Modular OTDR

The AQ7280 OTDR offers first-class performance thanks to updated functions, a large capacity battery, and a large user-friendly screen. Additional benefits that ensure measurement quality and improve work efficiency include:

Full range of selections

• Up to 14 OTDR units to choose from
• Customizable with five optional modules
  
• 84 potential combinations*1

Proven reliability

• High SNR mode ensures high trace quality.
• Maximum 15 hours battery operation

Quick and easy to use

• 8.4-inch high luminance color LCD
• Smartphone-like usability

Operability

• Multi-fiber measurement up to 2000 fibers
• Auto-execute multiple measurements and analyses with
• Smart Mapper

Much more than an OTDR

• A variety of optional features for multi-tasking
• Application software that facilitates analysis

*1 This includes combinations with the cover bracket instead of OPM (Optical

Power Meter)/VLS (Visible Light Source) modules.

For information on products and firmware updates, ​please visit:

https://tmi.yokogawa.com/p/aq7280

Optical Time Domain Reflectmeter

AQ7280

Series

Full range of selections

The AQ7280 OTDR series is a modular OTDR with an extensive lineup of 14 detachable units and five OPM/VLS modules.

The AQ7280 works for customers with a wide variety of applications including structured cable testing, cable manufacturing, and network installation and maintenance from core network to FTTH.

YOKOGAWA OTDR model map

For fiber optic installation

For optical fiber research and manufacturing

1. The dB value is the maximum dynamic range of OTDRs for each target area
2. A built-in cut filter to isolate from communication wavelengths included
   

AQ7282A, AQ7283A, AQ7284A, AQ7285A

Two-wavelength module with 1310/1550 nm wavelengths that are most used in fiber optic installation

The AQ7282A is ideal for measurement of less than 70 km networks, while the AQ7283A is the best choice for networks longer than 70 km with splitters. The AQ7284A and AQ7285A are high dynamic range models designed for measurement of networks longer than 100 km.

Trace examples with pulse width of 1 μs

AQ7283E, AQ7283F

Maintenance model for live communications lines

These OTDRs have a port for a maintenance wavelengths of 1625 nm or

1650 nm, which does not affect communication wavelengths, and a built-in cut filter to prevent interference with live communications traffic wavelengths. The AQ7283E guarantees wavelength accuracy of 1625 nm±10 nm to enable maintenance of 10GE-PON, and the AQ7283F guarantees a maximum output power of +15 dBm or less and allows maintenance measurements on paths where output power is limited.

Connection loss at ​two locations

Trace examples of live communications lines

AQ7283H, AQ7284H, AQ7282G, AQ7283K

A port three wavelength / A port four wavelength models

These OTDRs measure at more than three wavelengths without switching optical connector. The AQ7283H and AQ7284H detect macro-bending where the loss is larger at longer wavelengths and are useful for testing CWDM transmission paths using a wavelength of 1260-1625 nm. The AQ7282G and AQ7283K are suitable for installation checks of FTTH networks that requires measurements at 1490

nm.

Trace examples with macro bending

AQ7282M

For multi-mode fibers

The AQ7282M is useful for short-distance measurements where many multi-

mode fibers exist, such as structured cabling in factories and data center networks. As the optional stabilized light source has a guaranteed stability of ±0.15 dB at both 850 nm and 1300 nm wavelengths, it can be combined with the power meter module to measure optical loss.

AQ7286A, AQ7286H, AQ7286J

For optical fiber research and manufacturing

These models guarantee a center wavelength of ±15 nm at all wavelengths, which meets the stringent light source requirements for optical fiber and cable manufacturing. Optionally, a center wavelength of ±10 nm (compliant with IEC 60793-1-40) can be specified. In addition, this model guarantees measurement accuracy and reproducibility for research and manufacturing applications and enables stable inspection measurements.

Proven reliability

PON optimized

Quickly, easily, and correctly measure networks with large losses, such as Passive Optical Network (PON) systems.

In PON mode, simply choose the configuration of the route to be measured on the screen, and the OTDR automatically determines the suitable measurement conditions to set the optimal values. Combined with the high SNR (HSN) mode, the AQ7280 OTDR series ensures high trace quality, even immediately after a large loss caused by an optical splitter.

