Adattatore seriale interno DeLOCK 65628

The Internal Serial Adapter DeLOCK 65628 is an internal serial adapter that enables reliable serial communication between a host system and peripheral devices. It provides a serial host interface and a serial output interface and is designed to be installed inside systems where compact dimensions are required. The adapter includes a cable to connect a serial device via a 4‑pin header connector (RX and TX) to the GPIO interface of a Raspberry Pi, allowing direct serial data transfer once the system is configured appropriately.

Advantages

The DeLOCK 65628 offers compact dimensions (48 × 43 × 16 mm) suitable for tight enclosures and straightforward internal installation. Both host and output interfaces use serial connections for consistent data transmission. The package includes the required cable for connection to a Raspberry Pi GPIO 4‑pin header, simplifying setup for embedded and development projects.

Suitable for

• Embedded systems requiring UART/serial communication
• Connecting serial peripherals to a Raspberry Pi via GPIO (RX/TX)
• Development boards and prototyping with serial devices
• Compact installations where an internal serial adapter is needed

Key specifications

• Brand: DELOCK
• Model / MPN: 65628
• EAN: 4043619656288
• Host interface: Serial
• Output interface: Serial
• Internal: Yes
• Dimensions (W × D × H): 48 × 43 × 16 mm

How to use

Install the adapter inside your enclosure and connect the included cable to the adapter's 4‑pin header connector (ensuring correct RX and TX alignment). Attach the other end of the cable to the Raspberry Pi GPIO pins for RX and TX. Power the host system and configure the operating system serial port settings (baud rate, parity, stop bits) according to the connected device's requirements. Verify the connection with terminal software or a serial communication tool.

Recommendations

Before connecting, consult your Raspberry Pi GPIO pinout and the serial device documentation to confirm voltage levels and signal orientation. Ensure the system is powered down while making physical connections to avoid damage. Configure matching serial parameters in software to establish reliable communication.