Connection Cable Joy-IT for Raspberry Pi 75 cm — compatible with Model A, B, B+

Connection cable by Joy-IT designed for Raspberry Pi single-board computers. The 75 cm cable is compatible with Raspberry Pi Model A, B and B+ and provides a fixed, flexible link for connecting peripherals, sensors or power/data interfaces. Intended for prototyping, testing and embedded projects where a reliable wired connection is required, the cable offers a straightforward way to extend connections without modifying the board.

Advantages

The Joy-IT connection cable is built to maintain stable electrical contact and minimize signal loss over a short distance. Its 75 cm length balances reach and signal integrity for typical desktop or bench setups. The cable uses flexible insulation to facilitate routing in confined spaces and allows repeated bending without immediate wear. Compatibility with Raspberry Pi Model A, B and B+ ensures simple plug-and-play use with these boards and connected modules.

Suitable for

• Prototyping circuits and connecting sensors or modules to Raspberry Pi Model A/B/B+
• Bench testing and development environments requiring a short reliable wired link
• Embedded projects where moderate cable length and flexibility are needed

Key specifications

• Length: 75 cm
• Compatibility: designed for Raspberry Pi Model A, B and B+
• Cable type: flexible insulated connection cable suitable for signal and low-voltage power
• Construction: multi-conductor core with protective outer jacket for mechanical flexibility

How to use

Connect one end of the Joy-IT cable to the appropriate header or connector on the Raspberry Pi board and the other end to the peripheral, sensor or interface module. Ensure correct pin alignment and power-off the board when making or changing connections to avoid short circuits. Route the cable to avoid sharp bends and pinching; secure with cable ties or clips if needed to prevent strain on connectors.

Recommendations

For reliable operation, use the cable within its length limits and avoid running it alongside high-voltage lines or strong electromagnetic sources. Verify pinouts and voltage levels of connected devices before powering the system. For long-term installations, periodically inspect the insulation and connector contacts for wear or corrosion.