Example of measuring PON with two splitters from the subscriber’s house

Set the route to be measured in PON mode

Measured in high SNR (HSN) mode

Example of measuring 128-port splitter with high SNR (HSN) mode

Hardware performance suitable for field use

Advanced trace analysis

The OTDR main unit enables advanced analysis of measurement data

Multi-trace analysis

Differential trace analysis

2-way trace analysis

Section analysis

Quick and easy to use

8.4-inch high luminance color LCD

A large bright display shows trace details clearly even in outdoor sunlight. Engineers can easily check the screen when standing and the OTDR is on the floor for station measurement.

Multi-touch capacitive touchscreen

The intuitive multi-touch setup enables operations like pinch zooms and drag, similar to a smartphone or tablet.

*The touchscreen feature can be disabled for users who prefer the hardware key operations

Pinch-out

Zooming in ​the trace

Pinch-in

Zooming out of ​the trace

Drag

Moving the cursor

Multi-language support

The AQ7280 OTDR series offers users multiple display languages including but not limited to: Chinese, Czech, Dutch, English, Finnish, French, German, Italian, Norwegian, Polish, Portuguese, Spanish, Swedish, and Turkish.

语 ​言

Dil

taal

lingua

idioma

Language

språk

Jazyk

Idioma

Sprache

Język

Språk

Kieli

langue

Trace display area expansion

The trace display area can be enlarged for viewing the trace in greater detail by sliding the on-screen menu or setting display. This feature makes the most of the 8.4-inch screen.

Regular mode

Enlarged mode

Handy window and shortcut icons

Switching to a different measurement condition while viewing the trace is available. Shortcut icons for popular functions like placement of markers and storage of data remain on the screen so that they can be executed directly without moving to a new menu.

Shortcut icons (Initiation of measurement, file saving, etc.)

Icons for setting OTDR markers

Operability

Multi-fiber Measurement

A project file is created that defines the test conditions of each fiber, with the measured data managed in a fiber number table. From here, the fiber is selected to perform tests, and once these are completed, the fiber number color changes to help prevent omission and confusion.

Measuring each fiber of 180 optical fibers in an optical termination box

Create a project file

Schedule Measurement (Monitoring function)

OTDR measurements are automatically performed based on user-defined intervals to detect network connection interruptions caused by intermittent events. The dB value of a fixed point and the loss over a specific section are displayed in the logging view to check changes over time. Saved trace data and logging graph data can be analyzed later.

*/MNT option of the OTDR main frame is required

Example of logging the loss value between markers

and

Fault Locator

Easily and quickly identify fiber break locations with automatic break detection in optical fiber cables under test, based on selected network architectures, then display break distances. For additional analysis, switch to the OTDR mode with a single button press.

Example of detecting a breaking point 1.48 km away

Smart Mapper

With Smart Mapper, users can press a single button and execute measurements, detect network events, and perform PASS/FAIL judgments.

It includes a simple icon-based map view for easy interpretation of location and types of events, so even beginners can understand complex network configurations. PASS/FAIL judgments for each event are performed automatically based on thresholds specified in advance.

*/SMP option of the OTDR main frame is required

Measuring a network from the station to antenna

Short pulse width

Medium pulse width

Long pulse width

Fail

Pass

PDF Report

Built-in post-processing software generates OTDR reports in PDF format with flexible report template configurations. The report format is set and can be checked during layout preview and multiple reports can be created collectively.

Preview screen for creating report layout

File transfer and remote control

The AQ7280 OTDR series enables easy file transfer and remote control*1 via USB cable or wired LAN*2. Engineers can add an OTDR to their company’s local network and regularly check the status of an OTDR performing continuous measurement from a distance. If engineers are in an environment that allows external connection to the company’s internal network, they can check the OTDR status regardless of their location.

*1 With a web browser, the AQ7933, or remote command.

*2 /LAN option of the OTDR main frame is required.

Much more than an OTDR

Available for both single tasks or multi-tasks, measurement functions that are required for optical fiber installation, replacement, and maintenance can be installed on the AQ7280 OTDR series of instruments, along with application software to support analysis.

