Anritsu MT9090A MU909014B1 MU909014A SM Fiber OTDR
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Warranty: 1 YEAR WARRANTY
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Anritsu MT9090A SM fiber OTDR Tester
Field Optical Testing Redefined!
MT9090A with MU909014/15 Overview
There are many handheld OTDRs on the market that appear to be a good value until they are put into action and the user quickly finds out that they lack the performance needed to install and maintain today’s networks.
The new MU909014/15 µOTDR Module series for the MT9090A Network Master™ platform from Anritsu finally addresses this need by providing all of the features and performance required for installation and maintenance of optical fibers in a compact, modular test set. The MT9090A represents an unmatched level of value and ease of use, while not compromising performance. Data sampling of 2 centimeters, dead zones of 0.8-meter and dynamic range up to 38 dB ensure accurate and complete fiber evaluation of any network type – premise to access, metro to core…including PON-based FTTx networks featuring up to a 1 × 64 split. The MT9090A with MU909014/15 module represents a new era in optical fiber testing!
Key Features
Introducing the first handheld OTDR that does not compromise performance – the new µOTDR from Anritsu. With performance that rivals traditional OTDRs that are four times the size and more than double the price, the Network Master MT9090A µOTDR has created a new class of test instruments. It features 2 cm resolution for accurate mapping of events, dead zones of 0.8-meter (2.6-feet) and a dynamic range of up to 38 dB – enough to test over 150 km (90+ miles). The MT9090A µOTDR also takes portability to a new level by being the first handheld OTDR that truly fits in the palm of your hand.
Complete Testing Tool - Premise to Core
With a dynamic range of up to 38 dB, the µOTDR evolves far beyond the premise/access applications that other handheld OTDRs service. Metro links can be tested with lower pulsewidths which provides greater detail and better resolution while long haul fibers up to 175 km (108 miles) can also be completely evaluated.
FTTx and PON Ready
With splitter-based fiber-to-the-x (FTTx) deployments becoming more popular, the need for test equipment to thoroughly test and maintain them has risen. The µOTDR series features the ability to test up to a 1 × 64 split completely from end-to-end and with high resolution.
0.8-m Dead Zone for Short Fiber Analysis
With 0.8-meter dead zones, the MT9090A is perfect for evaluating central office, FTTx and intra building cables.
Fast Real Time Sweeping
The MT9090A µOTDR features real-time updates as quickly as 0.25 seconds. This is useful for connector and splice optimizations as well as verifications of parameter selection.
Portable
The MT9090A µOTDR takes portability to a whole new level. With dimensions of just 19 cm × 9.6 cm × 4.8 cm (7.5” × 3.8” × 1.9”) and a weight of only 700 g (1.54 lbs.), the µOTDR is the smallest and lightest OTDR on the market. With its lightweight design and user friendly dimensions, the MT9090A is perfect for the outside plant environment and can easily be managed with one hand. The standard soft case with shoulder strap further increases portability when traveling from the truck to the testing site.
Modular Design
The MT9090A features a modular design allowing modules to be easily changed in the field. Users can interchange different OTDR modules or perform other optical network testing such as optical channel analysis with the available CWDM channel analyzer module or 10/100/1000 MB Ethernet testing on optical or electrical links. Operation is quite similar between modules so the user is immediately familiar with operation.
3.3-inch Wide Screen Display for Easy Viewing
The high resolution, full color, 4.3-inch wide screen display is the perfect format for viewing OTDR results. It also provides excellent readability both indoors and outdoors.
Integrated Launch Fiber
To further simplify testing, the MU909014/15 series is the only handheld OTDR that features an integrated launch cable. A ten meter (30 feet) fiber is built-in so initial fiber connections can be verified without the need for additional patchcords or launch fibers.
Reliable. Capable.
When buying products, you tend to choose ones that are innovative and from established companies. When you need to install and maintain optical networks, this should also apply. With over 50 years of combined OTDR design, Anritsu, which now includes NetTest, delivers the features that matter. Having been in the test and measurement business for a long time, we understand the importance of performance, portability, reliability, easy operation and of course price.
