IMS 2026 Concludes | Saisi’s High-Performance Frequency Sources Gain Instant Popularity on Debut, Connecting with Nearly 100 Enterprises

IEEE IMS 2026 in Boston has come to a successful close. Making its debut at this world-leading microwave summit, Saisi engaged in efficient exchanges with nearly 100 overseas enterprises over the three-day event and secured preliminary cooperation intentions with around ten manufacturers. As a comprehensive provider of time & frequency solutions, Saisi has officially joined the mainstream supply chain of the global radio frequency (RF) industry.

1. Debut at IMS 2026: Saisi Unveils Full-range Time & Frequency Ecosystem

IEEE MTT-S International Microwave Symposium (IMS 2026), the most influential annual event for global RF and microwave industries, was held in Boston, USA from June 9 to 11. Regarded as a bellwether for microwave technology development, the symposium gathered over 8,000 professionals and more than 500 exhibitors from 55 countries. It covers the entire industrial chain of RF, microwave and millimeter wave technologies, ranging from module design to system application, serving as a core platform for next-generation RF hardware selection and supply chain collaboration.

For the first time as an official exhibitor, Saisi occupied Booth 24103. Our full lineup of time & frequency products made a collective appearance, including ultra-low phase noise crystal oscillators, high-performance clock chips, atomic clocks and time service modules. The display fully demonstrated Saisi’s capability to deliver end-to-end time & frequency solutions, covering core frequency sources to full-network timing deployment.

Throughout the three-day exhibition, Saisi’s booth drew constant crowds. Visitors included RF equipment integrators, RFIC R&D engineers, high-end test instrument manufacturers, as well as suppliers for aerospace and radar systems. Our on-site team conducted in-depth technical discussions with nearly 100 enterprises, focusing on practical challenges such as customization of high-frequency low phase noise products and multi-channel synchronization solutions.

Supported by original on-site test data of our products and Saisi’s flexible customized delivery solutions, nearly ten overseas manufacturers reached preliminary cooperation agreements with us by the end of the show.

2. Aligning with IMS Themes, Targeting the Core Frequency Source Track

Three parallel forums were held alongside the main exhibition: RFIC, RFSA and ARFTG. Discussions centered on cutting-edge fields including E-band microwave backhaul, airborne phased array radar, millimeter wave local oscillator links and high-precision instrument testing. Fundamentally, the performance ceiling of RF systems is determined by time & frequency references.

Saisi’s featured low-noise crystal oscillators were presented with original test data on phase noise and frequency stability, perfectly matching mainstream application scenarios and earning wide recognition from industry professionals with solid performance indicators.

Low Phase Noise Oven Controlled Crystal Oscillators (OCXOs)

Ideal for radar, satellite communication and precision testing. Featuring ultra-low phase noise and PPB-level high frequency stability, they effectively resolve common pain points such as signal loss in long-distance satellite communication, multi-channel timing deviation of radars, and measurement errors of high-end instruments.

Wide-temperature Low Phase Noise Temperature Compensated Crystal Oscillators (TCXOs)

Optimized for outdoor ODU and E-band microwave backhaul. Designed to withstand harsh outdoor conditions with drastic temperature changes and poor heat dissipation, these oscillators maintain stable phase noise across -40℃ ~ +85℃, -55℃ ~ +105℃ and -55℃ ~ +125℃, preventing link disconnection caused by clock drift of outdoor devices.

Tunable Low-noise Voltage Controlled Crystal Oscillators (VCXOs)

Suited for RFIC chips and PLL frequency synthesis links. Boasting excellent voltage-frequency linearity, low pulling error and low close-in phase noise, they seamlessly match phase-locked loops for RF transceivers, simplifying peripheral circuit design and reducing equipment commissioning difficulty.

3. Beyond the Booth: Building the Time & Frequency Foundation for the Global RF Industry

At its first IMS appearance, Saisi attracted extensive attention from overseas markets with reliable test data and a complete time & frequency ecosystem.

Unlike most component suppliers in the industry that focus solely on individual products, Saisi provides flexible customized time & frequency services spanning components, modules and systems for global RF clients. Our services cover the full lifecycle of business, including product selection for R&D, on-site integration and commissioning, and mass delivery. Our all-round independent R&D strength and ecosystem collaboration capabilities are key to securing the preliminary cooperation intentions at IMS 2026.

Moving forward, Saisi will continue to delve into underlying time & frequency technologies. Leveraging our comprehensive time & frequency ecosystem, we will keep upgrading high-performance timing products and solutions adaptable to diverse working conditions. We aim to solidify the universal time & frequency foundation for the global RF industry, and drive technological breakthroughs for next-generation millimeter wave communication, airborne phased array radar and high-precision sensing & testing systems.