Delock 1x Parallel 2x Serial PCI Card

Delock 1x Parallel & 2x Serial PCI Card

The Delock 1x Parallel & 2x Serial PCI Card is a compact, high‑performance interface solution designed to expand the connectivity options of desktop computers. By integrating one parallel port and two serial (RS‑232) ports into a single PCI slot, this card delivers versatile communication capabilities for legacy peripherals, industrial equipment, and custom data acquisition systems.

Key Features

• Port Configuration: One parallel port (D‑Sub25) and two serial ports (RS‑232, D‑Sub9).
• PCI Compatibility: Fully compliant with the PCI 2.1 specification, ensuring seamless integration into a wide range of motherboards.
• Dual Slot Design: The card includes an additional slot bracket (zweites Slotblech) that allows it to occupy two adjacent PCI slots for enhanced stability and heat dissipation.
• No Internal Connectors: All connections are external, simplifying installation and maintenance.
• Compact Form Factor: The card’s slim profile minimizes space usage while providing robust connectivity.

Technical Specifications

Installation and Compatibility

The Delock PCI card is engineered for straightforward installation. Simply insert the card into an available PCI slot on your motherboard, secure it with the provided screws, and connect the desired peripherals to the external ports. The dual‑slot bracket ensures that the card remains firmly seated even in systems with limited space or high airflow.

Because the card adheres strictly to the PCI 2.1 standard, it is compatible with a broad spectrum of operating systems and hardware configurations. Whether you are running Windows (98SE/ME/2000/NT4.0/XP/Vista), Linux, or DOS, the necessary drivers are readily available from Delock’s support resources.

Use Cases

• Industrial Automation: Connect legacy PLCs, CNC machines, and other serial‑controlled equipment to modern PCs for monitoring and control.
• Data Acquisition: Interface with sensors or measurement devices that communicate via RS‑232 or parallel interfaces.
• Legacy Peripheral Support: Reconnect older printers, barcode scanners, or other peripherals that rely on serial or parallel connectivity.
• Embedded Systems Development: Provide a reliable communication backbone for prototyping and testing embedded hardware.

Performance Highlights

The card’s design prioritizes signal integrity and low latency. The RS‑232 ports support standard baud rates up to 115,200 bps, while the parallel port offers high‑throughput data transfer suitable for bulk printing or rapid data dumps. The dual‑slot configuration reduces electromagnetic interference by physically separating the PCI circuitry from the external connectors.

Driver and Software Support

Delock supplies dedicated drivers that enable full functionality across multiple operating systems. These drivers provide:

• Configurable baud rates, parity, stop bits, and flow control for each serial port.
• Standard parallel port modes (ECP, EPP, LPT1/2/3) to match a variety of peripheral requirements.
• Diagnostic utilities that allow users to test port connectivity and troubleshoot communication issues.

Conclusion

The Delock 1x Parallel & 2x Serial PCI Card is an essential component for anyone needing reliable, high‑quality serial and parallel interfaces in a single, space‑saving module. Its adherence to the PCI 2.1 standard, dual‑slot stability, and comprehensive driver support make it a dependable choice for industrial, scientific, and legacy system applications.

Frequently Asked Questions

• Q: Can this card be used in laptops? A: Yes, as long as the laptop has an available PCI slot and supports the PCI 2.1 specification.
• Q: Does it require any additional power supply? A: No, the card draws power directly from the PCI bus.
• Q: Are there any firmware updates available? A: Firmware updates can be obtained through Delock’s official support portal to address compatibility or performance enhancements.

By integrating this versatile interface into your system, you unlock a wide range of connectivity possibilities while maintaining the reliability and simplicity that Delock is known for.