With the introduction of RF-X Auto Switcher, Teradek, a global leader in advanced video transmission technology, revolutionizes mission-critical signal redundancy.

The RF-X (Radio Frequency Matrix) is a mission-critical appliance that ingests six Teradek Ranger or Bolt feeds with hit-less failover. It automatically selects the strongest signal to output a clean 12G-SDI feed, replacing costly manual switchers and reducing labor with one low-power device.

RF-X is engineered to provide Smarter Redundancy, Stronger Signal, and Superior Quality, allowing Technical Directors, ACs, DITs, and Video Engineers to replace complex, expensive manual failover solutions with a single, intelligent device.

“Professionals in live production are constantly challenged to maintain a flawless video feed under tight budget constraints,” said Derek Nickell, Product Manager at Teradek. “Why rely on manual switching or expensive, complex failover solutions? RF-X eliminates this pain point by delivering built-in intelligence that automatically manages signal integrity, radically cutting down on labor and travel costs while guaranteeing the highest quality feed for clients.”

Key features and workflow benefits:

RF-X appliance is designed to simplify and secure high-stakes wireless video workflows:

• Hit-less Fail-over: The device seamlessly ingests up to six feeds from Teradek Ranger or Bolt receivers. Its built-in intelligence automatically detects and selects the absolute best available signal path.
• Guaranteed Quality Output: As a Feature Highlight, RF-X outputs a single, clean 12G-SDI feed, delivered via BNC or SDI fiber SFP, ensuring the highest quality video is delivered directly into the switcher or video village monitor.
• Significant Cost Savings: The system enables Ranger and Bolt customers to replace costly manual video switchers and eliminate the associated labor cost, all within a single, low-power device.

According to Teradek, the RF-X Auto Switcher significantly reduces complexity and labor while ensuring an uncompromising signal, making it essential equipment for high-end cinematic and broadcast applications.