Adaptador de cable de cabecera de puerto paralelo de perfil bajo de 16 pulgadas StarTech.com con placa de ranura – DB25 (H) a IDC26

The StarTech.com PLATE25F16LP Parallel Port Header Cable Adapter adds a 25-pin DB25 female parallel port to the rear of a low-profile or small form factor computer. The adapter connects the DB25 port to an IDC26 motherboard header via a 0.4 m (16 in) cable in a compact, low-profile form factor suitable for space-constrained systems.

Advantages

This adapter provides a cost-effective method to add a DB25 parallel port without replacing peripherals or the system. It is constructed from quality components and is backed by the StarTech.com Lifetime Warranty, ensuring long-term compatibility when used with a compatible motherboard IDC26 header. The low-profile design supports installation in small form factor and low-profile chassis.

Suitable for

• Connecting parallel printers or legacy parallel devices to a motherboard IDC26 header
• Low-profile or small form factor desktop systems with limited rear panel space
• System upgrades where adding a parallel port is required without replacing peripherals

Key specifications

• Connector (external): DB25 female (parallel)
• Connector (internal): IDC26 motherboard header
• Cable length: 0.4 m (16 in)
• Form factor: Low profile / small form factor compatible
• Brand / MPN: StarTech.com PLATE25F16LP
• EAN: 065030848657

How to use

Power off and unplug the computer before installation. Align and connect the IDC26 connector to the corresponding parallel header on the motherboard, ensuring correct pin orientation. Route the 0.4 m cable to the rear panel and secure the DB25 female bracket in an available expansion slot or bracket area. Restore power and test the connected parallel device using the operating system or device drivers.

Recommendations

Use only with a compatible IDC26 parallel header on the motherboard. Verify pin alignment before powering the system. For reliable operation, install appropriate drivers for the connected parallel device and avoid excessive cable bending or strain near the connectors.