The Heartbeat of the Era of Intelligent Computing - Taijing Technology Shines at the 2026 Optical Connectivity Conference, Empowering High-Speed Optical Modules with ''China's Time Chip''
The 11th CFCF2026 Optical Connectivity Conference, hosted by Fiber Optic Online, successfully concluded in Suzhou from June 25th to 27th, 2026. This conference focuses on core tracks such as AI computing power optical interconnection, CPO packaging, silicon optical chips, and high-speed device testing, bringing together more than 3000 industry colleagues and 200 exhibitors from upstream and downstream of the industry chain to explore new opportunities in the industry under the wave of computing power.
On the eve of the conference, the "Taijing Cup" 2026 Optical Communication Golf Friendship Tournament sponsored by Taijing Technology kicked off with the first swing. More than a hundred guests from various links of the industry chain, as members of the club, pre warmed up the conference in a relaxed and pleasant atmosphere, laying a harmonious industry atmosphere for subsequent in-depth technical exchanges.
On the morning of June 25th, with more than 200 exhibitors in place, the exhibition officially kicked off. As one of the co organizers of the conference, Taijing Technology made a high-profile debut on the first day of the event, with the theme of "Heartbeat of Intelligent Computing Era - High speed Optical Module Clock (Crystal oscillator) Solution and Technological Breakthrough", showcasing the company's core breakthroughs and strategic layout in the field of high-end clock devices to the industry in all aspects, becoming one of the focuses of attention on the first day of the conference.
Focusing on AI Optical Interconnection
The 'heartbeat' of the era of intelligent computing
In the heavyweight segment on the first day of the conference, Taijing Technology vividly interpreted the key role of high-frequency crystal oscillators in AI computing power optical modules, using the metaphor of "the heartbeat of the intelligent computing era". As AI computing power clusters evolve towards 1.6T/3.2T, optical modules have put forward extreme requirements for phase jitter, frequency stability, and packaging size of clock sources. With over 20 years of technical accumulation in the field of quartz frequency control, the company has successfully overcome the design and mass production difficulties of ultra-high frequency and ultra-low jitter crystal oscillators, providing a full range of differential oscillator solutions from 156.25MHz to 625MHz for global optical module customers.
625MHz ultra-low jitter differential oscillator: This product has a phase jitter as low as an astonishing 15fs (typical value), and its performance has reached the international first-class level, which can meet the stringent requirements of the next generation 1.6T/3.2T optical communication network for ultimate signal purity.
312.5MHz high fundamental frequency differential crystal oscillator: using self-developed MEMS lithography technology, it achieves stable mass production of high fundamental frequency, with phase jitter as low as 30fs, perfectly adapting to high-speed interface scenarios such as 800G/1.6T optical modules, AI servers, PCIe 5.0/6.0, etc. Both products adopt miniaturized packaging such as 2016/2520/3225, supporting LVPECL/LVDS/HCSL differential output, which reserves valuable space for high-density optical module design.
Faced with the strategic opportunity period of accelerated iteration of global computing infrastructure, Taijing Technology is actively participating in and promoting the localization process of the optical communication industry chain with independent innovation frequency solutions, contributing the power of "China Time Chip" to building an independent and controllable digital economy base. Although the conference has come to an end, the excitement continues. Taijing Technology will continue to work together with upstream and downstream partners in the industry chain, empowering the infinite possibilities of the AI computing era with more accurate and reliable "clock heartbeats"!
