Optical Transceiver
DAC/AOC Cable
Fiber Cabling
Networking
Why Reliability Testing Matters?
Optical transceivers, fiber optic cables, and media converters are not merely accessories; they are core components of the entire network. They often operate in harsh environments—high temperatures, high humidity, vibration, and continuous operation for years on end. Subtle differences in design, materials, and manufacturing processes can quietly affect long-term performance and ultimately impact network stability.
In accordance with industry-standard international specifications, we subject all products to comprehensive reliability testing before mass production—including mechanical shock, vibration, temperature cycling, humidity and heat, and extended accelerated aging tests. This ensures their performance under various environmental conditions and during long-term use, thereby preventing potential failures before they occur.
Reliability Testing
Environmental Test
Tested the transceivers in accordance with Telcordia GR-468-CORE, including temperature cycling, thermal shock for environmental stress, and accelerated aging for long-term reliability and lifetime performance.
Temperature Cycling Thermal Shock Accelerated Aging
Mechanical Test
Tested the transceivers in accordance with Telcordia GR-468-CORE and MIL-STD-883 to verify structural robustness and mechanical durability under physical stress conditions.
Mechanical Shock Mechanical Vibration Mating Durability
Environmental Test
Tested the fiber cables in accordance with Telcordia GR-326-CORE, including temperature cycling, thermal shock for environmental stress, and accelerated aging for lifetime performance.
Temperature Cycling Thermal Shock Accelerated Aging
Mechanical Structure Testing
Tested the fiber patch cables to verify the stress resistance of cables and connectors under actual use conditions, ensuring long-term mechanical reliability and durability.
Bending Test Tensile Test Insertion/Removal Life Vibration Impact
Environmental Test
Tested the media converters under normal, high-temperature, and low-temperature conditions to verify stable operation and reliable startup across different environments.
Temperature Cycling Power-Cycling Test across Temperature Extremes
Functionality Test
Tested the media converters to verify interoperability across different interfaces and confirm core data transmission functionality. Also, test the Electrical Performance to verify stable electrical output and signal integrity under full-load conditions.
Optical Port Compatibility Copper Port Compatibility Basic Functionality (Ping, Traffic Throughput) Power Consumption Voltage Ripple Test
Explore More Test Cases
We conduct comprehensive tests of optical transceivers, including performance, compatibility, and reliability.
Through polarity testing, IL and RL testing, end-face inspection, and tensile testing, we ensure that every fiber cable delivers optimal performance.
Through physical interface inspection, performance testing, and interoperability testing, we ensure that every media converter delivers reliable performance.
Need the Full Test Report?
Get detailed reliability test data for our transceivers, fiber patch cables, and media converters, or get support for your specific network deployment requirements. Contact our technical team today for an immediate response.