GNSS

With the tightening of in-vehicle terminals and intelligent transportation standards (e.g. GB/T 45086), it is difficult to cope with manual testing. HONGKE experts deeply analyze how AutoGNSS automated test platform can realize full chain traceability and data traceability, speeding up the whole cycle of research and development by 4-5 times, and completely eliminating the technological threshold of complex GNSS simulation tests!

Explore HIL hardware-in-the-loop closed-loop test solution based on Vector CANoe and GTS P7 GNSS simulator. Designed for automated driving and automotive electronics ECU simulation, it provides high-precision and low-latency positioning verification to help the research and development of low-altitude economy and smart internet vehicles. Learn about localized technical support today!

Analyze the effect of Gaussian noise in HONGKE GNSS simulators on positioning performance. Learn how to improve receiver performance and positioning accuracy through scientific simulation for Hong Kong and Southeast Asia B2B technology test environments.

HONGKE GNSS simulator assists HK-MSR175Plus Transportation Data Recorder to complete the positioning accuracy and anti-interference test, to improve the efficiency of logistics and transportation monitoring, and to support the global path simulation and abnormal situation verification.

In-depth analysis of how HONGKE GNSS simulator supports UAV testing, covering multi-constellation GNSS simulation, RTK centimeter positioning, anti-jamming test and multi-sensor fusion validation, which helps efficient and safe UAV research and development.

Hongke GNSS simulators provide consumer electronics, navigation chips and positioning terminal test solutions that accurately simulate global satellite navigation signals (GPS, GLONASS, Galileo, BeiDou) to improve positioning accuracy, time synchronization, and data processing efficiency, safeguard product quality, and shorten R&D cycles.

Hongke GNSS simulator accurately reproduces complex scenes such as urban canyons, mountainous areas, and farmlands in the laboratory through the software definition structure to completely verify the navigation accuracy, multi-constellation compatibility, interference resistance, RTK high-precision positioning, and multi-sensor fusion performance of the inspection UAV. Say goodbye to high-cost, low-repeatability field testing, and create an efficient, controllable and traceable UAV testing process.

HONGKEI helps dSPACE to build a GNSS-based driving function HIL simulation system to support multi-scenario testing of autonomous driving, V2X, and smart cockpit. Through the GNSS simulator and ASM model, the system realizes accurate positioning simulation, RF output, and high consistency HIL verification, which accelerates the development and testing efficiency of automatic driving algorithms.