VeEX Has Released RFTS-400 Fiber Test System
The third-generation modular device provides automated monitoring for fiber optic network infrastructure.
Updated on Sept. 30, 2026 in Telecommunications
VeEX has launched the RFTS-400, a third-generation modular remote fiber test system designed to monitor network integrity and pinpoint signal degradation. The device functions as both a standalone probe and as an integrated component of the company's existing VeSion monitoring platform.
Why it matters
The system is engineered to help network operators significantly reduce repair times by providing constant visibility into fiber health. By automating the detection process, the platform allows for faster responses to infrastructure issues across various network types.
The RFTS-400 features a built-in serverless monitoring system and supports dark fiber, in-service, PON, and security monitoring. It serves as the third iteration in the modular remote fiber test product line.
The players
VeEX
VeEX is a global technology provider that specializes in innovative test and measurement solutions for telecommunications and fiber optic networks.
The details
The RFTS-400 integrates seamlessly into centralized monitoring architectures, providing a versatile solution for diverse fiber optic deployments. It enables operators to maintain continuous oversight of network segments through its automated diagnostic capabilities.
Timeline
VeEX announced the RFTS-400 system on September 30, 2026.
The Tech Race
The release of the RFTS-400 represents a shift toward more autonomous fiber management as companies move to replace legacy manual testing tools. This development positions VeEX to better compete by deepening its integration within the broader VeSion monitoring system ecosystem.
For network operators, the RFTS-400 simplifies infrastructure maintenance by reducing the need for manual troubleshooting and frequent site visits. The serverless monitoring feature allows for more streamlined workflows, potentially leading to faster resolution of service disruptions for end users.
The takeaway
Automated fiber testing systems are becoming essential as network density increases and the cost of downtime rises. Operators should evaluate their current monitoring capabilities against these newer modular probes to determine if they can reduce overall maintenance overhead.
Further reading
Learn more about the latest innovations in fiber management on our Telecommunications page.
