RIGOL Vector Network Analyzer DNA6144-R

The DNA6000-R features a dedicated screen-free design that eliminates redundant display structures, resulting in an extremely slim and compact chassis. With overall dimensions of only 432mm × 43.9mm × 440mm, it conforms to the standard 1U rack-mount form factor, allowing direct installation into industry-standard cabinets and supporting dense stacking of multiple instruments.

Equipped with comprehensive communication interfaces including LAN, GPIB, and Application I/O, the DNA6000-R seamlessly integrates with industrial automated test platforms and industrial control systems. It supports standard SCPI command set programmable control, enabling smooth integration into or replacement of existing test systems without rewriting automation scripts, preserving familiar workflows.

With a frequency range from 5 kHz to 26.5 GHz and support for 4 or 2 test ports, the DNA6000-R precisely covers testing requirements across a wide range of applications, including basic passive components (such as filters, antennas, and cables), material dielectric constant characterization, and high-speed interconnect analysis.

A dynamic range exceeding 120 dB combined with extremely low trace noise ensures precise characterization of high-rejection devices and guarantees measurement stability and repeatability.

Built-in application tools including limit line testing (Pass/Fail), standing wave ratio (SWR) measurement, Smith Chart display, and Time Domain Reflectometry (TDR) enable efficient completion of tasks ranging from R&D verification to production line quality control.

Fixture removal and de-embedding capabilities allow users to effectively eliminate the influence of test fixtures, adapters, and cables, enabling accurate measurement of the true S-parameters of the device under test (DUT) and ensuring reliable results.

The built-in calibration wizard guides users through each step clearly and intuitively. Whether you are a beginner or an experienced engineer, you can complete the setup quickly and accurately, ensuring measurement precision every time.

High-precision, long-life mechanical calibration kits covering different frequency bands and connector types are available, ensuring traceable and highly repeatable test results. Electronic calibration kits significantly reduce test preparation time and effectively minimize human error, making them the ideal choice for those pursuing maximum efficiency and consistency.

Through a comprehensive accessory ecosystem, users can source everything they need in one place, enabling reliable testing right away.