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Follow on Google News | GIGALIGHT's Industrial Triple-Proof 100G QSFP28 Hardened Modules Verified by Authoritative TestCombat environmental risks with GIGALIGHT's 'triple-proof treatment', safeguarding against moisture, salt-mist, and mold for enhanced reliability. The 100G QSFP28 hardened optical modules—rigorously tested for resilience in challenging environment.
By: GIGALIGHT As a critical component used in optical transmission or switches, optical modules primarily consist of three major parts: PCBA, metal housing, and optical components/optical engines. They are more susceptible to environmental influences in applications compared to IT equipment. The hardened modules mainly undergo explosive diagram analysis and deep triple-proof treatment targeting the overall composition of the optical modules. The PCB gold fingers adopt a unique nickel-palladium- GIGALIGHT 1G/10G hardened optical modules have been manufactured and delivered in bulk quantities for low-speed product lines. The newly launched 100G QSFP28 SR4/PSM4/CWDM4 hardened optical modules are designed to support both industrial and commercial applications. They have undergone rigorous testing, including a 95% humidity reliability test, which they have successfully passed. Additionally, they have been assessed by a domestic authority,the Center for Testing International (CIT), meeting several standards: the waterproof and dustproof property test meets the IEC 60529 standard IP67 level, the anti-mold property test meets the IEC 60068-2-10 standard, a duration of 28 days overall mold-free and salt-spray proof feature complying with GR 487 standards for neutral salt spray corrosion resistance. GIGALIGHT 100G QSFP28 industrial grade hardened optical modules series exhibit excellent triple-proof capabilities, effectively alleviate concerns regarding the application environment and corresponding maintenance of optical module products. Particularly suitable for harsh environments (high dust, high humidity, high corrosion, etc.) and harmful environmental applications, as well as edge server application requirements. Detailed reports are available at https://www.gigalight.com/ End
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