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Network Sync & GNSS Solutions

FCom provides precision timing, synchronization and GNSS frequency-control solutions for telecom networks, critical infrastructure, positioning systems and connected devices.

 

Explore application-specific engineering guides, identify suitable timing and GNSS RF technologies, or work with our team on synchronization, holdover, positioning and RF front-end requirements.

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Engineering Support

From Timing Requirement to Network & GNSS Solution

FCom supports precision-reference, synchronization and GNSS RF component selection based on the actual system architecture, operating environment and performance requirements.

Network synchronization and holdover review
High-stability and low-jitter reference selection
GNSS timing and RF front-end evaluation

Network Sync & GNSS Solutions by Application

Select the system category that best matches your design. Each application guide provides deeper information on timing architecture, synchronization, representative references, GNSS requirements, device selection and RF filtering where applicable.

Mobile Network Synchronization

5G RAN, Small Cells & Mobile Transport

Coordinate processor, Industrial Ethernet and retained-time clock domains for reliable control, communication and event logging across PLC and industrial-controller platforms.

PTP / SyncE

Holdover

Low Phase Noise

View Application Guide

Carrier Networking

Carrier Transport, Switching & Access Networks

Preserve synchronized network timing and low-jitter clocking across routers, carrier switches, optical transport and broadband access platforms, while supporting PHY, FPGA, switch ASIC and SerDes references.

Network Sync

Clock Recovery

PHY / SerDes

View Application Guide

Data Center Timing

Data Centers & Cloud Timing

Enable precise timestamping, PTP synchronization and low-jitter clock distribution across timing servers, SmartNICs, DPUs, switches and high-speed network fabrics used in cloud, AI and HPC infrastructure.

Motor Control

Low Jitter

SmartNIC / SerDes

View Application Guide

Critical Timing Infrastructure

Timing Infrastructure & Critical Networks

Maintain resilient frequency, phase and time references for grandmasters, utilities, substations, financial systems and other critical infrastructure, with stable holdover during GNSS or network-reference interruptions.

Sampling

Wireless

PRTC / Grandmaster

View Application Guide

Vehicle Control

GNSS Timing & Resilient PNT

Provide precise satellite-referenced time and frequency while combining GNSS reception with stable local holdover to maintain 1PPS, 10 MHz and network timing during reference interruptions.

MCU / SoC

Resilient PNT

1PPS / 10 MHz

View Application Guide

High-Precision Positioning

High-Precision GNSS, RTK & Reference Networks

Support centimeter-level positioning, carrier-phase measurements and continuous correction services across RTK base stations, rovers, CORS and reference networks using stable multi-band GNSS references.

Camera

RTK / CORS

High Stability

View Application Guide

Cockpit & Connectivity

Autonomous Navigation & Machine Control

Deliver robust positioning, heading and timing for drones, robots, autonomous vehicles and precision machinery by coordinating multi-band GNSS, RTK, IMU and sensor-fusion timing domains.

Infotainment

Low-G Stability

Sensor Fusion
View Application Guide

Embedded GNSS

Tracking, Telematics & Embedded Positioning

Balance low power, fast acquisition, compact size and reliable GNSS reception across connected vehicles, asset trackers, industrial IoT and portable positioning devices.

Low Power

Fast TTFF

Power Systems

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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