VisiMap's Fiber Control Modules assign unique encoded light signatures to every port simultaneously. Far end decoders identify each strand without physical contact.
A Fiber Control Module at the transmit end and a far end decoder at the receive end. Connected by the fiber cable you're testing.
Assigns a unique encoded light signature to every fiber port simultaneously using visible wavelengths (488nm, 520nm, 638nm) and temporal patterns via DMX512 protocol. Available in LED, visible laser, and visible + infrared configurations with 6 or 12 ports.
Camera-based device that detects and decodes port signatures without physical contact. Results displayed on screen and announced audibly. Available in tablet and smartphone form factors with 3.9mm otoscope camera.
Each fiber port receives a unique combination of color and temporal pattern — machine-decoded at the far end, not human-interpreted.
Three visible wavelengths — 488nm (blue), 520nm (green), 638nm (red) — provide the first dimension of identification. Each port gets a specific wavelength assignment.
DMX512 lighting protocol generates distinct flash patterns at 1–10 Hz. Morse code encoding with encrypted symbol substitution adds a second identification dimension.
Far end decoder's otoscope camera reads the encoded signatures without touching the connector. Software decodes the pattern and announces the strand ID audibly.
Optional plug-in modules transform the FCM from an identifier into a complete test platform — without reconnecting.
Communications & Control Module enables bidirectional infrared data channel. Remote mode switching between identification, VFL, power loss testing, and OTDR — from either end.
Optical Light Source module plugs into the FCM tap port. Provides near-infrared wavelengths (1310nm, 1550nm) for qualification testing.
Optical Time Domain Reflectometer module enables complete fiber characterization — loss measurement, fault location, and event analysis from the same connection.
VisiMap technology is protected by two granted US patents (8,467,041 B2 and 8,823,925 B2) and a family of pending applications. The foundational concept dates to a 2010 priority filing.