Card de interfață DeLOCK 95267 Intern SFP Mini PCI Express

The DELOCK 95267 is an internal Mini PCI Express card that provides one Gigabit LAN SFP interface. The module fits into a Mini PCIe slot and the SFP connection can be routed out through the slot bracket. The bracket is perforated so the card can be shortened from full size to half size to suit different system form factors.

Advantages

This Mini PCIe SFP card offers an onboard SFP port for hot-swappable fiber or copper transceivers via standard SFP modules, supports Gigabit network speeds, and is available in both full-height and half-length bracket configurations for flexible installation. Its internal design keeps the network interface integrated within the system chassis while allowing external access through the bracket.

Suitable for

• Adding a Gigabit SFP network port to industrial or embedded systems
• Systems with Mini PCIe slots requiring a modular SFP connection
• Environments where compact full-size or half-size bracket options are needed

Key specifications

• Host interface: Mini PCI Express
• Internal: Yes
• Output interface: SFP (1 × Gigabit LAN)
• Bracket: Perforated, convertible from full size to half size

How to use

Install the card into an available Mini PCIe slot on the motherboard and secure the slot bracket to the chassis. Select and install a compatible SFP transceiver module into the SFP cage if required. Route the SFP connector through the slot bracket to provide external access. After physical installation, power on the system and configure the operating system or network driver settings to recognize and use the new network interface.

Recommendations

Use industry-standard SFP transceivers that match the network medium and distance requirements (e.g., multimode fiber, single-mode fiber, or copper SFP). Ensure the system BIOS and operating system support Mini PCIe devices and install up-to-date drivers if necessary. When shortening the bracket, follow the chassis manufacturer's guidance to avoid sharp edges or interference with other components.