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Highlights
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Manufactured by DiCon exclusively for EXFO, the MXS-9200 MEMS optical switch is a stand-alone rack-mountable chassis from 1U to 3U for configurations up to 64x64, with larger chassis supporting up to 192x192 ports and beyond.
Available with non-blocking MxN matrix switches or an array of blocking 1xN optical switches, it is designed for sharing centralized instruments or automated testing on multiple devices.
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Transceiver designers choose the BA-1600 series test solution for complete lab-to-live testing of their 1.6T transceiver technology. This encompasses the development of transceivers in a lab environment, to the fabrication process of the device, through to ensuring those devices work as expected out in live environments. Hyperscalers use the BA-1600 series to perform pre-evaluation testing of transceivers prior to mass deployment of equipment across their AI data centers, ensuring the latest transceiver technology is working as per specification and is interoperable.
Key features
Full lifecycle validation for 1.6T, 800G and 400G across lab, fab and live environments.
BLER: block error ratio statistics and an efficient FLR estimation mechanism, addressing the time constraints of ultra-low BER measurements.
High-performance signal integrity and BER testing for validating compliance and performance in next-gen 1.6T designs
Flexible, cost-effective: choose 8 channel unit for transceiver testing, or 4-channel unit for high-speed component testing
User-friendly GUI streamlines workflows, and reduces learning curves
PAM4 support for validating high-speed signaling performance
Applications
Test and validation of 1.6T transceivers
Testing high throughput in manufacturing
800G/1.6T interconnect testing
Hyperscalers and AI data centers