installations on networks that do not have a DHCP server or must use static IP addresses for other reasons, it is possible to customize the Adapter's configuration (e.g. setting a static IP address, assigning specific name to the Adapter, etc.). Please download the Cradle Manager software package from www.cradlepoint.com. Installation and configuration information is contained in the setup instructions included with the download. Once the software is installed, you will use the Cradle Manager component to configure your PS6U1UHE.

Uninstall eConnect

It is extremely important that you follow these steps. Failure to do so will prevent ActiveSync from being able to detect cradle events.

If you ever cold-booted the terminal after installing eConnect via the .cab file, eConnect will not appear in the Remove Programs list in the Control Panel. To uninstall, display ActiveSync Explorer on the PC and remove the files manually using the instructions in Manual Removal below.

To uninstall eConnect from the MC1000, follow these simple steps:

1.Go to Start Settings and select the eConnect icon. Press the Enter button to open eConnect.

2.Check Launch ActiveSync.

3.Uncheck Use eConnect for Docking Events.

4.Press the OK button at the top of the screen.

5.Locate the Remove Programs icon and press the Enter button.

6.Select InVision eConnect in the programs list.

7.Locate the Remove and press the Enter button. Then select Yes in the Remove Program dialog and press the Enter button.

8.Press the OK button at the top of the screen.

9.Warm boot the terminal to remove the eConnect icon from the Control Panel.

Manual Removal

If you cannot remove eConnect using the above method, you will have to remove the files manually using the following simple steps.

1.Reconnect the MC1000 directly to the Host computer using a USB cable.

2.Open ActiveSync and re-establish an active connection. Then open the ActiveSync Explorer.

3.Browse to the “\Windows” folder on the MC1000 and then find and delete the following files: eConnect.cpl and eConnect.exe.

4.Browse to the “\Windows\Startup” folder and delete the eConnect.lnk file.

5.Next browse to the “\Applications” folder and find and delete the following files: eConnect.cpl, eConnect.cpy, eConnect.exe, eConnect.reg, and eConnect.lnk.

6.Warm boot the terminal to remove the eConnect icon from the Control Panel.

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Contents PS6U1UHE Trademarks Contents Lights Function IntroductionPorts Function Before You Begin Connecting to the PS6U1UHEGetting Started You should find the eConnectCE4.03.02.cab file Verify MC1000 ConfigurationConfiguring eConnect Connection is checked Finishing UpConnecting the MC1000 to the PS6U1UHE Partnerships with More than One Desktop/Laptop PC Connecting the PS6U1UHE to your NetworkManual Removal Uninstall eConnectWhen You Can’t Use Dhcp Product Registration TroubleshootingSymptom Nothing Works Possible Cause Action Product/Technical SupportSymptom It won’t ActiveSync Possible Cause Action Other ActiveSync ProblemsRadio Frequency Interference Requirement FCC Statement Appendix a Regulatory InformationAppendix B Warranty Part Number 190130-001 Rev a

PS6U1UHE specifications

The Network Computing Devices PS6U1UHE is a versatile and high-performance network computing device designed to cater to a wide range of industrial and commercial applications. This device is recognized for its robustness and reliability, making it an integral part of modern network infrastructures.

One of the primary features of the PS6U1UHE is its advanced processing capabilities. The device is powered by a high-speed processor, enabling it to handle demanding applications and manage multiple tasks simultaneously without sacrificing performance. This is particularly beneficial in environments where real-time data processing is essential, such as data centers and enterprise networks.

In terms of connectivity, the PS6U1UHE offers a variety of ports, ensuring flexibility in deployment. It typically includes multiple Ethernet ports, allowing for seamless integration with existing networks while providing options for both wired and wireless connections. This multi-port configuration is crucial for ensuring redundancy and maximizing uptime in mission-critical applications.

The device is also built with scalability in mind. Users can expect comprehensive support for various network protocols and standards, making it suitable for diverse networking environments. This scalability means that organizations can expand their network capabilities as their needs grow without the need for extensive hardware upgrades.

One standout characteristic of the PS6U1UHE is its emphasis on security. The device incorporates advanced security features, including built-in firewalls and support for VPNs, providing robust protection against unauthorized access and potential cyber threats. Security is paramount in today’s digital landscape, and the PS6U1UHE addresses this need effectively.

Additionally, the PS6U1UHE is designed for durability, often constructed to withstand harsh environmental conditions. This makes it an ideal choice for deployment in industrial settings where exposure to dust, moisture, and fluctuations in temperature could otherwise compromise performance.

Moreover, its user-friendly interface simplifies configuration and management, making it accessible even to those who may not have extensive technical knowledge. This ease of management is crucial for minimizing downtime and accelerating deployment times.

In summary, the Network Computing Devices PS6U1UHE represents a powerful solution for organizations seeking a reliable, secure, and versatile networking device. With features such as advanced processing capabilities, multi-port connectivity, robust security measures, and a focus on durability, it stands out as an essential component for modern network environments.
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