Event Table with User Defined Thresholds
PASS/FAIL thresholds for key acceptance criteria such as splice loss, reflectance and total span loss can be set in the MT9090A allowing technicians to easily assess a fiber’s condition. Failing values are clearly highlighted in the event table alerting technicians of potential problems.
Unique Battery Operation
Since AC power is not always available where you need it, especially at fiber pedestals, the MT9090A typically provides 8 hours of testing on a single charge. This coupled with an optional car cigarette lighter cord guarantees the MT9090A is ready when you are. µOTDR supports widely available NiMH and Alkaline batteries for truly unique battery operation.
Quick Startup
The MT9090A is ready for measurement in under 15 seconds so productive work can start immediately.
Video Inspection Probe Support
When equipped with the optional connector video inspection probe (G0306A), the µOTDR becomes a powerful tool for evaluating connector cleanliness and quality. The G0306A can reduce issues by verifying the condition and cleanliness of connector end faces during the installation phase. The G0306A has added a Pass/Fail analysis function to the conventional VIP.
This new function inspects the state of the connector end using video. It can automatically inspect the end of the optical connector for defects and scratches (The automatic pass/fail determination is made in accordance with the IEC61300-3-35 standard.) You can also create a PDF report on the μOTDR series.
Screen Capture Function
Screen shots are sometimes useful for adding to reports so the MT9090A features the ability to save screen shots as Bitmap images.
Functions for FTTx
One µOTDR module supports FTTx installation and maintenance (PON Power Meter, Loss Test Set, Light Source) in addition to µOTDR functions.
Installation and Maintenance Simplified
Since the MT9090A is designed for technicians of any level, its hardware and user interface are optimized for simplicity. A customizable testing sequence and “Full Auto” mode automates testing and guides novice users. Specialized maintenance wavelengths are also available to eliminate equipment damage and transmission interruptions.
Installation Simplified
The MU909014/15 µOTDR Module series provides easy and accurate verification of fiber installations at 1310 nm, 1490 nm and 1550 nm to ensure your network is ready for any transmission type. The user simply connects the fiber, selects “Full Auto” and presses “Start” - all settings are automatically selected to ensure accurate and constant results for any skill level. Upon completion, all key fiber characteristics are displayed within seconds. Experienced users can also “fine tune” all testing parameters and make manual measurements.
Maintenance Simplified
Being able to test active fibers is a key requirement for network maintenance since multiple users often share portions of the network and taking them all out of service is not an option. To address this need, special modules are available in the MT9090A µOTDR series. 1650 nm is recommended by the ITU-T L.41 for active maintenance since it features 100 nm of isolation from the nearest 1550 nm transmission wavelength. The 1650 nm OTDR also features an integrated filter to block transmissions from damaging the OTDR. 1625 nm is also available and can be used for in-service testing or as an “extra” test to verify installation for stresses such as macrobends.
Added Macro Bending analysis function:
The μOTDR series finds macro bending points by comparing data from two traces: one 1310 nm and the other 1550 nm.
Network Documentation Simplified
Simple Data Storage
With internal data storage plus support for external USB memory devices, the MT9090A is more than capable. Add to this auto file saving and naming for easy, error-free documenting of your network.
Common OTDR Data Format
The MT9090A supports the universal Telcordia SR-4731 format making it compatible with not only legacy Anritsu and NetTest products, but with many other vendors data.
Free and Simple Software Upgrades
Firmware upgrades are easily performed via USB and available from the Anritsu website for registered users or through Anritsu customer support.
All-in-one FTTx Installation and Maintenance Functions
There are three types of µOTDR module: single wavelength (1625 nm or 1650 nm) for the FTTx maintenance market including Metro networks, dual wavelength (1310 nm/1550 nm) for the installation market, and triple wavelength for both these markets. These all-in-one µOTDR modules support every function required at fiber installation and maintenance, as well as OTDR functions. The PON Power Meter and Power Meter are ideal for loss measurements required for quality measurements and basic fault tests.
