5G Network Validation: How to Scale and Accelerate Testing
Welcome to Accuver’s first LinkedIn newsletter—a briefing on wireless testing, product breakthroughs, and proven deployments.
Stay ahead with practical insights, tools, and strategies to validate, optimize, and scale your networks with confidence.
In this edition, discover how Accuver's latest solutions—from massive UE simulation for carrier-grade load testing to automated multi-log analysis—are helping operators and test labs push 5G validation to the next level.
As 5G, O-RAN, NTN, and massive IoT converge, network testing demands scale, precision, and flexibility. Smartphone tests are messy and hard to scale. UE emulators are rigid and costly—and still miss real-world traffic patterns.
XCAL-MUbox combines both: the accuracy of real devices with the control of emulation—delivering base station validation with hundreds or thousands of UEs under true-to-life conditions.
Massive UE Simulation. Real Conditions. Carrier-Grade Ready
XCAL-MUbox is a modem-based UE simulator purpose-built for realistic, carrier-grade 5G base station testing. Supporting over 1,000 real modem modules—each with live KPIs and script-based orchestration—it enables realistic, repeatable testing.
Key applications include verifying maximum UE capacity per cell, validating traffic balancing in multi-sector deployments, running mixed voice/data stress tests, and executing high-volume RRC and paging scenarios.
When integrated with XCAP-AMS, XCAL-MUbox supports centralized management across distributed labs, enabling automated load balancing, regression testing, and continuous performance validation. For operators and test labs, it delivers scalable, field-realistic UE simulation that meets the demands of next-generation networks.
Unexpected call drops, failed handovers, or delayed attach sequences often stem from subtle differences in signaling. Finding and comparing these differences manually can consume hours—especially when validating across multiple networks, devices, or firmware builds.
Smarter Network Debugging with XCAL-Pscope
XCAL-Pscope automates the in-depth comparison of up to six XCAL logs—across networks, devices, or builds—reducing analysis time by up to 75%. It clearly highlights missing messages, mismatched parameters, or reordered signaling steps, removing guesswork and making troubleshooting faster and more accurate. Supporting 5G NR, LTE RRC/NAS, and SIP, it ensures complete visibility from access to core, empowering engineers to pinpoint and resolve issues with confidence.
From debugging live network problems to validating protocol behavior across builds, XCAL-Pscope provides a repeatable, high-accuracy workflow tailored for complex signaling analysis. By reducing manual effort, shortening turnaround time, and optimizing resource use, it has become a practical and powerful asset for network teams that demand speed, precision, and traceability in their daily operations.
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