Fluke Networks DSX2-8000QI/GLD Copper Cable Analyzer for 40G Ethernet Certification

DSX2-8000QI/GLD,2GHZ DSX QUAD OLTS INSPC V2, W/WIFI & 1 YR GOLD

The Fluke Networks DSX2-8000QI/GLD Cable Analyzer is a versatile and precise tool designed for comprehensive copper cable testing and certification, supporting deployments up to 40 Gigabit Ethernet. This advanced tester is compatible with twisted pair media types including Cat 5e, 6, 6A, 8, and Class FA and I/II systems, making it suitable for a wide range of cabling infrastructures. The device streamlines the certification process from system design through to acceptance, helping technicians and project managers achieve faster results and improve profitability. Its error-free setup and adherence to all relevant standards, including TIA Level 2G accuracy, ensure reliable certification that cabling vendors worldwide endorse. The tester’s built-in Alien Crosstalk testing capability and graphical failure analysis features facilitate quicker troubleshooting, reducing downtime and enhancing project efficiency.

Features:

• Built-in Alien Crosstalk testing capability for comprehensive cable analysis

• Compatible with Linkware™ Live for real-time job tracking, results management, and field troubleshooting

• Intertek Verified to TIA Level 2G, meeting the highest accuracy standards for copper certification

• Endorsed by cabling vendors globally for reliability and standards compliance

• Graphically displays sources of failures such as crosstalk, return loss, and shield faults for efficient diagnostics

• Taptive™ user interface simplifies setup, reduces errors, and enhances user experience

• Allows analysis of test results and creation of professional reports using LinkWare™ management software

• ProjX™ system manages job requirements and progress from setup to acceptance, ensuring test completeness

• Modular Versiv™ design supports copper certification, fiber optic loss testing, OTDR, and fiber end-face inspection

• Compact and lightweight design ensures portability and ease of use in various field conditions