Yokogawa AQ1210 serijos optinis reflektometras (OTDR)

Engineered with innovative technology, the AQ1210 features dual operation mode by multi-touch touchscreen and hard-key buttons as well as fully automatic measurement and easy-to-read analysis reports through new software applications. In addition, the AQ1210 enhances productivity and operability with its lightning startup time, multi-tasking operation, and immediate reporting via wireless connectivity.

Overview

7 types of Model lineup: Seven models ideal for installation and maintenance of various optical communication access networks

Compact body with long hour operation: Footprint approx. size of A5 paper, weight of 1 kg (2.2 Lbs.). 10 hours battery operation

Intuitive operation by touch and hard keys: The AQ1210 features a capacitive multi-touch touchscreen, 5.7-inch LCD, and a “field use” friendly rotary dial.

Connectivity: Data transfer and remote control via Wi-Fi or ETHERNET connection.

Enhanced OTDR performance: Measurement of PON systems with up to 128 splits. Hi-Speed real-time measurement

Functions and features for improved work efficiency: Multi-fiber measurement, Smart mapper function, PDF reporting

Much more than an OTDR: A variety of optional features for multi-tasking.

Features

Model lineup

Yokogawa offers 2-, 3- and 4 wavelengths models with or without live ports for installation, maintenance and live measurements. 

PON Optimized

Excellent hardware performance and advanced analysis algorithm enable the AQ1210 to accurately characterize Passive Optical Networks (PON) through high-port-count splitters (up to 1 × 128)*.

The AQ1210 assists beginner/expert users in simply configuring OTDR measurement settings based on PON topology information for optimal results. Short event dead zone and high sampling resolution enable users to detect as close as 0.5 meters (<20 inches)*.

*Typical, with AQ1215A/E/F and AQ1216F

Functions

Long battery operation time: Over 10 hours! No worrying about running out of battery power during your daily work. The AQ1210’s high capacity Li-Ion polymer battery will last for 10 hours under the Telcordia standard conditions.

Quick boot-up: Under 10 seconds! From completely OFF to measurement ready in under 10 seconds!

High-speed, high-performance real-time measurement: When detecting/identifying the position of a fiber end point or bend of an installed optical fiber network, a user, according to the operating environment, can choose among the two modes: the high-speed mode with less measuring time and the high accuracy mode that is capable of reproducing a high-quality trace.

Multi-fiber measurement: Measurement conditions of up to 2000 cores are managed in a table, allowing efficient measurement of multi-fibers. For each core number, OTDR measurement, loss measurement and fiber core surface image can be saved. Cores that have been measured are highlighted in color and saved data can be shown in the preview window by selecting the core number in the table. This prevents unintended omission in core measurements and reduces your working time at a site.

OTDR view mode: The OTDR view can be switched between the trace and the map by simply tapping the icon. The trace is a traditional view with an OTDR trace and event markers, and the map is an icon-based view for easy interpretation of network events, which is also used for the Smart mapper function.

Loss test: Use the light source and optical power meter to measure optical loss. *1

- High power measurement: The high power optical power meter (/HPM option) can measure the high optical power up to +27 dBm. It allows to measure video services and long distance transmission lines where an optical amplifier is used to boost the optical signal power.

- Auto loss test function *2: The AQ1210 can transmit the wavelength information of light source to the other AQ1210 placed at the other end to set the same wavelength for the optical power meter, and they are capable of switching the wavelengths automatically; therefore, the loss measurements can always be performed at right wavelengths.

- Multi-fiber loss test *2: The Multi-fiber loss test function incorporates two AQ1210s as master and slave through the communication fiber in the cable under test. They share a test project information including fiber numbers to be tested and measurement conditions, so that you can ensure the measurement is performed properly for each fiber of the cable under test.

*1: /SPM or /HPM option is required.

*2: AQ1210, AQ1200, and AQ1100 with /SPM or /HPM option can be used.

- PON power measurement *3: The PON power meter can measure the optical power both at 1490 nm and at 1550 nm simultaneously by separating those wavelengths. It is a suitable tool for measuring the optical power of OLT and V-OLT.

*3: /PPM option is required.

Work efficiency

File transfer and remote control: AQ1210s can be controlled remotely by using an external device through a USB cable or Wired/Wireless LAN*.

* Conversion adapter using USB port is required

Web browser function: The AQ1210 series have a web server feature, so file transfer and remote control are possible using a web browser on an external device without worrying about the OS of the external device.

AQ7933 Emulation software: Software to display and analyze the trace data measured on an OTDR. It can also create and output reports of analysis results on a PC. Equipped with the remote controller and file transfer applications, this is a more powerful tool to assist your work.

Data transporter: By using the data transporter, the AQ1210’s data files are able to be saved to cloud storage or be attached to an email by a mobile device connected to the AQ1210 with wireless LAN.

Advanced trace analysis:

- Multi-trace analysis: Up to four traces can be overlaid on the display for analysis and comparison. This is useful for evaluating the locations and loss of connections after installing multiple fibers.

- 2-way trace analysis: Averages the two traces measured from one end of fiber link and the other to nd the connection loss properly and accurately. When only measured from one end, the connection loss may be shown incorrectly due to the difference in the backscatter coefficient between the connected fibers.

- Differential trace analysis: Displays the difference between two specified traces. Makes it simple to check aging of fibers or connection points, or variation in loss among fibers, and other phenomena.

- Section analysis (Return loss): Finds the total return loss in specific section of fiber link. It is often required because the multiple reflections from optical fiber networks can affect the optical communication signal from transmitters of CATV for instance.

Connector quality assurance: Using a video fiber inspection probe*, fiber connector surface is visualized for inspection of scratches and dirt. The Fiber Surface Test function (option) can automatically analyze scratches and dirt and makes PASS/FAIL judgment based on IEC61300-3-35 compatible or arbitrary decision criteria.

*Recommended probe: Dl-1000-B2/ Dl-2000-B2 (Lightel)

Smart Mapper: Single button measurement. Comprehensive network characterization. Easy to read report Measurement acquisitions with multiple pulse widths and smart-algorithm enable users to detect and comprehensively characterize network events by pressing one single button. Simple, icon-based map view for easy interpretation of network events. Immediate PASS/FAIL judgment based on user-defined thresholds. Easily toggled trace view for manual supplementary analysis.

Multi-tasking: 

- Enhancing productivity. Managed by a highly efficient operating system, multiple functions can be performed simultaneously. Now, users can perform OTDR measurements on a particular fiber core while simultaneously checking the power level, connector surface quality and visible fiber ID/bending on three other fibers.

Enlarging the trace window: By simply tapping the dedicated icon, the trace display window can be enlarged for easy viewing and manipulation.

Macro bending detector: Macro bending events along a fiber under test can be identified and located automatically by OTDR measurements using multiple wavelengths trace comparison and event analysis based on user-defined thresholds.