PON Power Meter (1490 nm/1550 nm)
Generally, PON communications use three wavelengths: 1310 nm, 1490 nm, and 1550 nm. Data (1490 nm) and video (1550 nm) signals are sent to subscribers through one optical fiber but a generalpurpose optical power meter cannot separate the two wavelengths, making it difficult to locate faults using optical level measurements. The PON Power Meter can identify and measure the two 1490 nm and 1550 nm signals to support PASS/FAIL evaluations based on a set threshold and reference value. Additionally, power measurements and µOTDR tests are quick and easy without changing the optical fiber because the PON Power Meter port is shared with the µOTDR function.
Light Source/Power Meter
The µOTDR module can be used as a light source to identify an optical fiber and measure the loss by connecting an optical fiber identifier and optical power meter at the other end of the fiber. Since all wavelengths are shared by one µOTDR port, the fiber identification, loss, and µOTDR measurements can all be performed as a single task without changing the fiber connection. Both modulation (270 Hz, 1 kHz, 2 kHz) and CW signals are supported. The simple power meter function is ideal for checking optical levels to confirm a fault occurrence using total received power. Setting a threshold and reference value makes PASS/FAIL evaluation easy too. In addition, power measurements and µOTDR tests are quick and easy without changing the optical fiber, because the Power Meter port is shared with the µOTDR.
Loss Test Set
Combining the µOTDR module light source with the Power Meter supports use as a Loss Test Set. The loss at both 1310 nm and 1550 nm can be measured with one µOTDR by looping-back the optical fiber. And both modulation (270 Hz, 1 kHz, 2 kHz) and CW signals are supported. Just setting the threshold and reference value makes PASS/FAIL evaluation easy.
DCFL Function
The Drop Cable Fault Locate (DCFL) mode is a useful function to investigate faults occurring in a drop cable. It consists of the Power Meter function and OTDR function, so you are not required to switch measuring instruments or applications.
Specifications:
MU909014B1 Specifications:
MU909014A Specifications:
For full Anritsu MT9090A MU909014B1 MU909014A product specifications, please click here: Anritsu MT9090A MU909014B1 MU909014A
Field Optical Testing Redefined!
MT9090A with MU909014/15 Overview
There are many handheld OTDRs on the market that appear to be a good value until they are put into action and the user quickly finds out that they lack the performance needed to install and maintain today’s networks.
The new MU909014/15 µOTDR Module series for the MT9090A Network Master™ platform from Anritsu finally addresses this need by providing all of the features and performance required for installation and maintenance of optical fibers in a compact, modular test set. The MT9090A represents an unmatched level of value and ease of use, while not compromising performance. Data sampling of 2 centimeters, dead zones of 0.8-meter and dynamic range up to 38 dB ensure accurate and complete fiber evaluation of any network type – premise to access, metro to core…including PON-based FTTx networks featuring up to a 1 × 64 split. The MT9090A with MU909014/15 module represents a new era in optical fiber testing!
Key Features
- Tri-wavelength OTDR for both installation and maintenance (1310 nm/1550 nm plus filtered 1650 nm or 1625 nm)
- Built-in PON Power Meter, Loss Test Set and Light Source functions
- High-end OTDR performance in a pocket-size package with unique battery operation
- “Fiber Visualizer” mode simplifies operation, no OTDR knowledge needed
- Complete PON testing through splitters up to 1 × 64
Introducing the first handheld OTDR that does not compromise performance – the new µOTDR from Anritsu. With performance that rivals traditional OTDRs that are four times the size and more than double the price, the Network Master MT9090A µOTDR has created a new class of test instruments. It features 2 cm resolution for accurate mapping of events, dead zones of 0.8-meter (2.6-feet) and a dynamic range of up to 38 dB – enough to test over 150 km (90+ miles). The MT9090A µOTDR also takes portability to a new level by being the first handheld OTDR that truly fits in the palm of your hand.
