Core Viewpoint - Wanlian Eye's TS0254BP model has won the bid for the high-speed digital sampling real-time oscilloscope project at China University of Geosciences (Wuhan), with a contract value of 2.565 million yuan, marking the first public market order after the "Bay Chip Exhibition" [2][3]. Group 1 - The TS0254BP model is part of Wanlian Eye's ExWave TS series, featuring a bandwidth of 25GHz [3]. - This bid win is significant as it represents Wanlian Eye's first public tender success for high-speed real-time oscilloscopes since its appearance at the "Bay Chip Exhibition" on October 15 [3]. - Wanlian Eye is recognized as a domestic high-end electronic measurement instrument manufacturer, having previously showcased a 90GHz bandwidth ultra-high-speed real-time oscilloscope at the second "Bay Chip Exhibition" in 2025, which received considerable attention [3]. Group 2 - The 90GHz bandwidth oscilloscope can independently support 90GHz bandwidth and a sampling rate of 200G on each of its four channels, making it the top in the country and second globally [3]. - The successful bid for the project at China University of Geosciences further validates Wanlian Eye's competitiveness in the high-end measurement instrument sector [3].

Core Viewpoint - The article highlights the breakthrough of China's 90GHz oscilloscope, marking a significant advancement in high-end electronic measurement instruments and addressing the long-standing "bottleneck" in chip technology due to Western restrictions on exports [4][5][6]. Group 1: Product Launch and Significance - On October 15, 2025, Shenzhen Wanliyan Technology Co., Ltd. launched its flagship product, a 90GHz bandwidth ultra-high-speed real-time oscilloscope, achieving the highest level in China and the second globally [5]. - This oscilloscope features four channels, each independently supporting 90GHz bandwidth and a sampling rate of 200G, representing a new benchmark for domestic real-time oscilloscopes [5]. - The launch is seen as a critical breakthrough in high-end electronic measurement instruments, providing essential support for the development of next-generation communication, artificial intelligence, and aerospace technologies in China [6]. Group 2: Market Challenges - The oscilloscope market in China faces three main challenges: 1. Supply challenge: High-speed interface testing for chips below 7nm requires oscilloscopes with bandwidths above 60GHz to 90GHz, while Western products reach up to 110GHz, leaving a significant gap [9]. 2. Efficiency challenge: The exponential increase in testing complexity due to higher interface speeds is severely slowing down the R&D process [10]. 3. Experience challenge: Traditional button-based interactions are inadequate for modern engineers' needs for complex testing scenarios [11]. Group 3: Technological Innovation and User Experience - The success of the 90GHz oscilloscope is attributed to deep technological accumulation and extensive industry collaboration, involving key technologies such as processes, materials, chips, and software algorithms [13]. - The oscilloscope features a fully touch-screen design and gesture recognition capabilities, enhancing user experience and operational efficiency, akin to modern smartphones and electric vehicles [13][14]. - Feedback from users, including top institutions like Shanghai Jiao Tong University, indicates significant improvements in usability and efficiency, with some stating it "liberates testing productivity" [14]. Group 4: Industry Positioning and Market Strategy - The company emphasizes that the launch of the 90GHz product is not intended to undermine domestic competitors but to collectively enhance China's instrument and meter industry reputation [15]. - The oscilloscope provides a crucial alternative in the domestic market, especially as the Wassenaar Arrangement's restrictions on high-speed real-time oscilloscopes are set to change, while U.S. regulations remain at 60GHz [15]. - The company aims to create a long-lasting brand that can be trusted for quality and performance, similar to the evolution seen in the electric vehicle sector [15].