

The rubidium atomic clock is a sophisticated timekeeping device that leverages the hyperfine transition of rubidium-87 atoms to achieve exceptional frequency stability and accuracy. By utilizing the precisely defined energy transitions of rubidium atoms, this type of atomic clock can maintain time with remarkable precision, typically losing only one second every 100,000 years. Rubidium clocks operate by detecting the frequency of microwave radiation that causes rubidium vapor to change its energy state and adjusting the microwave frequency until it matches the atomic transition frequency, creating a highly accurate time reference.
At California Triangle, we design and deliver advanced Rubidium Atomic Clocks (Rb clocks) that offer exceptional long-term stability, compact integration, and optimized cost-performance balance. Ideal for telecom infrastructure, power grids, time servers, and satellite synchronization, our rubidium clock solutions support scalable and customizable deployment across time-sensitive environments.
A Rubidium Atomic Clock is a high-precision timekeeping device that utilizes the microwave transitions of Rubidium-87 atoms to generate a stable frequency reference. Compared to quartz or oven-controlled oscillators, Rb clocks provide:
Superior long-term stability (10⁻¹¹ or better)
Quick warm-up time
Smaller form factor compared to cesium standards
Excellent holdover performance for backup synchronization
Our Rubidium Clocks are embedded in time-critical systems including:
4G/5G telecom base stations and core network synchronization
IEEE 1588v2 Grandmaster clock systems as primary or holdover clocks
Smart grids and substation equipment requiring secure time distribution
Precision test & measurement instruments
Banking/finance systems for accurate time-stamping
Aerospace and satellite platforms as GNSS-alternative timing
Our rubidium clock modules offer industry-leading frequency stability with low aging drift, ensuring reliable timekeeping even under power or GPS outages.
With a modular design, compact footprint, and rich interface options (1PPS, 10MHz, RS232/TTL), our Rb clocks are ideal for embedded system integration.
Utilizing TCXO-enhanced rubidium technology, our products maintain performance across wide temperature ranges—ideal for outdoor and industrial environments.
Designed for 24/7 operation with ultra-low maintenance, our Rb clocks offer MTBF >100,000 hours, supporting mission-critical deployments.
We independently develop all timing-related IP blocks, including FPGA timing logic, rubidium lamp control circuitry, and phase-locked loop algorithms—ensuring supply stability and technical depth.
Used in telecom networks across 11+ countries
Integrated into 1000+ client systems
Compliant with international timing standards (ITU-T G.811, IEEE 1588, etc.)
Custom design services available for form factor, output specs, and communication protocol
Looking to integrate a rubidium-grade frequency standard into your telecom, energy, or industrial system?
California Triangle’s Rubidium Atomic Clock solutions provide unmatched precision, scalability, and technical support.
👉 [Contact Us Now] | [Download Specs] | [Get a Custom Quote]
Rubidium atomic clocks are widely used in applications where precise timekeeping is crucial. In telecommunications, they provide the necessary synchronization for network operations, ensuring that data transmission and routing remain consistent and reliable. For GPS and other satellite navigation systems, rubidium clocks help achieve accurate positioning by maintaining precise timing between satellites and receivers. In scientific research, they serve as essential tools for experiments requiring ultra-stable time references, such as in radio astronomy, particle physics, and geodesy. In the financial sector, rubidium atomic clocks can be employed to timestamp transactions with high precision, ensuring compliance and accuracy in trading systems.
Contact Us
Related Products
Synchronization Supply Unit (Ssu)Financial Industry Time SynchronizationGnss Security For Critical InfrastructureGnss Signal ProtectionMiniaturized TcxoRubidium Atomic ClockPtp For 5g NetworksPrecise Time Synchronization For Mobile NetworksSubscriber Line Interface Circuit (Slic) ChipsPtp For Financial TransactionsSynchronization Solutions For Critical InfrastructureCoherent Population Trapping (Cpt) Atomic ClockAtomic Clocks For Research LaboratoriesAtomic Clocks For Financial MarketsBits For Financial NetworksBuilding Integrated Timing SystemLow Phase Noise TcxoSlic For Voip GatewaysHigh-Stability TcxoChip Scale Atomic Clock (Csac)Atomic Clocks For TelecommunicationsAnti-Spoofing Gnss TechnologyCommunication Ic SolutionsSlic For Xdsl Integrated Access DevicesSlic For Optical Network TerminalsPtp For Power Grid ManagementIot Device Time SynchronizationAnalog Telephone Interface ChipsIn-Building Network Timing SolutionsBits For Data CentersHigh-Precision Time And Frequency StandardsBits For TelecommunicationsTelecommunication Chips For Network EquipmentIeee 1588 Ptp ClockTcxo For Communication DevicesPtp For BroadcastingPower Utility Time SynchronizationAnti-Vibration TcxoNetwork Time And Frequency SynchronizationHigh-Precision Network SynchronizationTcxo For Consumer ElectronicsAnti-Jamming Gnss Solutions