JDSU RX3070 1042FA2 Back Reflection ORL Meter 1310/1550nm SM FC/APC Fiber

JDSU RX3070 1042FA2 Back Reflection ORL Meter 1310/1550nm SM FC/APC Fiber: 4-Channel Dual-Wavelength Single-Mode ORL and Insertion Loss Meter

The JDSU RX3070 1042FA2 Back Reflection ORL Meter 1310/1550nm SM FC/APC Fiber is a member of the RX3000 series of multichannel backreflection meters, configured with dual 1310/1550 nm internal laser sources, four output channels, single-mode 9/125 µm fiber, and FC/APC ultra-low backreflection panel connectors. It is designed for optical component manufacturers, connector assembly houses, and QA labs performing high-sensitivity backreflection and insertion loss testing on single-mode components at the two primary telecom wavelengths.

Key Features and Benefits of the JDSU RX3070 1042FA2 Back Reflection ORL Meter 1310/1550nm SM FC/APC Fiber

• Dual 1310/1550 nm internal laser sources — Built-in sources at the two most common single-mode telecom test wavelengths eliminate external source requirements for routine RL and IL testing.
• Four output channels — Enables multi-port testing from a single instrument, well-suited to ribbon fiber and automated multifiber test workflows.
• 0 to -75 dB backreflection range — Covers everything from lossy mated PC connectors to high-quality APC interfaces.
• 3 to -80 dBm power measurement range — Wide dynamic range handles high-launch source characterization and low-level receive measurements from the same instrument.
• Ultra-low backreflection FC/APC output ports — Angled-polish output connectors preserve accuracy in ORL measurements where residual reflections would otherwise dominate.
• Single-mode 9/125 µm fiber configuration — Optimized for standard telecom single-mode fiber applications.
• Hybrid jumper connector flexibility — Multiple connector types (FC/PC, FC/APC, SC/PC, SC/APC, ST/PC) can be swapped without needing to redo reference loss measurements.
• MCTS software included — Multiple Connector Test System software automates IL and RL measurements, prints labels, and manages test data with product serial number, operator, date, and batch tracking.
• Dual remote interfaces — RS232C and IEEE 488.1 (GPIB) support integration into automated test systems.
• 16-character, 4-line LCD display — Shows four-channel results simultaneously for fast visual verification.

Advanced Capabilities

The RX3070's real value in production environments comes from the bundled MCTS (Multiple Connector Test System) software. Rather than requiring a technician to manually record IL and RL readings at each test wavelength, MCTS walks the operator through the full connector test sequence, prompts for retest on any measurement that misses the pass/fail criteria, and archives results with product serial number, operator name, part and batch numbers, and date. Data can be exported to Excel or Access, or printed in tabular form or directly to connector labels. For QA departments running hundreds or thousands of connector tests per shift, this eliminates the manual data-entry step that is otherwise the biggest source of testing error.

The multi-port architecture is the other production strength. With four output ports each terminated in ultra-low backreflection FC/APC panel connectors, the RX3070 can characterize four DUTs in sequence — or four legs of a ribbon fiber — without the manual patch swaps that add wear to reference jumpers and introduce measurement drift. Combined with the hybrid jumper design that lets the operator change DUT connector types without redoing the loss reference, the instrument keeps repeatability tight across long, high-mix test sessions.

Calibration and Quality Assurance

Every JDSU RX3070 1042FA2 is calibrated prior to shipping to OEM specifications. The order includes a Calibration Certificate, Calibration Label, and full Calibration Data. This means the instrument arrives traceable, audit-ready, and ready to use straight out of the box — no need to schedule a calibration cycle before putting it into service. The RX3070 also ships with one calibrated hybrid jumper for calibration purposes and one hybrid jumper for measurement purposes, both with FC/APC on the meter end and FC/PC on the DUT end.

Specifications