Fluke Networks DSX2-CFP-Q-ADD-R Cable Analyzer

The Fluke Networks DSX2-CFP-Q-ADD-R Cable Analyzer is an advanced testing module designed to expand the capabilities of the DSX CableAnalyzer series, such as the DSX-5000 or DSX-8000 models. This module enhances the base unit by providing extended testing capabilities for copper and fiber cabling installations, specifically focusing on testing and certifying Cat 8 and Cat 8.1 cabling, as well as fiber cabling with Quad testing.

Fluke Networks DSX2-CFP-Q-ADD-R includes 1 Versiv 2 Remote, (2) DSX-5000 CableAnalyzer modules, (2) CertiFiber Quad OLTS Modules, Set of Cat 6A/Class EA Permanent Link Adapters, Set of Cat 6A/Class EA Channel Adapters, (2) Headsets, (2) HandStraps, (2) Shoulder Straps, Large Carry Case, (1) AC Charger, (2) Universal Couplers, (2) LC/LC Simplex Adapters, SC/LC EF-compliant MM TRC Kit 50 µm, SC/LC SM TRC Kit, TRC Carry Case, Statement of Calibration and Getting Started Guide (Requires a Versiv 2 mainframe).

Fluke Networks DSX2-CFP-Q-ADD-R Key Features

• Versiv™ modular design supports copper certification, fiber optic loss, OTDR testing and fiber end-face inspection
• Unmatched speed for Cat 6A, 8, Class FA, I/II and all current standards
• ProjX™ system manages job requirements and progress from set-up to systems acceptance, making sure all tests are completed correctly
• Taptive™ user interface simplifies set-up, and eliminates errors
• Analyze test results and create professional test reports using LinkWare™ management software
• Graphically displays the source of failures including crosstalk, return loss and shield faults for faster troubleshooting
• Intertek Verified to TIA Level 2G – the most stringent accuracy requirement
• Copper cable certifiers endorsed by cabling vendors worldwide

DSX2-CFP-Q-ADD-R Specifications

• Speed of Autotest :DSX-5000: Full 2-way Autotest of Category 5e or 6/Class D or E: 9 seconds. Full 2-way Autotest of Category 6A/Class EA: 10 seconds
• Supported test parameters: Wire Map, Length, Propagation Delay, Delay Skew, DC Loop Resistance, Pair-to-Pair Resistance Unbalance, Pair Resistance Unbalance, Insertion Loss (Attenuation), Return Loss (RL), Common Mode Return loss (CMRL), Near End Crosstalk (NEXT), Far End Crosstalk (FEXT).