VIAVI Unveils New 800G Module for Enhanced Network Testing
San Jose, Tuesday, 18 March 2025.
VIAVI Solutions launched an 800G module for its OneAdvisor 800 platform, boosting high-speed testing capabilities to meet growing data demands. The module supports advanced digital connectivity, pivotal for Europe.
Next-Generation Testing Capabilities
VIAVI Solutions Inc. announced the groundbreaking 800G transport module for its OneAdvisor 800 platform on March 18, 2025 [1]. The new module represents a significant advancement in network testing technology, supporting both traditional AOC/DAC cable tests and new AEC/ACC tests within a single unit, while accommodating both QSFP and OSFP form factors commonly used in 800G applications [2]. This comprehensive testing solution is specifically designed to address the growing demands of emerging technologies, including IoT, AI, and cloud computing infrastructure [3].
Technical Specifications and Integration
The module’s design prioritizes field usability with superior battery life and heat dissipation capabilities [4]. Building on the OneAdvisor 800 platform, which was initially introduced in 2020, the new module seamlessly integrates with existing VIAVI solutions, including the INX 760 Probe Microscope and FiberComplete PRO [2]. This integration enables technicians to efficiently perform installation, activation, and troubleshooting across various network architectures [1].
Industry Recognition and Future Showcase
The technology’s significance is further highlighted by its upcoming showcase at the Optical Fiber Communication (OFC) Conference and Exposition in San Francisco, scheduled for April 1-3, 2025 [1]. VIAVI’s expansion into 800G testing capabilities positions the company as a leader in high-speed network testing solutions, with capabilities extending up to 1.6T with ONE LabPro™ [2]. This development aligns with the industry’s progression toward higher-speed networks, particularly evident in the advancement of 224G SERDES technology, which forms the foundation for next-generation hyperscale data centers [5].