Categories:

Fluke Networks SFSINGLEMODESOURCE SimpliFiber Pro Singlemode 1310/1550 LLS

$1,941.00

The Fluke Networks SFSINGLEMODESOURCE is a singlemode light source for SimpliFiber Pro testers, providing precise 1310/1550 nm output for fiber optic testing, verification, and certification.

The Fluke Networks SFSINGLEMODESOURCE is a high-precision light source designed for singlemode fiber testing with the SimpliFiber Pro system. Operating at 1310 nm and 1550 nm wavelengths, it delivers a stable optical output for accurate verification of fiber optic links. Lightweight and portable, this source is ideal for field technicians and lab professionals performing network installation, troubleshooting, and certification. Its reliable performance ensures consistent results during extended testing sessions, while its compatibility with SimpliFiber Pro power meters allows complete characterization of fiber links. The SFSINGLEMODESOURCE simplifies testing procedures, reduces errors, and enhances productivity for both new installations and maintenance tasks.

Key Features:

  • Singlemode 1310 nm / 1550 nm light source

  • Compatible with SimpliFiber Pro testers

  • Stable optical output for accurate measurements

  • Portable and rugged design for field and lab use

  • Long battery life for extended testing sessions

  • Easy-to-use interface

Compatible Applications:

  • Singlemode fiber link verification and certification

  • Network installation testing

  • Fiber optic troubleshooting and maintenance

  • Enterprise and data center networks

Included Accessories:

  • SFSINGLEMODESOURCE light source

  • Protective carrying case

  • User manual

  • Batteries for portable operation

Compliance & Standards:

  • Designed to meet industry standards for fiber optic testing and measurement

Benefits for Lab/Field Users:
Technicians and engineers can rely on the SFSINGLEMODESOURCE for fast, accurate singlemode fiber testing. Its portability, stable output, and integration with SimpliFiber Pro testers streamline fiber verification, reduce testing errors, and improve workflow efficiency in both field and lab environments.