Major Release! Optical Module Temp Tester - Providing Reliability Verification for the Optical Communications Field
With the rapid development of 5G, data centers, artificial intelligence (AI), and intelligent driving, optical module reliability faces unprecedented challenges. Testing for extreme temperature environments, long-term stability, and rapid aging have become essential industry requirements. FerroTec, a global leader in thermoelectric cooling, has officially launched a new generation of high- and low-temperature cycling testing equipment for optical modules, providing the optical communications industry with precise, efficient, and stable reliability testing solutions.
1. Product Introduction: Optical Module Temp Tester
The FCTE161DL series equipment is specifically developed for the optical communications industry. It utilizes a single- or double-sided TEC temperature control design, enabling rapid temperature ramping from -15°C to 85°C within 120 seconds. It supports multi-station parallel testing of different types of optical modules and is suitable for high and low temperature testing of optical modules up to 800G. It supports package types such as OSFPDD, OSFP, OSFP112, and QSFP56.
Actual temperature rise and fall curve of optical module test
2. Application Features: This product supports multi-station parallel testing of different types of optical modules and can be programmed with multiple temperature cycles to meet the temperature testing requirements of different optical modules. It is suitable for reliability testing and life aging testing of products such as 5G optical modules, high-speed optical devices in data centers, and automotive optical communication modules, ensuring their long-term stable operation under harsh temperature conditions.
▲Can carry multiple optical modules
🔥Ultra-fast temperature change
The single/double-sided TEC temperature control design allows for temperature changes from -15°C to 85°C within 120 seconds, significantly improving test efficiency.
🔌Multi-station parallel testing
Supports simultaneous testing of different types of optical modules (such as QSFP-DD, OSFP, SFP+, etc.), adapting to R&D and mass production needs.
❄️High-efficiency refrigeration system
It can be paired with 2 to 4 chillers to flexibly meet different testing needs. The cooling power of a single module reaches 40W, ensuring stable temperature control.
📊Intelligent temperature control management
High-precision PID algorithm, temperature control accuracy ±0.5℃, uniformity ≤±1℃, ensuring the reliability of test data.
