SiTime MEMS Resonator Technology

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Revolutionize Timing with MEMS Resonator Technology
SiTime’s MEMS resonators deliver unmatched robustness, performance, and programmability over legacy quartz. As the only silicon MEMS resonators qualified for automotive, industrial, and aerospace-grade applications, SiTime is redefining how systems synchronize in size, power, and precision.
Key Features
- Shock and Vibration-Resistant: Operate reliably in extreme environments (up to 100,000 g)
- Unmatched MTBF: Up to 2.2 billion hours
- Small Size, Big Flexibility: QFN, CSP, and wafer-level packaging
- Temperature-Resilient: Excellent thermal performance with tight coupling
Products
Elite Platform Oscillators
Industry’s most robust, high-performance MEMS resonators with ICs for demanding use cases
- Part Numbers: SiT8008, SiT8021, SiT8924, SiT8925, SiT9396, SiT9397
- Specifications: Frequencies up to ~725 MHz; ±0.1 ppm stability; wide temperature range (-55 °C to +125 °C); ultra-low jitter
- Key Features:
- 100× better resilience to shock, vibration, and aging than quartz
- Exceptional frequency stability for mission-critical applications
- Available in ultra-small packages with low power options
- Field-programmable for custom frequency, stability, and voltage needs
- Use Cases: 5G infrastructure, aerospace and defense, industrial IoT, precision networking, high-reliability automotive systems
Titan Platform Resonators
- Part Numbers: SiT11100, SiT11101, SiT11102, SiT11103, SiT11104
- Specifications: Frequencies in the ~32‑76.8 MHz range; very small footprint; ultra‑low power; high shock/vibration tolerance
- Key Features:
- 4× to 7× smaller than the smallest quartz resonators; enables tighter board layouts
- Excellent stability vs temperature and aging
- Rugged MEMS structure: high shock and vibration resilience
- Use Cases: Embedded sensors, IoT edge devices, medical wearables, any design where size and stability are critical
Applications
ADAS, space and defense electronics, industrial automation, and ruggedized communications systems