By Category
Share your application parameters with us, and we’ll recommend the optimal solution.
FCom provides crystal and oscillator timing solutions for industrial automation and automotive electronics.
Explore application-specific engineering guides, identify suitable timing technologies, or work with our team on a new design, replacement or qualification requirement.
Engineering Support
FCom supports the timing-device selection process from initial clock review through sample evaluation and qualification planning.
Select the subsystem that best matches your design. Each application guide provides detailed information on timing architecture, representative frequencies, device selection and validation considerations.
Control & Processing
Coordinate processor, Industrial Ethernet and retained-time clock domains for reliable control, communication and event logging across PLC and industrial-controller platforms.
Processing
Networking
RIC
Networking & Communication
Provide stable reference clocks for Ethernet PHYs, switches, gateways and FPGAs, supporting reliable links, deterministic communication and high-speed network interfaces.
Ethernet PHY
FPGA / SerDes
Networking
Motion & Automation
Coordinate timing across motor control, encoder feedback, FPGA processing and industrial networking to support precise motion and deterministic multi-axis operation.
Motor Control
Encoder
Industrial Network
Sensing & Monitoring
Balance low power, sampling accuracy, wireless stability and long-duration timekeeping across sensing, data-acquisition and remote-monitoring platforms.
Sampling
Wireless
Low Power
Vehicle Control
Coordinate processor, network and retained-time references across automotive ECUs and domain controllers, with timing options suited to wide operating-temperature requirements.
MCU / SoC
Networking
RTC / Wake
ADAS & High-Speed Data
Control clock jitter across cameras, radar, SerDes, FPGA and sensor-processing interfaces to support reliable high-speed data acquisition and sensor-fusion paths.
Camera
Radar
SerDes
Cockpit & Connectivity
Coordinate processor, display, audio, Ethernet, GNSS and wireless clock domains across digital cockpit and connected-vehicle platforms.
Infotainment
Audio
EV Power Systems
Maintain reliable controller, communication and standby timing in BMS, charging and power-electronics systems operating near switching noise and wide temperature variations.
BMS Control
Communication
Power Systems
The recommendation starts with the complete subsystem and design requirements rather than selecting a part from frequency alone.
Review the application, target chipset, interfaces, operating environment and key design requirements.
Identify processor, PHY, FPGA, sensor, RF and RTC clock requirements across the subsystem.
Select the appropriate crystal, XO, TCXO or differential oscillator for each required clock function.
Confirm prototype samples, technical verification, qualification requirements and production considerations.
FCom supports architecture review, replacement evaluation, customization and project qualification based on the actual application requirements.
SYS
Review clock functions, device interfaces and performance priorities across the complete subsystem.
ALT
Compare an existing part against frequency, package, output, supply, stability, temperature and key electrical requirements.
ENG
Review non-standard frequency, stability, output, package or application-specific performance requirements.
QLT
Coordinate sample requirements, technical documentation and project-specific qualification considerations.
Send the original part number or datasheet. FCom can review the specification, package and electrical requirements to support replacement evaluation.