ONE-1600: Cutting-edge, Field-proven 1.6T Testing Solution
1:17
Description
Related Videos
Paul Brooks, from VIAVI, presents the VIAVI ONE-1600, a cutting-edge 1.6 Tb/s solution that has been proven in the field.
View More
View Less
Related Videos
In Demos
-
Play video PCIe6 Traffic Across a Nubis Optical Engine
PCIe6 Traffic Across a Nubis Optical Engine
Sara Haber from VIAVI shows our Xgig PCIe6 Exerciser acting as a host, and another Xgig PCIe6 Exerciser acting as an endpoint sending data traffic across a Nubis optical link.
0:52
-
Play video PCIe Traffic Over Samtec FireFly™ Optical Transport System
PCIe Traffic Over Samtec FireFly™ Optical Transport System
Sara Haber highlights a demonstration of a VIAVI Xgig Exerciser, acting as host, running and analyzing traffic through a Samtec Firefly optical transport system to an endpoint.
1:03
-
Play video VIAVI Inspection Platform Helps Accelerate MPO Manufacturing
VIAVI Inspection Platform Helps Accelerate MPO Manufacturing
Matt Adams from VIAVI highlights VIAVI's new connector inspection microscopy platforms focusing on accelerating MPO and transceiver manufacturing globally.
1:31
-
Play video O-RU MU-MIMO Test Demonstration
O-RU MU-MIMO Test Demonstration
VIAVI and Rohde & Schwarz bring you a complete, seamless solution for Multi-User MIMO testing—ensuring top performance and compliance with 3GPP and O-RAN standards
5:41
-
Play video Testing at 1.6T - Enabling AI, ML, HPC and Quantum Applications at Scale
Testing at 1.6T - Enabling AI, ML, HPC and Quantum Applications at Scale
Ramnik Johar from VIAVI explains how the VIAVI ONE LabPro ONE-1600 module supports testing at 1.6T, enabling emerging AI, ML, HPC, and quantum computing applications at scale.
3:55
-
Play video ONE-1600 Accelerates Development of 1.6T Optics at Scale
ONE-1600 Accelerates Development of 1.6T Optics at Scale
Paul Brooks from VIAVI explains how the VIAVI ONE-1600 1.6Tb/s testing solution helps customers design, validate, and deploy high-performance optical modules, enabling seamless AI switches, routers, and systems interconnectivity.
1:12
