The JBX01131 800GBASE-FR1 QSFP-DD optical transceiver represents the latest advancement in high-speed network connectivity technology. Engineered specifically for demanding enterprise and data center environments, this transceiver delivers reliable 800GB data rates across 2km of standard single-mode fiber, making it an excellent choice for organizations requiring extended-reach optical connectivity without sacrificing performance. Key Technical Specifications: This transceiver operates at 1310nm wavelength with a 9/125 single-mode fiber core, ensuring optimal signal integrity and minimal attenuation over distance. The QSFP-DD form factor provides compact integration into modern network equipment while maintaining superior thermal management through its precision-engineered metal housing. With operating temperatures ranging from 0-70°C, the module performs reliably across diverse environmental conditions. Connectivity & Compatibility: Features industry-standard MTP/MPO-16/APC connectors that streamline installation and minimize connection losses. Full compatibility with Juniper QDD-8X100G-FR1 systems ensures seamless integration into existing network architectures. The module's MPO fiber implementation supports parallel optical transmission, delivering maximum efficiency. Compliance & Safety: Manufactured to rigorous international standards, the JBX01131 holds full RoHS/ELV compliance (EU directive 2002/95/EC) and carries multiple safety certifications including Class 1 Laser designation, TUV, UL, and FDA approval (21CFR 1040.10). These certifications guarantee safe, compliant operation in production environments. Value & Support: Each unit includes a 90-day limited warranty and qualifies for free standard shipping on orders exceeding $99. Custom brand programming is available for organizations requiring specialized configurations. Manufactured in Vietnam and China using premium materials, the JBX01131 delivers enterprise-grade reliability at competitive pricing. Ideal Applications: Perfect for campus backbone networks, data center interconnects, metropolitan area networks, and enterprise optical transport systems requiring reliable 2km connectivity with minimal latency.