(search 'ont-603 400g' for datasheet)Introduction
400G technology is already being deployed under the emerging IEEE standard P802.3bs. With this innovation, test and measurement needs arise – from module development and validation, through hardware and IP integration to service deployment. The ONT 400G addresses all of these and provides a complete, scalable test solution for the whole 400G ecosystem which includes new modules, rates and technologies. This leading-edge instrument is ready for the 400G challenges today and future needs such as FlexO, FlexE and future OTN. The ONT 400G is based on the very latest IEEE 802.3 standards and industry MSA.

Solution Highlights 

• Complete and comprehensive application coverage for troubleshooting physical layer and signal integrity issues through PCS/FEC to full Ethernet traffic. Real-world traffic applications allow full component validation in true application cases. No more limited and misleading unframed testing. 
• Helps quickly identify the root cause of errors, especially in the physical layer, with novel applications including advanced error analysis. Quickly identify operating margin with real FEC characteristics, no more blind guessing based on eye diagrams and raw BER. 
• Applications to cover complete IC and module validation – from unframed SERDES performance validation and diagnostics through to comprehensive coverage of complex IP blocks like FEC/PCS, packet throughput and QoS. 
• Integrated tools for complete CFP8 validation and turn up. Quickly validate operating margin and characteristics – accelerate testing and vendor selection. 
• Supports electrical access via 16 x NRZ Electrical Adapter, and PAM-4 via 8 x PAM-4 Electrical Adapter. 
• Ready to support future form factors like QSFPdd, OSFP etc. 
• Support for future flexible bandwidth needs such as FlexO and FlexE with the 5 x 100G QSFP28 ports dedicated to scalable bandwidth including bonding, subrating and channelization. Software options extend the applications addressed by ONT 400G, protecting your investment and help accelerate product development. Based on stateof-the art FPGA means quick updates to the latest test needs and standards. 
• Novel tools and accessories help troubleshoot the challenging areas of PAM-4 and FEC, core technologies which underpin 400G and future high-speed telecom and datacomm interfaces. Test grade adapters and accessories are perfectly matched to the ONT application, no more worries if 3rd party interconnects impact test results.

General Information The ONT 400G CFP8 Module is a three-slot module and is compatible with the ONT-603, -606 and -612 mainframe products. The module is adequately powered and cooled by the mainframe. Front Panel Interfaces 

• Front panel interfaces include an MSA compliant CFP8 slot 
• A range of electrical I/O to support comprehensive test capabilities. 
• Five MSA compliant QSFP28 slots provide support for upcoming FlexE and FlexO applications.

CFP8 Interface – Description and Capabilities 

• CFP8 interface in accordance with CFP8 MSA, based on AUI-16 (16 lanes of 25G NRZ differential TX and RX) 
• Indicator LEDs for ‘Laser on’ and LOS with respect to CFP8 transponder. 
• Interface supports bit rates from 400 Gbps to 488 Gbps in 5 kbps steps (0.00125 ppm) 
• Clocking source can be internal (mainframe reference) or external reference via front panel connector on the 400G blade.. A jitter filter can be switched in and out in certain modes to allow phase modulated signals as the clock source.

(search 'ont-603 400g' for datasheet)Introduction
400G technology is already being deployed under the emerging IEEE standard P802.3bs. With this innovation, test and measurement needs arise – from module development and validation, through hardware and IP integration to service deployment. The ONT 400G addresses all of these and provides a complete, scalable test solution for the whole 400G ecosystem which includes new modules, rates and technologies. This leading-edge instrument is ready for the 400G challenges today and future needs such as FlexO, FlexE and future OTN. The ONT 400G is based on the very latest IEEE 802.3 standards and industry MSA.

Solution Highlights 

• Complete and comprehensive application coverage for troubleshooting physical layer and signal integrity issues through PCS/FEC to full Ethernet traffic. Real-world traffic applications allow full component validation in true application cases. No more limited and misleading unframed testing. 
• Helps quickly identify the root cause of errors, especially in the physical layer, with novel applications including advanced error analysis. Quickly identify operating margin with real FEC characteristics, no more blind guessing based on eye diagrams and raw BER. 
• Applications to cover complete IC and module validation – from unframed SERDES performance validation and diagnostics through to comprehensive coverage of complex IP blocks like FEC/PCS, packet throughput and QoS. 
• Integrated tools for complete CFP8 validation and turn up. Quickly validate operating margin and characteristics – accelerate testing and vendor selection. 
• Supports electrical access via 16 x NRZ Electrical Adapter, and PAM-4 via 8 x PAM-4 Electrical Adapter. 
• Ready to support future form factors like QSFPdd, OSFP etc. 
• Support for future flexible bandwidth needs such as FlexO and FlexE with the 5 x 100G QSFP28 ports dedicated to scalable bandwidth including bonding, subrating and channelization. Software options extend the applications addressed by ONT 400G, protecting your investment and help accelerate product development. Based on stateof-the art FPGA means quick updates to the latest test needs and standards. 
• Novel tools and accessories help troubleshoot the challenging areas of PAM-4 and FEC, core technologies which underpin 400G and future high-speed telecom and datacomm interfaces. Test grade adapters and accessories are perfectly matched to the ONT application, no more worries if 3rd party interconnects impact test results.

General Information The ONT 400G CFP8 Module is a three-slot module and is compatible with the ONT-603, -606 and -612 mainframe products. The module is adequately powered and cooled by the mainframe. Front Panel Interfaces 

• Front panel interfaces include an MSA compliant CFP8 slot 
• A range of electrical I/O to support comprehensive test capabilities. 
• Five MSA compliant QSFP28 slots provide support for upcoming FlexE and FlexO applications.

CFP8 Interface – Description and Capabilities 

• CFP8 interface in accordance with CFP8 MSA, based on AUI-16 (16 lanes of 25G NRZ differential TX and RX) 
• Indicator LEDs for ‘Laser on’ and LOS with respect to CFP8 transponder. 
• Interface supports bit rates from 400 Gbps to 488 Gbps in 5 kbps steps (0.00125 ppm) 
• Clocking source can be internal (mainframe reference) or external reference via front panel connector on the 400G blade.. A jitter filter can be switched in and out in certain modes to allow phase modulated signals as the clock source.