Ruigu Electronic

The 90GHz ultra-high-speed real-time oscilloscope is a high-end electronic measurement instrument. On October 15, 2025, Shenzhen Wanliyan Technology Co., Ltd. officially launched this product at the 2nd Guangdong-Hong Kong-Macao Greater Bay Area Semiconductor Industry Expo, marking a key breakthrough in China’s high-end electronic measurement instrument field. The detailed introduction is as follows:

Key Performance Indicators

• Ultra-High Bandwidth: With a bandwidth of up to 90GHz, it can clearly capture every waveform detail of high-speed signals up to 112Gbps and even 224Gbps, truly restoring the rapid rise and fall of signals. It meets the high-speed interface testing needs of chips with more advanced processes (3-5nm) and the ultra-high analog bandwidth requirements in the 6G communication field.
• High Sampling Rate: Boasting a sampling rate of 200 billion samples per second, it can accurately capture picosecond-level transient signals, significantly improving measurement accuracy and providing strong support for research in cutting-edge scientific fields such as ultra-fast laser pulses and high-energy physics.
• Large Memory Depth: Featuring a memory depth of 4 billion samples—twice that of similar products—it enables scientists to obtain continuous, gap-free records, facilitating long-term, high-precision analysis of complex signals.

Innovative Features

• Intelligent Parameter Optimization: The world’s first “intelligent parameter optimization” function can traverse 10,000 configurations within 10 minutes through a dedicated model, increasing test efficiency by more than 100 times. For example, parameter tuning of 112Gbps high-speed interface chips usually takes 1 to 2 weeks with traditional instruments, while this oscilloscope completes the task in just 10 minutes.
• Super Computing Power Architecture: The original “Huiyan Architecture” integrates server-class computing power into an oscilloscope for the first time. Its 32-core general-purpose processor delivers 4 times the performance of industry standards, supporting up to 300+ TFLOPS of AI computing power and cloud expansion, achieving comprehensive upgrades in signal acquisition and processing performance, test efficiency, and intelligence.
• Full-Screen Interaction: As the industry’s first full-screen device, it adopts an 18.5-inch extra-large screen and realizes “terminal-level” interaction through multi-touch, making signal and data display more intuitive and operation more convenient.

Significance and Applications

Wide Application Scenarios: In the semiconductor field, it meets the high-speed interface testing needs of 7nm computing chips and supports testing of chips with more advanced processes. In 6G communication and optical communication fields, it provides ultra-high analog bandwidth and high sampling rate, supporting key technological breakthroughs. Additionally, it has important applications in critical industries and scientific research scenarios such as satellite communication, low-altitude economy, advanced manufacturing, intelligent automobiles, and large scientific installations.

Breaking Technological Blockade: Previously, the Chinese market was long restricted by Western export controls, with real-time oscilloscopes with a bandwidth exceeding 60GHz prohibited from entering China. The launch of Wanliyan’s 90GHz ultra-high-speed real-time oscilloscope breaks the blockade of the Wassenaar Arrangement, achieving full independent controllability and providing key support for the entire industrial chain innovation of China’s electronic information industry.