Product Overview:

The Fluke Networks DSX2-8000QOI is a comprehensive cable certification tester that combines the capabilities of a quad OTDR, OLTS, and fiber inspection probe into a single, handheld device. With its advanced features and specifications, it empowers technicians to efficiently and accurately test and troubleshoot fiber optic networks.

Features:

Quad OTDR:
4-wavelength OTDR (850/1300/1310/1550 nm)
Dynamic range up to 42 dB
Event and fault detection with pinpoint accuracy
OLTS:
Optical loss test set
Measures insertion loss, return loss, and optical power
Fiber Inspection Probe:
Automated fiber end-face inspection
Detects and classifies defects according to industry standards
Wi-Fi Connectivity:
Wireless data transfer and remote control
Enables seamless integration with mobile devices

OTDR:
Wavelengths: 850/1300/1310/1550 nm
Dynamic range: Up to 42 dB
Event dead zone: 0.5 m
Fault dead zone: 1.0 m
OLTS:
Wavelengths: 850/1300/1310/1550 nm
Insertion loss range: -70 to +10 dB
Return loss range: -60 to +6 dB
Optical power range: -70 to +10 dBm
Fiber Inspection Probe:
Magnification: 200x
Defect detection: Scratches, pits, cracks, and contamination
Classification: IEC 61300-3-35

DSX2-8000QOI tester
Fiber inspection probe
OLTS adapter kit
Carrying case
Software and documentation

Benefits:

Comprehensive testing: Combines OTDR, OLTS, and fiber inspection capabilities in one device.
Accurate and reliable: Provides precise measurements and detailed fault analysis.
Efficient workflow: Automates fiber end-face inspection and streamlines data transfer.
Versatile: Supports a wide range of fiber types and applications.
* Value for customers: Enhances productivity, reduces downtime, and ensures network reliability.

Product Overview:

The Fluke Networks DSX2-8000QOI/GLD is a comprehensive cable certification tester that combines the capabilities of a quad OTDR, OLTS, and fiber inspection probe into a single, handheld device. It provides complete end-to-end testing of copper and fiber optic cabling, making it ideal for network installers, maintenance technicians, and contractors.

Features:

Quad OTDR: Measures fiber length, loss, and reflectance with four wavelengths (850, 1300, 1310, and 1550 nm) for accurate and detailed fiber characterization.
OLTS: Performs optical loss testing at multiple wavelengths to verify fiber performance and identify potential issues.
Fiber Inspection Probe: Inspects fiber end-faces for contamination, scratches, and other defects that can affect signal quality.
Wi-Fi Connectivity: Enables wireless data transfer and remote control of the tester from a smartphone or tablet.
LinkWare Live Cloud Service: Provides real-time test results, project management, and reporting capabilities.
Large Touchscreen Display: Offers a clear and intuitive user interface for easy navigation and data visualization.
Rugged Design: Built to withstand harsh environments and demanding field conditions.

OTDR Range: Up to 200 km
OTDR Dynamic Range: Up to 42 dB
OLTS Wavelengths: 850, 1300, 1310, and 1550 nm
Fiber Inspection Probe: 400x magnification
Wi-Fi Standard: 802.11ac
Battery Life: Up to 10 hours

DSX2-8000QOI/GLD Tester
Fiber Inspection Probe
OTDR Launch Cable
OLTS Reference Cable
Carrying Case
Power Adapter
Quick Start Guide

Benefits:

Comprehensive Testing: Provides complete end-to-end testing of copper and fiber optic cabling, eliminating the need for multiple devices.
Accurate and Reliable Results: Quad OTDR and OLTS ensure accurate and detailed fiber characterization, while the fiber inspection probe identifies potential issues that can affect signal quality.
Increased Efficiency: Wi-Fi connectivity and LinkWare Live Cloud Service streamline data transfer and project management, saving time and effort.
Rugged and Durable: Built to withstand harsh environments, ensuring reliable performance in demanding field conditions.
* Value for Customers: The DSX2-8000QOI/GLD offers a comprehensive solution for cable certification, providing value for customers by reducing testing time, improving accuracy, and ensuring network reliability.