Select one or more webinars of interest, then submit the registration form.
The promise of Open Radio Access Network (O-RAN) is huge, evolving the RAN industry towards more intelligent, open, virtualised and fully interoperable mobile networks. To succeed in deploying the O-RAN architecture, Network Providers need reliable tests that can quickly provide assurance that your network infrastructure will perform as expected in the real world.
Join us at this webinar and see how Keysight can help you to accelerate the adoption of O-RAN end-to-end, achieving the goals to speed innovation, increase agility and flexibility in mobile networks across different phases: Technology evaluation certification, Network integration, O-RAN Deployment, Network monitoring, Network optimisation
This joint presentation provides an overview of the design and conformance test challenges of massive MIMO and beamforming-capable O-RAN Radio Units, based on the collaborative R&D efforts and learnings from the recent O-RAN plugfests.
Radio units are part of disaggregated 5G NR gNBs. We will review emerging O-RAN and 3GPP conformance test requirements and challenges from a CUSM-plane (Control, User, Synchronisation, Management) point of view and the implications on next generation test methodologies.
Discover a powerful test method to validate End-to-End Radio Access Network (RAN) performance by emulating real network traffic over both radio and O-RAN fronthaul interfaces.
- Explore the multi-dimensional 5G RAN challenges
- Test massive MIMO with massive numbers of emulated UEs
- Use the same UEE solution for testing FR1, FR2 and eCPRI based RAN architectures
Join us at this live webinar and hear directly from Keysight and Telefónica experts on how they collaborate to ensure the xHaul networks meet the new challenges required with the adoption of Open & Disaggregated, Interoperable and Secured O-RAN Architecture.
- 6 pillars of 5G O-RAN transport
- Test solutions from R&D to Quality Assurance, covering needs throughout the entire lifecycle
- Validation of O-RAN deployment under realistic scenarios