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RF & High-Speed Digital Timing & Filtering Solutions

FCom provides precision timing, low-phase-noise frequency references and RF/IF filtering solutions for wireless, RF signal-chain and high-speed digital systems.

 

Explore application-specific engineering guides for wireless connectivity, professional radio, networking, optical modules, AI infrastructure and high-speed data-conversion platforms.

Explore Applications
Discuss Your Requirements

Engineering Support

From Signal-Chain Requirement to Device Selection

FCom supports timing-reference and RF/IF component selection based on the actual signal chain, clock architecture and performance requirements.

Low-jitter and low-phase-noise reference review
RF / IF filtering and selectivity evaluation
Differential and high-speed clock selection

RF & High-Speed Digital Solutions by Application

Select the system category that best matches your design. Each application guide provides deeper information on clock architecture, signal-chain requirements, representative frequencies, timing performance and RF/IF filtering where applicable.

Wireless Connectivity

Wireless Connectivity & RF Front-End

Combine RF band selection, interference rejection and stable reference clocking across Wi-Fi, Bluetooth, UWB, wireless IoT and RF transceiver platforms.

Processing

Stable Reference

Low Phase Noise

View Application Guide

Sub-GHz & Low-Power Wireless

Sub-GHz, Remote Control & Low-Power IoT

Support receiver selectivity, low-power wireless timing and compact RF references across remote-control, telemetry, smart-metering, LoRa, Wi-SUN and Sub-GHz IoT systems.

Sub-GHz Filtering

Low Power

Stable RF Reference

View Application Guide

Motion & Automation

Servo Drives, Robotics & Motion Control

Coordinate low-phase-noise references, sampling clocks and selective RF/IF filtering across professional radio, SDR, wideband receivers, RF sampling and digital-IF architectures.

Low Phase Noise

RF / IF Selectivity

Sampling Clock

View Application Guide

Radar & RF Sensing

Radar & RF Sensing

Provide low-phase-noise, high-stability frequency references for synthesizer, LO and high-speed converter clock paths in radar, RF sensing and high-dynamic-range receiver systems.

Close-In Phase Noise

Frequency Stability

RF Reference

View Application Guide

Vehicle Control

Network Equipment & SmartNICs

Provide stable, low-jitter reference clocks for CPU, PHY, switch ASIC, FPGA, SmartNIC, DPU and high-speed SerDes clock domains across Ethernet networking platforms.

Low RMS Jitter

Differential Clock

Ethernet / SerDes

View Application Guide

Optical & High-Speed Ethernet

Optical Modules & High-Speed Ethernet

Deliver ultra-low-jitter differential references for optical DSP, CDR and SerDes clock domains in 100G through 1.6T optical links, PAM4 interfaces and data-center interconnects.

Ultra-Low Jitter

Differential Clock

PAM4 / SerDes

View Application Guide

AI & High-Performance Computing

AI Data Centers, Servers & Accelerators

Coordinate low-jitter differential references across CPU, GPU, FPGA, PCIe switches, retimers and PCIe/CXL SerDes, with stable local clocks for management and network controllers.

HCSL / PCIe

Low Jitter

Al Compute
View Application Guide

EV Power Systems

High-Speed Data Conversion, FPGA & SerDes

Deliver low-jitter, low-phase-noise sampling references for high-speed ADC/DAC, jitter-cleaner, JESD204, SerDes and FPGA/DSP clock paths requiring deterministic high-speed timing.

Ultra-Low Jitter

ADC / DAC Clock

JESD204 / SerDes

View Application Guide

How FCom Develops the Timing Solution

The recommendation starts with the complete subsystem and design requirements rather than selecting a part from frequency alone.

01

Review the System

Review the application, target chipset, interfaces, operating environment and key design requirements.

02

Map the Clock Nodes

Identify processor, PHY, FPGA, sensor, RF and RTC clock requirements across the subsystem.

0103

Match the Timing Devices

Select the appropriate crystal, XO, TCXO or differential oscillator for each required clock function.

0204

Define the Validation Path

Confirm prototype samples, technical verification, qualification requirements and production considerations.

Support Beyond the Initial Product Recommendation

FCom supports architecture review, replacement evaluation, customization and project qualification based on the actual application requirements.

SYS

System-Level Clock Review

Review clock functions, device interfaces and performance priorities across the complete subsystem.

ALT

Replacement Matching

Compare an existing part against frequency, package, output, supply, stability, temperature and key electrical requirements.

ENG

Custom Engineering

Review non-standard frequency, stability, output, package or application-specific performance requirements.

QLT

Qualification Planning

Coordinate sample requirements, technical documentation and project-specific qualification considerations.

Have an existing crystal, oscillator or competitor part number?

Send the original part number or datasheet. FCom can review the specification, package and electrical requirements to support replacement evaluation.

Submit Existing Part Number

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Contact Us Anytime

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