Stabilized Light Source (OTDR unit option)

The light source feature via the OTDR port modulates and outputs light at OTDR wavelength and is used for measuring optical loss in combination with an OPM module or as a light source for optical fiber identification.

*/SLS option is required

Visible Light Source (VLS module)

Using a visible and continuous/modulated red light laser is an invaluable test option that checks the continuity of patch cords, launch fibers, and short fiber trunks. Breaks and bends in the fiber can easily be identified through visual inspection, as the visible light exits the fiber at the fault events. And since this feature uses a separate port from OTDR/OPM, another fiber is searchable while the OTDR/OPM is in use, which improves work efficiency. A flashing light emission is also available.

*Available on AQ4780, AQ2780V, or AQ2781V

Power Checker (OTDR unit option)

Power Checker is an optical power meter integrated via the OTDR port and is used to check optical power before making an OTDR measurement. As it uses the same port as the OTDR, there is no need to switch ports.

*/PC option is required

Only port 1 supports this feature, however AQ7282M, AQ7286A, AQ7286H, and AQ7286J are not supported

Optical Power Meter (OPM module)

Fiber inspection probe

Fiber surface image display (standard feature)

Scratches and dirt on a fiber connector's surface can cause communication network failures, optical fiber deterioration, and can significantly affect OTDR measurement results. A video fiber inspection probe* enables visualization of a fiber connector's surface for inspection of defects.

Fiber surface test function (option)

This feature automatically analyzes scratches and dirt on the fiber's surface and makes a PASS/FAIL judgment based on either IEC 61300-3-35-compatible criteria or other decision criteria dictated by the user. The surface image and judgment results are savable and available as PDF reports.

*/FST option and a recommended optical fiber inspection probe are required

*This feature is not available for multi-tasking

A modular optical power meter that attaches to the main frame, the OPM module supports a wide range of applications such as wavelength setting in 1 nm increments, modulation signal measurement, and multi-fiber measurement. It is usable with the stabilized light source (OTDR unit) for loss measurement and can also measure video services such as CATV and long distance transmission lines where an optical amplifier is used to boost the optical signal power.

*Available on AQ2780, AQ2781, AQ2780V, or AQ2781V

Multi-tasking

Functions other than OTDR can be used at the same time by activating them from the OTDR measurement screen. This unique multi-tasking feature reduces measurement idle time during and revolutionizes the test process by enabling simultaneous parallel testing instead of serial testing. Stabilized light source, visible light source, power checker, optical power meter, fiber surface image display, and optical switch box are available for multi-tasking.

*The OTDR, the stabilized light source and power checker functions cannot be used simultaneously. Fiber surface image display and optical switch box functions cannot be used simultaneously.

Optical power meter

Stabilized Light source

Visible light source

Optical switch box

AQ3550 Optical Switch Box

The AQ3550 12-ch optical switch box for SMF works in conjunction with an OTDR. Control and power supply are performed from the OTDR main frame, while the optical switch box enables continuous measurement of all or a selection of the 12 channels. It is useful when measuring multiple fibers, such as optical fiber tape, under the same conditions.

*AQ3550 is not available with AQ7282M

AQ7933 Emulation software

The AQ7933 emulation software displays and analyzes trace data measured on an OTDR and creates and outputs analysis reports via PC. Users can upload up to 1000 traces and the SOR software function sets events or markers on all loaded traces collectively.

*The AQ7933 can be downloaded from the YMI website. We offer a trial version of the software, in which all the functions are available for free for a trial period.

AQ7940 Optical fiber monitoring software

The AQ7940 optical fiber monitoring software enables monitoring and detection of momentary interruptions on optical fiber networks. It detects interruptions of 200 ms or longer and automatically saves trace data before and after the detection. This PC application software allows users to search for the location of an interruption, something that previously was tedious and difficult to do.

*Use USB or Ethernet to connect a PC and the AQ7280. To use Ethernet, /LAN option of the OTDR main frame is required

Design

Specifications

AQ7280 OTDR Mainframe

*1 The LCD may contain some pixels that are always ON or OFF (0.002% or fewer of all displayed pixels including RGB), but this is not indicative of a general malfunction.

