Service Provider Solutions
- 5G Core
- Security
- RAN
- Assurance
- User Experience
Emulate and benchmark the mobile core, from 4G to cloud-native 5G-Advanced.
Landslide 5G Mobility
Emulate subscribers, base stations, and core nodes at scale across 4G, 5G, and beyond.
5G Core Test Automation
Turnkey compliance, capacity, performance, and security testing with managed libraries.
Landslide Virtual
Run virtualized core emulation on VMware ESXi, KVM, or XEN test servers.
CNF Resiliency
Inject impairments while generating real 5G traffic to validate fault tolerance.
Cloud Validation
Inject impairments while generating real 5G traffic to validate fault tolerance.
Cloud-Native Benchmarking
Benchmark Kubernetes CPU, memory, storage, and networking before functions go live.
Core Network Validation
Simulate 5G user equipment behavior to validate 5G core network performance.
Protect security devices and the 5G core against real-world attacks.
SecurityLabs
Expert-led penetration testing and 5G security assessment to mitigate vulnerabilities.
Network Security Test
Generate scalable, real-world traffic to test virtual and physical device security.
Cloud Network Testing
Create digital twins of users, apps, and attacks to test QoE in real-world networks.
Threat Simulation
Simulate breaches and attacks with turn-key, cloud-native security test deployment.
IoT Security Testing
Automate multi-standard security testing with vulnerability assessment and protocol fuzzing.
Verify O-RAN elements, RF and protocol performance, and live radio coverage.
End-to-End
Run the full gNB as one system — emulated UEs, core, RF channel, and neighbor cells.
O-CU Testing
Stress the centralized unit (O-CU) at scale — thousands of DUs and millions of subscribers.
O-DU Testing
Test the distributed unit (O-DU) with a real RF channel or thousands of emulated UEs in software.
O-RU Testing
Benchmark the radio unit (O-RU) — sensitivity, dynamic range, and fronthaul timing over eCPRI.
RIC Testing
Validate the near-RT and non-RT RIC and the xApps and rApps that optimize RAN performance.
Private Network RF Test
Ensure signal quality for private 5G networks with signal analyzers and RF analysis software.
5G Field Monitoring
Detect and mitigate interference, clear spectrum, and measure 5G radio coverage and performance.
Live Network Test
Measure wireless diagnostics to confirm network performance, rollout to optimization.
Non-Terrestrial Test
Emulate satellite channels and UE to verify end-to-end non-terrestrial (NTN) networks.
Transmission Analysis
Analyze protocol and physical-layer interaction over the air to troubleshoot RAN performance.
Active testing and automation for end-to-end network visibility.
Service Assurance Platform
Orchestrate physical and virtual test agents for SLA monitoring and fault isolation.
VisionWorks 7574
Run standards-based active tests across high-speed Ethernet and IP transport.
Mobile Test Platform
Run over-the-air tests through commercial handsets for mobile assurance.
Network and App Monitoring
Simulate traffic to track response time across networks and apps, catching issues early.
Gauge data, voice, video, and gaming QoE on real devices.
Umetrix Data
Measure data throughput and latency on real iOS, Android, and Windows devices.
Umetrix Data 5G
Measure data quality of experience (QoE) on live 5G and LTE networks, on real devices.
Umetrix Video
Score video quality with ITU-T P.1204 and standards-based perceptual algorithms.
Umetrix Voice
Quantify voice quality with Perceptual Objective Listening Quality Analysis (POLQA).
Umetrix Mobile Gaming
Measure mobile gaming responsiveness and experience on real iOS and Android devices.
Fit4Launch Certification
Managed pre-launch certification across device QoE, combining lab and field testing.
Explore Service Provider Use Cases
Explore Service Provider Resources
Practical guidance and real operator results for 5G core, service assurance, and device experience.
Service Providers: Go Deeper
Architecture and briefs for 5G core, cloud-native, Open RAN, and security validation.
Frequently Asked Questions
Keysight's core network testing spans the full mobile evolution — 4G Evolved Packet Core (EPC) elements, Diameter signaling, Voice over LTE (VoLTE) and IP Multimedia Subsystem (IMS) services, Wi-Fi offload gateways, Internet of Things (IoT) nodes, and the native 5G service-based architecture (SBA). Landslide emulates devices, base stations, and nodes at scale across control and data planes, so you can isolate a single function or validate the full end-to-end service chain.
Infrastructure benchmarking validates the underlying Kubernetes environment — CPU, memory, storage, and networking — to confirm the cluster can support cloud-native network function (CNF) workloads. CNF resiliency testing works at the application layer, injecting impairments into a live 5G environment and correlating the impact on service-level key performance indicators (KPIs). Together they cover the full stack, from infrastructure readiness through service assurance.
Landslide O-RAN solutions emulate and isolate each disaggregated element — the Open Radio Unit (O-RU), Open Distributed Unit (O-DU), Open Centralized Unit (O-CU), and RAN Intelligent Controller (RIC) — or connect them for end-to-end testing across user equipment, core network, and the radio air interface. Pre-integrated, automated emulation validates multi-vendor interoperability and real-world performance at deployment scale.
Traditional monitoring waits for real customer traffic to surface problems. Active assurance injects synthetic test traffic from agents at known points in the network, so issues are detected proactively — before customers experience them — and verified across services that may not yet carry live traffic. Tests run continuously from core, transport, and edge to pinpoint the failing domain.
Yes. The VisionWorks controller manages physical TestHeads for high-speed Ethernet and IP transport alongside Mobile Test Platforms that run over-the-air (OTA) tests through commercial handsets. Both agent types feed the same analytics engine for end-to-end correlation, from the data center to the subscriber handset.
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