Triton: vCCAP & vCMTS Test Tool
Validate Virtualised Cable Network Infrastructure with High-rate Traffic Generation and Scalable Device Simulation.
Test at Scale with Virtual Device Simulation
Guarantee Infrastructure Performance
Triton addresses the challenges of measuring virtualised converged cable access platform (vCCAP) & vCMTS performance by monitoring and reporting network performance in the form of real-time data analytics. Due to Triton’s stateful test capability, latency, jitter, packet loss, and device connection failures can be continuously monitored throughout testing, enabling internal teams to identify pain points which need addressing. Compliant with DOCSIS 3.0, 3.1, & 4.0, including DOCSIS security, our system can monitor and integrate with any vCCAP/vCMTS.
Stress-Test your vCCAP & vCMTS
Triton provides organisations with the assurance that their vCCAP/vCMTS infrastructure will operate as expected when deployed into a live environment. By simulating faulty or malformed data and the shutdown or failure of R-PHY devices and cable modems, it can rigorously test the virtualised infrastructure to identify potential risks. Traffic scenarios can be tailored and replayed to ensure any performance issues are discovered and remediated efficiently.
Flexible Configuration
Triton allows its users to configure not only the number of devices connected to the vCCAP/vCMTS, but the configuration of those devices. Simulated devices can be added to tailored test environments to create production-like conditions. With an increasing number of vendors and network configurations available, it is valuable to have this level of adaptability.
Key Test Features
Triton is a two-arm test tool which was developed to allow operators to effectively test their infrastructure at rate. By simulating up to 100 Remote-PHY (R-PHY) & 20,000 cable modems, and 200Gbps of upstream & downstream data, organisations can confidently load test their vCCAP/vCMTS infrastructure and ensure performance capability fulfils expectation.
Scale Test: Test infrastructure at scale by simulating up to 100 R-PHY & 20,000 cable modem devices, each accessing a variety of provisioned services
Quality of Service: Guarantee a high QoS by monitoring end-to-end performance analytics, including latency, jitter, & packet loss
Load Test: Load test infrastructure by generating up to 200Gbps of stateful upstream & downstream traffic simultaneously
Integrated Orchestration: Preconfigure tests, run tests via playbooks, and encapsulate test results into findings reports
Resilience: Simulate faulty or malformed data & shutdown/failure of devices to ensure infrastructure under test is resilient
Architecture: Test & validate various R-PHY & cable modem device architectures by creating configurable, custom environments
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