*2 USB Type-A is for external memory, external printer, fiber inspection probe and optical switch box. USB Type-B (Mini-B) is for remote control and internal storage access with a PC.

General specifications

*3 Typical *4 Power save mode, without an option module *5 AQ7280 OTDR mainframe together with an OTDR unit and an OPM/VLS module.

*6 1310 nm of AQ7284A, AQ7285A, AQ7284H, AQ7283K and AQ7286J OTDR units *7 850 nm of AQ7282M OTDR unit and the Visible Light Sources *8 Class 1*9 Class 1M

*10 Class 3R

*11 Class 3R

*12 21CFR1040.10

*3

OTDR units

Note. All specifications are valid at 23°C±2°C, unless otherwise specified.

*13 Pulse width: 3 ns, Return loss: ≥55 dB, Group refractive index: 1.5, at 1.5 dB

below the unsaturated peak level, Typical

*14 Pulse width: 10 ns, Return loss: ≥55 dB, Group refractive index: 1.5, at a point

where the backscatter level is within ±0.5 dB of the normal level, Typical

*15 Pulse width: 20000 ns, Measurement time: 3 minutes, SNR=1, Typical,

Decrease by 0.5 dB with an angled-PC connector, Decrease by 0.5 dB with

/SLS option for AQ7284A, AQ7285A and AQ7284H.

*16 Pulse width: 1000 ns, Measurement time: 1 minute, high SNR (HSN) mode,

SNR=1, Typical, Decrease by 0.5 dB with an angled-PC connector

*17 For a loss 1 dB or less, the accuracy is ±0.05 dB

*18 Pulse width: 100 ns, Measurement time: 30 seconds,

Distance range: 10 km,

Sampling resolution: 1 m, Section distance: 3.2 km, 1 dB down from upper clip level, 13 dB up from SNR = 1, not applicable to 1383 nm,

Stability: 2 sigma

(repeatability only)

*19 At 20 dB below the spectral peak of pulsed optical output, at 23˚C, after warm-up of 30 minutes

*20 At 60 dB below the spectral peak of pulsed optical output, at 23˚C, after warm-up of 30 minutes *21 1300 nm only

*22 Return loss condition changes to ≥40 dB.

*23 Pulse width: 500 ns (850 nm)/1000 ns (1300 nm), Measurement time: 3 minutes, SNR=1, GI

(50/125), Typical

*24 CW, Safe maximum input power: 0 dBm (1 mW)

*25 CW, 1310 nm, −10 dBm, SM (ITU-T G.652)

*26 Constant temperature, 5 minutes after warm-up of 5 minutes

*27 Not applicable to port 2

*28 At 20 dB below the spectral peak of pulsed optical output, at 23˚C, after warm-up of 30 minutes *29 At 60 dB below the spectral peak of pulsed optical output, at 23˚C, after warm-up of 30 minutes *30 IEC 60825-1: 2007, GB 7247.1-2012

*31 EN 60825-1: 2014

*32 EN 60825-1: 2014, IEC 60825-1: 2007, GB 7247.1-2012

Power Checker: Not applicable to AQ7286A, AQ7286H, AQ7286J, AQ7282M and the port 2 of AQ7283E and AQ7283F Stabilized Light Source: Not applicable to AQ7286A, AQ7286H and AQ7286J

For all OTDR units

OPM/VLS modules

*33 Not compatible with wavelength separation and simultaneous measurement

*34 1300 to 1600 nm

*35 1310 nm

*36 Input power: 100 µW (−10 dBm), CW, 1310 ±20 nm, Spectral width: ≤10 nm, SM (ITU-T G.652), FC/PC, Wavelength setting: Measured wavelength ±0.5 nm, excluding a secular

change of equipment (add 1% one year after calibration)

Accessories for AQ7280 OTDR mainframe

Soft Carring Case 739860

Battery Pack 739883

Shoulder Belt B8070CY

Optical Switch Box AQ3550

Accessories for OTDR units

Universal Adapter

SU2005A-SCC

SU2005A-FCC

SU2005A-LCC

Accessories for OPM modules

Universal Adapter

735480-SCC

735480-FCC

735481-LMC (1.25 dia.)

735481-SFC (2.5 dia.)

Dimensions