Wireless communication standards are increasingly integrated into vehicles as well as smart home and Internet-of-Things applications. They form the basis for connected services, advanced HMIs, and autonomous driving. The combination of constantly evolving standards and the integration of multiple wireless technologies with many RF channels into new product designs means that measurement speed and quality are becoming a priority. NOFFZ and NI have jointly developed the Universal Wireless Tester (UWT) to address these test challenges. The UWT provides a suitable solution to meet the high RF channel count requirements while remaining very flexible and cost-effective.

Bring a whole mobile network to your lab or production: NOFFZ Base Station Emulator (BSE) creates a customized cellular wireless environment. This makes testing wireless devices easier than ever before.
Compact, cost-effective testing of multiple DUTs in parallel from 2G to 5G, including endurance testing for several days.

With the increasingly complex RF landscape, expectations for validation and functional testing of GNSS equipment are also rising. A large number of different navigation signals need to be reproduced under conditions that are as realistic as possible. The additional generation and injection of interference into the GNSS signals are supposed to simulate the real environment.

Enabling a centralized data source/sink mechanism, HDS simplifies product testing equipped with Automotive Ethernet, Automotive SerDes, PCI Express (PCIe), Video, USB, and other high-speed lines. Instead of using several sinks (ie.: video frame grabbers) in your test system, you can connect multiple DUTs (ie.: automotive cameras) to our high-speed switch and share a single frame grabber. Use High-Speed Data (H-MTD) Switch to optimize costs and real estate in your test racks. The HDS sets new standards for efficiency in modern testing procedures.

In the rapidly evolving automotive industry, AVD and AVS (Automotive Video Deserializer and Automotive Video Serializer) are two groundbreaking tools designed to transform your testing processes for Automotive SerDes (Serializer/Deserializer) applications. With our innovative solutions, you can achieve functional testing of modern Automotive SerDes devices with unparalleled ease and cost-efficiency.

Our tools provide test coverage for various in-vehicle systems, including camera systems in ADAS, various infotainment devices (instrument cluster-, head-up-, rear-seat entertainment-, central information displays), and autonomous driving technologies (i.e.: high-performance computing – HPC).

Development, prototyping, validation and production testing of wireless devices supporting the Internet of Things need low cost, easy-to-use test equipment with support for the latest standards:

Wi-Fi 6E: 802.11ax, 2×2 MIMO, 2.4 GHz, 5 GHz, 6 GHz bands
Bluetooth® 5.2: BR/EDR/LE

ITN-1200 is an easy-to-use, inexpensive test tool simulating multiple ZigBee and Thread nodes and roles to create an environment for testing smart home and other IoT devices.

It is designed for automated application-level testing using rest API and a user friendly graphical webUI.

Unlock the potential of autonomous driving with the NOFFZ ITN 3000, a V2X testing solution. Designed for seamless integration into existing workflows, this simulator supports both C-V2X and DSRC/ITS-G5 technologies, ensuring comprehensive testing for vehicle-to-everything (V2X) communication.

Complexity, cost, and weight of audio systems are significantly reduced with the Automotive Audio Bus (A²B^®) from Analog Devices Inc. Regardless of their hierarchical structure or whether they are used as master or slave, all A²B^®-products must be adequately tested before they are used. For example, this concerns Hi-Fi amplifiers/speakers, head units, eCall systems, microphones, vibration/noise suppression units, actuators, or sensors.