How to Assure 5G Network Slicing Performance

Get Quote
Service Assurance Hardware
Service Assurance Software
+ Service Assurance Hardware
+ Service Assurance Software
Service Assurance Hardware
+ Service Assurance Hardware
Service Assurance Software
+ Service Assurance Software

Validating Activation with Automated Troubleshooting and SLA Monitoring

Continuous reconfiguration of 5G network slices to meet the ultra-low latency, bandwidth, and compute demands of a diverse and expanding set of applications — from emergency services and public safety to smart cities and autonomous cars — requires early integration of proactive service assurance for 5G deployment. The dynamic and complex nature of 5G network slicing drives the need for automated activation and change testing, monitoring, and troubleshooting to design, on-board, deploy, operate, and maintain high-performing slices.

In addition, many enterprises require proof of adherence that 5G network slices comply with stringent service-level agreements (SLAs). Active service assurance enables end-to-end network visibility and intelligent analytics to quickly pinpoint and resolve 5G network slicing issues across multiple domains. By combining active testing with passive network monitoring, operators can accelerate core service activation and change management validation times to meet SLAs and optimize the user experience.

5G Network Slicing Assurance Solution

The complex nature of 5G network slicing requires comprehensive service assurance to ensure reliable performance and meet SLAs. The Keysight 5G network slicing assurance solution uses active testing — synthetic network traffic to simulate real user behavior — to support complete network visibility, deep analytics, and automated troubleshooting. This allows operators to speed up new network function and service activation, reduce mean time to repair service issues, and validate performance across fixed, mobile, and converged networks.
Get Quote

Explore Products in Our 5G Network Slicing Assurance Solution

Related Use Cases

How to Validate Grid Network Failover

Emulate Ethernet impairments to validate grid communication reliability and fail-over under degraded or disrupted network conditions.

Learn More

How to Accelerate Pre-Silicon Ethernet Verification

Validate pre-silicon Ethernet ASIC and SoC designs with realistic Layer 2/3 traffic to uncover forwarding, latency, and protocol issues before tape-out.

Learn More

How to Correlate Packet Events Across Test Ports

Correlate packet timestamps and traffic events across distributed Ethernet test ports using a shared precision timing reference.

Learn More

contact us logo

Get in Touch with One of Our Experts

Need help finding the right solution for you?

Contact Us