Take a deep dive into the Kiloview AVX24-4 Media Hub with this video series that explores the key features powering Kiloview’s next-gen IP media platform.

Inside AVX24-4 Media HUB: Intelligent Diagnostics Explained 

 

This video looks at Intelligent Diagnostics, designed to make IP workflow troubleshooting faster, clearer, and more proactive.

Through global diagnostics and end-to-end link diagnostics, AVX24-4 Media HUB helps you:

• Auto-discover devices across the network
• Monitor stream health and link connectivity in real time
• Analyze latency, jitter, and packet loss
• Detect hardware-level port anomalies with FPGA monitoring
• Receive intelligent alerts with structured diagnostic logs

Instead of waiting for failures to impact production, you gain deeper operational visibility across the entire media workflow.

 

Inside AVX24-4 Media HUB: Visualized Management Explained 

 

This video spotlights Visualized Management.

As broadcast IP networks continue to grow in scale and complexity, operators need faster ways to understand device status, link conditions, and network health at a glance.

AVX24-4 Media HUB makes that possible with:

• Auto device discovery & flexible topology views 
• Real-time port, link, and bandwidth monitoring 
• Custom device names & control labels 
• 12-color status indicators for instant alerts

No more complicated troubleshooting. No more blind spots across the network. Just smarter, clearer, and more efficient broadcast operations.

 

Inside AVX24-4 Media HUB: Matrix Switching Explained

 

When every frame matters, how do you keep critical broadcast signals switching smoothly?

In Episode 3 of Inside AVX Media HUB, we’re looking at Matrix Switching — designed to make signal routing in IP-based live production faster, smoother, and more reliable.

In complex broadcast workflows, frequent signal routing and network congestion can easily lead to freezing, frame tearing, or packet loss.

With AVX Media HUB Matrix Switching, Kiloview helps ensure stable signal scheduling through:

• FPGA-based hardware processing for seamless multi-stream switching
• Intelligent NDI QoS priority protection to prioritize mission-critical traffic
• Automatic bandwidth reservation under congestion to keep key streams stable