In the dense networks of 5G small cells, on the skin-tight fit of wearable devices, and within the highly integrated payloads of small satellites — the dual demands for “miniaturization” and “high precision” are driving time-frequency technology toward "millimeter-sized volume and nanosecond-level accuracy". The launch of the SOXO17AF100MCSGU Low-Phase-Noise Oven-Controlled Crystal Oscillator (OCXO), with its 20×20×11mm miniature size and ultra-low phase noise of -170dBc/Hz, injects extreme stability into the "time nerves" of smart devices, redefining the industry benchmark for embedded time-frequency references.

1. Miniaturization Revolution: A "Time-Frequency Factory" on Your Fingertip

Traditional OCXOs are often limited by their "bulk and weight", but the SOXO17AF100MCSGU compresses the time-frequency core into a 20×20×11mm³ package (about the size of a fingernail) and weighs ≤20g, achieving "millimeter-scale packaging with atomic-level precision". This breakthrough allows it to seamlessly integrate into:

5G Small Cells: Providing a "nanosecond-level heartbeat" for multi-base station synchronization in palm-sized devices;

Wearable Devices: Supporting long-term precise timing in smartwatches and AR glasses with low power consumption (stable-state current ≤100mA);

Small Satellites: Freeing up space for payload integration in CubeSats and nanosatellites, enabling low-cost space exploration.

2. Low-Phase-Noise Benchmark: The "Ceiling" of Signal Purity

At 100MHz output, the phase noise performance of the SOXO17AF100MCSGU is "textbook-level":

≤-100dBc/Hz at 10Hz offset, ≤-130dBc/Hz at 100Hz offset, and as low as -170dBc/Hz at 10kHz offset — equivalent to hearing a pin drop in a noisy market.

This performance makes it a "guardian of signal purity":

Ensuring "zero-bit-error" transmission in 5G millimeter-wave bands;

Enabling radar detection of farther and weaker targets;

Supporting picosecond-level signal analysis in oscilloscopes and spectrum analyzers.

3. Wide-Domain Adaptability: A "Stability Champion" in Extreme Environments

Facing extreme cold (-40℃), intense heat (+70℃), and even storage limits (-55℃), the SOXO17AF100MCSGU achieves full-temperature stability through constant temperature control technology:

Frequency accuracy ≤±0.5ppm at reference temperature;

Frequency temperature stability ≤±0.1ppm across the entire operating temperature range (-40℃~+70℃);

Wide-voltage supply (12V±5%), handling power grid fluctuations with ease, suitable for complex scenarios like vehicle-mounted and ship-borne applications.

Notably, its aging rate ≤5ppb/day (annual aging ≤0.3ppm) results in a cumulative error of less than 3 seconds over ten years, providing "perpetual motion" time-frequency support for long-term operating communication base stations and weather stations.

Technological Breakthrough: Redefining the Boundaries of "Small and Precise"

The birth of the SOXO17AF100MCSGU stems from solving the contradiction between "miniaturization and high performance": innovative packaging compresses size, optimized constant temperature algorithms enhance stability, and military-grade testing verifies reliability. This breakthrough not only fills the domestic technical gap in miniature low-phase-noise OCXOs but also drives the evolution of smart devices toward "smaller, more precise, and more reliable" with "Made-in-China" ingenuity.

From "millisecond-level health monitoring" in wearables to "microsecond-level data synchronization" in 5G networks, and "nanosecond-level orbit control" in space exploration — the SOXO17AF100MCSGU Low-Phase-Noise OCXO, with "nanosecond precision in a millimeter-sized package", lays a solid time-frequency foundation for the intelligent upgrade of thousands of industries.