High Accuracy, low-noise optical and electrical waveform and jitter measurements enable more reliable 1.6T AI networks
We are excited to announce that the N1093A/B 224 Gb/s DCA-M is already here!
The new N1093A and N1093B DCA-M Sampling Oscilloscopes deliver the highest sensitivity optical channels and integrated clock recovery up to 120 GBd, specifically targeting the rigorous demands of 1.6T transceiver optical testing for R&D and manufacturing in next-generation data centers and AI clusters.
- Maximize measurement margin – High sensitivity, low jitter, wide precise bandwidth and leading-edge measurement science maximize measurement margin. Less than 15 µW noise and 90 fs of intrinsic jitter deliver superior accuracy to enable R&D and manufacturing engineers to meet tight specifications and ensure design reliability with higher throughput.
- Minimize test setup complexity and ensure compliance – Integrated clock recovery supports baud rates up to 120 GBd, enabling the DCA-M to recover the clock at the full data rate, as prescribed by the standards, and eliminating the need to configure and route a separate sub-rate signal for clocking.
- Optimize production test efficiency and throughput – FlexOTO (Flexible Optical Test Optimization) software seamlessly integrates with the N1093 DCA-M to maximize instrument utilization and test efficiency while reducing total cost-of-test, leveraging the industry-leading FlexDCA measurement science platform for high-quality optical waveform analysis.
Achieve Higher Precision and Accuracy in Your Testing
The common user interface and measurement features ensure efficient testing:
- DCA-M oscilloscopes provide the measurement accuracy of the N1000A/86100D series without the extra cost associated with an R&D test solution
- Noise as low as 1µW (optical) and 275 µV (electrical)
- Achieve faster throughput with a high sample rate up to 250 KHz
- Use FlexDCA analysis software for both DCA-M or DCA-X oscilloscopes for R&D and manufacturing applications
Ready for high-end technology in a compact form factor? Contact us!