We offer the industry’s most reliable and robust clock and oscillator family by leveraging cutting-edge MEMS technology, advanced Phase-locked Loop (PLL) design and semiconductor packaging. We also provide a vast array of automotive-grade products, including buffers and clock generators.
Key Features
- Best quality and reliability: AEC-Q100 qualified
- Wide operation temperature range: −40° to 125°C, meeting automotive Grade 1
- Smallest form factor packages reduce board space
- Highly integrated solutions reduce component complexity and potential failure points
Key Applications
- Advance Driver Assistance Systems (ADAS)
- Light Detection and Ranging (LiDAR)
- Autonomous driving
- Infotainment systems
- In-vehicle Ethernet
- Engine control modules
- Instrument cluster
AEC-Q100 Qualified LVCMOS Clock Buffers
Our PLA133 family of LVCMOS clock buffers offers high performance and low power for small-form-factor applications.
High-Performance Differential MEMS Oscillators
The DSA1200 family meets the growing need for low-jitter, high-frequency clocks required by ADAS sensors and autonomous driving systems.
Automotive-Grade PCIe® Clock Generators
The DSA557-03/04/05 family of crystal-less clock generators offers multiple PCIe-compliant clocks for Advanced Driver-Assistance System (ADAS) computing applications.
AEC-Q100 Qualified PCIe® Fanout Buffers
The SYA756xx family of automotive grade PCIe Gen 5.0 fanout buffers offers ultra-low additive jitter and low-power performance for ADAS application
Microchip Clock and Timing Automotive PCIe® Solutions
Advanced Driver Assistance Systems (ADAS) require high-speed computing and networking, which drives the need for more clocks throughout the vehicle with increasing complexity and precision. Our automotive PCIe timing experts and products can help you solve this ADAS timing challenge. Our multi-output MEMS clock generators can save 80% board space compared to multiple crystal oscillators by combining multiple clocks with different frequencies into a smaller package. This feature eliminates the need for external termination components.
Learn More About Our Available Products
Advanced Driver Assistance Systems (ADAS) employ leading–edge camera, radar and vision systems for safety and autonomous driving. Our automotive–grade MEMS oscillators exceed the reliability, temperature, and shock and vibration requirements for these timing–critical systems.
In–Vehicle Infotainment (IVI) and In–Car Entertainment (ICE) systems deliver convenience, information and entertainment safely and seamlessly to the driver and passengers. The growing requirements for rich media and connectivity increase the system clock tree complexity and performance requirements. Our automotive-grade MEMS oscillators provide a high level of flexibility and integration as well as best–in–class performance that will meet system timing requirements.
Autonomous driving systems employ leading-edge sensing and control technologies to navigate the vehicle without the passenger’s input. Our automotive-grade MEMS oscillators provide the most reliable timing reference to both sensory and control systems as well as robust performance across wide temperature ranges.
Ethernet connectivity provides the backbone for the next generation of vehicle communications over a single, ubiquitous physical network. For advanced diagnostics, advanced driver assistance or infotainment automotive applications, our Ethernet solutions that are clocked by our automotive–grade MEMS oscillators increase performance while reducing the implementation cost for enabling the smart car.
The instrument cluster is the focal point of the driver, displaying critical information along with the status of various systems within the car. Our automotive–grade MEMS oscillators provide a highly reliable clock source to the System–on–Chip (SoC) and connectivity chips, along with robust performance and excellent temperature stability.
The Transmission Control Unit (TCU) monitors and controls the operation of the vehicle’s automatic transmission. Input from multiple sensors is processed to optimally select gears to achieve improved engine emissions, fuel consumption, stable handling, and gear shift system reliability. Our automotive-grade MEMS oscillators replace the traditional quartz crystal/oscillator to provide a robust and highly stable clock signal across the automotive grade 1 temperature range.
Customize Your Device with ClockWorks® Configurator
With just a few clicks, you can program your devices to any combination of frequency, temperature, ppm and package size to meet your specific application’s requirements. You can also use this tool to download customized data sheets and order custom samples with a 48-hour turnaround.
Need Some Help?
We are here to support you. Contact our Client Success Team to get assistance with your design.
