Moxa Technologies SD1000 user manual 8Moxa Internet Sharer User’s Manual

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2.Under the Email Server Names window, select POP3 server and fill the Incoming Mail Server with Internet Sharer IP address 192.168.10.1.

3.Under the same window. Enter your ISP assigned outgoing Mail server to the blank for Outgoing Mail Server. This is usually the name as ‘company.com’.

7-8Moxa Internet Sharer User’s Manual

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Contents SD1000 P yr i g h t N o t i c e Table of Contents Advanced Configuration Configuring Windows 95 or Windows NTVirtual EMail Server Chpater 8 Internet Sharer Monitor Appendix a TroubleshootingOverview Features Functionality and Protocol Package ChecklistFront Panel View Rear Panel View 6Moxa Internet Sharer User’s Manual Before Installing Internet Sharer What do you need before installation? Ordering a phone line Ordering an ISP accountPreparing PC running with LAN interface ISP Worksheet ISP Worksheet 6Moxa Internet Sharer User’s Manual Connecting the Internet Sharer and Equipment Connecting your modem ConnectingThe Internet Sharer and Equipment Connecting the Internet Sharer Connecting your PC 6Moxa Internet Sharer User’s Manual Installing Software and Configuring Internet Sharer Installing software wizard ConnectingThe Internet Sharer and Equipment 4Moxa Internet Sharer User’s Manual ConnectingThe Internet Sharer and Equipment 6Moxa Internet Sharer User’s Manual ConnectingThe Internet Sharer and Equipment 8Moxa Internet Sharer User’s Manual Starting Internet Sharer Manager 10Moxa Internet Sharer User’s Manual Basic Configuration Dial-Up link Link Connection TypeUninstalling Internet Sharer Software Upgrading Internet Sharer Firmware Advanced Configuration LAN IP address Admin Password Dhcp Advanced Configuration Internet IP address Email Account Login Script Example DNS Modem Setting 12Moxa Internet Sharer User’s Manual Configuring Your Windows 95 or Windows NT Installing Network Card on Windows Setting up a Windows 95 NetworkConfiguring Your Windows 95 or Windows NT Installing TCP/IP on Windows Click Add …from the popped up Network dialog box 6Moxa Internet Sharer User’s Manual Configuring Windows 95 TCP/IP 8Moxa Internet Sharer User’s Manual Configuring Your Windows 95 or Windows NT Installing Network Card on Windows NT Setting Up a Windows NT NetworkUsing Dhcp Configuring Windows NT TCP/IP as Dhcp clientManually Configuring your TCP/IP Virtual EMail Server Mail account yourname@company.com Assigning Virtual Email Accounts for Your TeamVirtual Email Server Add Your Team’s E-mail Accounts Setting up through Internet Connection Wizard Set up Virtual Email Account on Outlook Express6Moxa Internet Sharer User’s Manual Virtual Email Server 8Moxa Internet Sharer User’s Manual Virtual Email Server 10Moxa Internet Sharer User’s Manual Email Account Modification 12Moxa Internet Sharer User’s Manual Setup Virtual Email Account on Netscape Communicator Move to Mail Server and input the corresponding information Virtualusernamesharedaccount@company.com How to send Email to another Virtual EMail Account?Sending and Receiving Mails Internet Sharer Monitor What to See in the Internet Sharer Monitor? Event Logs 4Moxa Internet Sharer User’s Manual Problem during installation Appendix a Troubleshooting2Moxa Internet Sharer User’s Manual Modem not Ready Problems while connecting to InternetYour Domain Name Server not properly configured Other Problems while using Internet SharerIs no one access to Internet. What is wrong? 6Moxa Internet Sharer User’s Manual Appendix B Expanding Your Network 2Moxa Internet Sharer User’s Manual LED Appendix C LED Descriptions2Moxa Internet Sharer User’s Manual Appendix D Cable Pinouts 10BaseT RJ-45 Port Pinouts RS-232 DB9 WAN Port Pinouts with Direct Connect WiringRJ-45 Pin Signal Direction

SD1000 specifications

Moxa Technologies has long been recognized for its innovative solutions in the field of industrial communication and networking. One of its standout products is the SD1000, an advanced serial device server that provides a robust solution for connecting serial devices to Ethernet networks. Designed for seamless integration and high reliability, the SD1000 is ideal for a variety of applications, including industrial automation, remote monitoring, and data acquisition.

One of the main features of the Moxa SD1000 is its capability to support multiple serial communication standards. It can handle RS-232, RS-422, and RS-485 interfaces, making it versatile and adaptable to numerous devices. This flexibility allows users to connect a wide range of legacy equipment to modern Ethernet networks, bridging the gap between old and new technologies.

In terms of performance, the SD1000 is designed for high-speed data communication. It supports data rates of up to 921.6 kbps, enabling efficient data transmission without bottlenecks. This high-speed capability is crucial for real-time applications where timely data transfer is essential for operational efficiency.

The SD1000 also boasts advanced security features to protect sensitive data during transmission. It supports SSL/TLS encryption, ensuring that communications between devices are secure from unauthorized access. This is increasingly important in an era where cybersecurity threats are on the rise, particularly in industrial settings.

Additionally, Moxa’s SD1000 supports various network protocols, such as TCP/IP, UDP, and DHCP, allowing for easy integration into existing network infrastructures. Its user-friendly web interface simplifies configuration and management, making it accessible to users with varying levels of technical expertise.

For reliability in harsh environments, the SD1000 is built with industrial-grade components that can withstand high temperatures and vibrations. It is also designed for redundancy, featuring dual power inputs for uninterrupted operation, which is essential in critical applications.

In summary, the Moxa SD1000 serial device server stands out due to its versatility in supporting multiple serial standards, high-speed communication capabilities, advanced security features, protocol support, and robust design. Its integration potential in both legacy and modern systems makes it an invaluable tool for businesses looking to enhance their industrial communication infrastructure while ensuring reliability and security.
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