OMP-Optical Time Domain Reflectometer (OTDR)
The ability to quickly identify and isolate network outages is a critical function for any network operator. OMP-OTDR is designed for remote fault detection and isolation, fiber level fault monitoring, span level fault monitoring and long span monitoring. With the OTDR module, optical fiber cable monitoring, fiber optic cable construction and maintenance are possible. It is designed for maximum configuration flexibility, with pluggable modules that plug directly into the OMP managed chassis, each module occupying two slot.
This module can facilitate an integrated cost-effective and flexible optical layer solution by incorporating a variety of optical layer boards, such as EDFA/DCM/MUX/OSW/OLP/R/B, and can be applied to Active(Dark) fiber dual-fiber/Active(Dark) fiber single-fiber monitoring systems, to meet the diverse needs of scenarios.
Displays fiber link KPIs (length, loss, ORL and power) in under 15 seconds, through single-ended testing
On-the-spot detection and location of common causes of failures
Intelligent: no settings required make it an essential for any frontline technician’s toolkit
Simplify the operation.
Without increasing the number of staff, enhance the working efficiency of the team
- Easy-to-use testing tools: With an intuitive design, they can be used with very little training - the ideal choice for front-line field technicians regardless of their experience level or testing background.
Promote quality.
Improve the technical skills of frontline staff and enhance work quality through the quality curve evaluation.
The OMP4000 can verify the link quality within 15 seconds.
The OMP4000 is sturdy, durable and compact, and it also has power monitoring and light source functions. Thus, it becomes an auxiliary tool that technicians are very familiar with and highly intuitive, which can immediately enhance the technical proficiency of any operation and maintenance technician.
The OMP4000 can better locate faulty components: locate all optical cable faults, read their relative positions, rather than merely interpreting their distances.
Speed up.
Accelerate the installation and repair process, enhance the profit-making efficiency, and use more concise curve data and intuitive GIS maps to improve customer satisfaction.
Achieve a more streamlined process method: With just one simple, rapid, and one-step test, the link quality can be confirmed and/or faults can be identified.
Test insertion loss and return loss using a single-end process, without the need for lengthy and tedious benchmark tests.
Reduce troubleshooting and problem reporting, thereby shortening MTTR and avoiding wasting time on healthy links.
First-line technicians can complete tasks with confidence, knowing that they can activate services more smoothly and quickly or restore links after a failure.
Do More with less.
Replace manual inspections with automated inspections
- Utilize the built-in regular inspection function of NMS to conduct regular inspections on the devices connected to OMP4000 and record the results. This replaces the repetitive and cumbersome manual inspection work. It enables many frontline technicians to handle more tasks: reducing the need for on-site fiber optic experts. Thanks to a more streamlined testing process and lower ownership costs, engineering maintenance companies can complete more tasks while maximizing ROI.
Build a stronger network.
Effectively manage service quality and carry out fiber optic renovations with confidence
Effectively manage service quality and carry out fiber optic renovations with confidence, verifying the links during the installation and activation stages, thereby reducing service disruptions and troubleshooting tasks.
Understand the reliability of the links and the types of traffic they carry.
Panel Diagram Of the Computer Chassis
Optical Time Domain Reflectometer (1310/1550/1625/1650nm @ 32~45dB Dynamic Range)
OMP Series
By uploading and aggregating the optical cable quality information data collected by the RTU hardware to the network management server, and through massive data analysis, a visual "health diagnosis report" and trend analysis are formed. For sudden optical cable failures, measures such as primary-backup switching, rapid identification of the cause and location of the fault, can be taken to reduce the ratio of non-sudden optical cable failures, quickly restore network failures, shorten repair time, and improve the operation and maintenance management level. The monitoring schemes it can achieveActive/lit fibers and Dark fibers
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