An NI Partner is a business entity independent from NI and has no agency or joint-venture relationship and does not form part of any business associations with NI.
An NI Partner is a business entity independent from NI and has no agency or joint-venture relationship and does not form part of any business associations with NI.
Cables connect test and measurement devices to NI and third-party hardware or to individual header pins. Designed for power, signal routing, sensor interfacing, and high-speed data transfer, they maintain signal integrity for accurate measurements. Options range from device-specific cables to multipurpose cables with industry-standard connector types.
NI cables are named based on either the connector name or the application and hardware with which they are used.
We offer a variety of NI cables, connector blocks, terminal blocks, and other accessories to help you connect signals between your device under test and your NI hardware. Our cable and accessory guides can help you determine the right accessory for popular products.
You can find dimensional drawings for many NI cables and other accessories online. These drawings can help you design custom parts that you may need to complete your system. Pinouts for NI hardware are included in the device documentation, which is available from the model page or from the Product Documentation Center.
Cables and wiring can introduce noise into your measurement systems. You can review our best practices for setting up your measurement to ensure accurate, quality results.
Cables connect instruments, sensors, system power, network communication, and devices under test (DUTs), enabling accurate signal transmission between system components. They are essential for routing data, control signals, and power in automated test setups.
There are NI coaxial, digital, analog, serial, GPIB, CAN/LIN, switch, and multifunction cables, along with various power and connectivity cables that help integrate test and measurement systems effectively.
NI cables support a wide range of signals, including analog, digital, RF, high-speed data, and power. This versatility allows engineers to use a common ecosystem of cables across diverse applications.
High-quality shielding, impedance control, and connector compatibility help reduce noise, signal loss, and interference in test systems, essential for accuracy and performance.
Engineers should consider signal type, bandwidth, cable length, connector type, and environmental conditions where the cable will be used. Compatibility with existing hardware is also critical for seamless integration. Many NI cables use industry‑standard connectors making them suitable for connecting NI hardware to a wide range of third‑party sensors, instruments, and accessories.
The broad selection of NI cable types includes coaxial, shielded, serial, GPIB, and device‑specific options, giving users the flexibility to choose the right cable for their test or measurement setup. Because these cables are purpose‑built for NI hardware, they ensure seamless integration, accurate pinouts, and dependable connectivity and performance across instruments.