SIIG PCI 4S manual Changing COM Port Address, Windows95/98/98SE/ME, Windows2000/XP/Server2003

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2.Click on the + (plus sign) in front of Ports (COM & LPT), and CyberSerial PCI 16Cxxx... should be displayed four times.

3.Double click Multifunction adapters, SIIG CyberPro 4S PCI board should be displayed.

Changing COM Port Address

Some serial devices need a specific COM port in order to work. If your serial device works properly, do not change this setting.

Windows95/98/98SE/ME

1.From the Device Manager window double click Ports (COM & LPT), then double click the CyberSerial PCI serial port you want to change.

2.Click Settings tab, click the down arrow that is next to the Port Name box and select a COM address that is not currently in use.

3.Click OK, then close Device Manager to save the changes.

Windows2000/XP/Server2003

1.From the Device Manager window double click Ports (COM & LPT), then double click the CyberSerial PCI serial port you want to change.

2.Click Settings tab and click Advanced.

3.Click the down arrow that is next to the COM Port number box and select a COM port that is not in use. Click OK.

4.Click OK, then close Device Manager to save the changes.

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Contents SystemRequirements Features and BenefitsIntroducing the CyberPro PCI 4S Layout PackageContentsJumper Settings JP1, JP2, JP3, JP4 Hardware Installation Fan-out CableDriver Installation WindowsWindows ME To Verify Windows 95/98/98SE/ME InstallationWindows98/98SE Windows2000 To Verify Windows NT 4.0 InstallationWindows NT Windows Server To Verify Windows 2000/XP/Server InstallationWindows XP Windows2000/XP/Server2003 Changing COM Port AddressWindows95/98/98SE/ME Technical Support and Warranty SIIG, Inc Stewart Avenue Fremont, CA 94538 RMA #About SIIG, Inc

PCI 4S specifications

The SIIG PCI 4S is a reliable and high-performance serial expansion card designed for users needing multiple serial ports for data communication tasks. This versatile device enhances the connectivity options of desktop systems by adding four additional RS-232 serial ports, making it an ideal solution for data acquisition, industrial automation, and other applications that require robust serial communication.

One of the primary features of the SIIG PCI 4S is its use of advanced technology for enhanced performance and compatibility. It employs a high-speed 16550 UART (Universal Asynchronous Receiver-Transmitter) for each of the serial ports, allowing for improved data transfer rates and reliable communication. This technology helps reduce data loss while ensuring data accuracy, providing users with peace of mind, especially in mission-critical applications.

Another significant characteristic of the SIIG PCI 4S is its broad compatibility with various operating systems, including Windows and Linux. The card supports legacy applications, making it suitable for industries where older systems are still in use. Additionally, the plug-and-play feature simplifies the installation process, allowing users to seamlessly integrate it into their existing systems without extensive configuration.

The SIIG PCI 4S also comes equipped with built-in protection features to safeguard against electrical surges and static discharge, ensuring the longevity and reliability of the card in various environments. Each port is fully isolated to prevent cross-talk and interference, a crucial aspect for applications requiring precise data handling.

Ease of use is further enhanced by the card’s ability to support various baud rates, catering to a wide range of devices and communication protocols. This flexibility makes it highly adaptable for different uses, including connecting barcode scanners, modems, or point-of-sale systems.

In conclusion, the SIIG PCI 4S expansion card stands out as a dependable solution for users looking to expand their serial communication capabilities. Its combination of advanced UART technology, broad compatibility, built-in protection features, and ease of use makes it a preferred choice for both industrial and commercial applications, ensuring efficient data communication and connectivity.