PCI-E Serial Adapter High Speed RS232Dual COM Port Card DB9Interface with FIFO Buffer Full Duplex Operation Driver Support Included for Windows

PCI-E Serial Adapter High Speed RS232Dual COM Port Card DB9Interface with FIFO Buffer Full Duplex Operation Driver Support Included for Windows Description

Designed for mission-critical environments, this PCI-E RS232Serial Adapter delivers unmatched reliability and performance for professional applications. Featuring two DB9COM ports, the card supports full duplex speeds up to2.5G/S, ensuring seamless bidirectional communication for industrial control systems, digital signage, and network appliances. It is fully compatible with standard16C550UART chips and offers transfer rates up to1Mbyte per second for fast, accurate data processing. The card includes a256-byte FIFO buffer on each port to optimize data handling and reduce CPU overhead. Comprehensive driver support spans across Windows, Linux, and DOS platforms, making it ideal for embedded systems and server deployments. With its compact low-profile bracket and PCIe x1interface, this serial expansion card offers a durable and scalable solution for expanding serial connectivity in any professional setting. Full Duplex Communication: Operates at full duplex speeds up to2.5G/S, enabling simultaneous send and receive operations for enhanced efficiency in critical applications. Embedded System Friendly: Designed for compatibility with embedded systems and Windows Server platforms, offering robust serial connectivity for backend infrastructure. FIFO Buffer Improves Stability: Features integrated256-byte FIFO buffers that reduce data bottlenecks and ensure smooth operation even under continuous data streaming. Comprehensive Driver Support: Includes essential drivers for Windows, Linux, and DOS, making it suitable for use in industrial PCs, kiosks, and automation controllers. Compact and Versatile Design: Built to fit both standard and low-profile chassis, ensuring adaptability across different PC form factors and installation scenarios.