VeEX | RXT-1200 Smart Productivity Test Platform, with DWDM Modules RXT-4113+ | #DWDM-OTDR

VeEX | PART #DWDM-OTDR

xWDM OTDR Series Modules 

DESCRIPTION

18ch-CWDM 1270-1610nm / DWDM Tunable C[1]band OTDR Test Module, Tunable CH17 to CH60.

Chassis/Battery Pack, AC Adaptor/Power Cord, Carrying Case, ReVeal RXT Software

The new RXT-4113+ is our latest generation xWDM OTDR module. Users can now select CWDM, DWDM, combo CWDM+DWDM or DWDM+Legacy optical configurations. Advanced hardware and powerful software supports the testing of both xWDM, Grey optics and single stage PON network architectures. Precise wavelength tuning, 3 cm resolution and up to 500,000 data points offers unprecedented network characterization.

INCLUDES

Z07-88-032P RXT-1200 Smart Productivity Test Platform, recommended for RXT-4100/4113/4500, THIS UNIT COMES WITH THE 4113+ MODULE ONLY. It is DWDM only.

Incl. FX160 Chassis/Battery Pack, Calibration Cable for ORL Measurement, Non-reflective Terminator, AC Adaptor/Power Cord, OTG Cable

Micro USB to USB, Carrying Case, OLS and OPM Hardware, 1-Year Warranty Card.

499-05-072 Advanced Management (Enables the test set to

upload/download results and profiles from R-Server web, requires R-Server package Z88-00-007P)

Z99-99-032G USB Wi-Fi 802.11b/g/n 2.4GHz and Bluetooth Combo Adaptor.

Supports Client and AP modes. VCCI Certified)

Z07-22-191P RXT-4113+ DWDM Tunable C-band OTDR Test Module,

Tunable CH17 to CH60

Z66-00-189G Universal 2.5mm Interface (Keyed*) with one Field

Replaceable Optical Connector Protector - APC Polish

F99-00-176G SC/UPC Adaptor for Universal Interface (Keyed*)

Z66-00-171P High Power (CATV) OPM, +26dBm to -50dBm, incl. SC adaptor

Z66-00-168P Light Source, shares optical connector with single OTDR port

Z66-00-196G Dust Cover Kit for Optical Connector Protector

499-05-638 V-Scout Multi-Pulse Test Mode

499-05-710 Additional DWDM Tuning Range Option C60-C62

SOFTWARE

• Advanced software architecture supports multiple test applications
• VeExpress™ Cloud or Enterprise versions to maintain instrument firmware and manage test options or inventory
• EZ Remote software for flexible remote control and software upgrade
• Fiberizer® Desktop+ PC software for advanced trace analysis and report generation
• Fiberizer Cloud trace analysis and data management
• VeSion® R-server compatibility for centralized work force management and test results repository
• Optional fiber inspection scope (USB) with single or multi-fiber (MPO/MTP®) support

HARDWARE

• High resolution, 7” full color TFT touch-screen viewable in any lighting condition
• Connectivity via 10/100Base-T Management interface, WiFi™, Bluetooth®, or 3G/LTE for back office applications
• Intelligent fan operation with built-in temperature sensor
• Interchangeable Li-ion battery pack for extended test time
• USB-A Interface for USB flash drives, USB wireless dongles and fiber inspection probe connection
• Optional built-in GPS module for Geotagging OTDR traces

OPTICAL

• CWDM wavelengths per ITU-T G.694.2 (8, 10, or 18 channels)
• DWDM wavelengths per ITU-T G.694.1 (C-band, 1529.55 to 1563.86 nm, Channel #s 17-60) in 50, 100 or 200 GHz steps
• Optional extended channel 14-62 available
• TEC laser stabilization for hot and cold weather conditions
• Built-in DWDM wavelength locker with ±2.5 GHz stability
• Legacy wavelengths include 1310, 1550 and 1625 live testing
• Sampling resolution up to 500,000 points
• Event dead zone <0.85 m, attenuation dead zone <3.5 m
• High dynamic range for long haul fibers and testing through xWDM Mux/demux
• Telcordia GR-196 and SR-4731.sor file formats
• Optional V-Scout mode – Smart Link Mapping using intuitive icons derived from multiple test acquisitions
• Optional CWDM/DWDM/Legacy Light Source via OTDR port
• Optional broadband Optical Power Meter
• Optional VFL 650 nm light source
• Built-in G.657A2 launch fiber to characterize OTDR connections and short fiber spans
• Fixed connector or universal 2.5 mm optical interface with inter-changeable optical adaptors (SC/FC/LC)

Common Questions About the VeEX xWDM OTDR Series Modules

What is the VeEX xWDM OTDR Series used for?
The VeEX xWDM OTDR Series is used to test, characterize, and troubleshoot CWDM and DWDM fiber networks, including grey optics and legacy wavelengths, across metro, long haul, and transport networks.

Who uses xWDM OTDR modules like the RXT 4113+?
These modules are commonly used by fiber network engineers, transport technicians, and service providers responsible for deploying and maintaining CWDM and DWDM infrastructure.

What makes the xWDM OTDR different from a standard OTDR?
Unlike a standard OTDR, an xWDM OTDR provides precise wavelength tuning across CWDM and DWDM channels, allowing technicians to test individual wavelengths through mux and demux systems and accurately characterize wavelength specific performance.

How the xWDM OTDR Series Supports CWDM and DWDM Network Testing

The VeEX xWDM OTDR Series Modules are designed for advanced fiber characterization in wavelength division multiplexed networks. With tunable DWDM channel selection, high resolution sampling, and support for CWDM, DWDM, grey optics, and legacy wavelengths, these modules allow detailed fault location, splice analysis, and performance validation across complex optical transport networks.

At a Glance

• xWDM OTDR modules for CWDM and DWDM fiber networks

• Supports tunable DWDM C band channels and CWDM wavelengths

• Designed for metro, transport, and long haul applications

• High resolution testing through mux and demux systems

• Expandable platform with software driven test options