Complete Testing Tool - Premise to Core
With a dynamic range of up to 38 dB, the µOTDR evolves far beyond the premise/access applications that other handheld OTDRs service. Metro links can be tested with lower pulsewidths which provides greater detail and better resolution while long haul fibers up to 175 km (108 miles) can also be completely evaluated.
FTTx and PON Ready
With splitter-based fiber-to-the-x (FTTx) deployments becoming more popular, the need for test equipment to thoroughly test and maintain them has risen. The µOTDR series features the ability to test up to a 1 × 64 split completely from end-to-end and with high resolution.
0.8-m Dead Zone for Short Fiber Analysis
With 0.8-meter dead zones, the MT9090A is perfect for evaluating central office, FTTx and intra building cables.
Fast Real Time Sweeping
The MT9090A µOTDR features real-time updates as quickly as 0.25 seconds. This is useful for connector and splice optimizations as well as verifications of parameter selection.
Portable
The MT9090A µOTDR takes portability to a whole new level. With dimensions of just 19 cm × 9.6 cm × 4.8 cm (7.5” × 3.8” × 1.9”) and a weight of only 700 g (1.54 lbs.), the µOTDR is the smallest and lightest OTDR on the market. With its lightweight design and user friendly dimensions, the MT9090A is perfect for the outside plant environment and can easily be managed with one hand. The standard soft case with shoulder strap further increases portability when traveling from the truck to the testing site.
Modular Design
The MT9090A features a modular design allowing modules to be easily changed in the field. Users can interchange different OTDR modules or perform other optical network testing such as optical channel analysis with the available CWDM channel analyzer module or 10/100/1000 MB Ethernet testing on optical or electrical links. Operation is quite similar between modules so the user is immediately familiar with operation.
3.3-inch Wide Screen Display for Easy Viewing
The high resolution, full color, 4.3-inch wide screen display is the perfect format for viewing OTDR results. It also provides excellent readability both indoors and outdoors.
Integrated Launch Fiber
To further simplify testing, the MU909014/15 series is the only handheld OTDR that features an integrated launch cable. A ten meter (30 feet) fiber is built-in so initial fiber connections can be verified without the need for additional patchcords or launch fibers.
Reliable. Capable.
When buying products, you tend to choose ones that are innovative and from established companies. When you need to install and maintain optical networks, this should also apply. With over 50 years of combined OTDR design, Anritsu, which now includes NetTest, delivers the features that matter. Having been in the test and measurement business for a long time, we understand the importance of performance, portability, reliability, easy operation and of course price.
Event Table with User Defined Thresholds
PASS/FAIL thresholds for key acceptance criteria such as splice loss, reflectance and total span loss can be set in the MT9090A allowing technicians to easily assess a fiber’s condition. Failing values are clearly highlighted in the event table alerting technicians of potential problems.
Unique Battery Operation
Since AC power is not always available where you need it, especially at fiber pedestals, the MT9090A typically provides 8 hours of testing on a single charge. This coupled with an optional car cigarette lighter cord guarantees the MT9090A is ready when you are. µOTDR supports widely available NiMH and Alkaline batteries for truly unique battery operation.
Quick Startup
The MT9090A is ready for measurement in under 15 seconds so productive work can start immediately.
Video Inspection Probe Support
When equipped with the optional connector video inspection probe (G0306A), the µOTDR becomes a powerful tool for evaluating connector cleanliness and quality. The G0306A can reduce issues by verifying the condition and cleanliness of connector end faces during the installation phase. The G0306A has added a Pass/Fail analysis function to the conventional VIP.
This new function inspects the state of the connector end using video. It can automatically inspect the end of the optical connector for defects and scratches (The automatic pass/fail determination is made in accordance with the IEC61300-3-35 standard.) You can also create a PDF report on the μOTDR series.
Screen Capture Function
Screen shots are sometimes useful for adding to reports so the MT9090A features the ability to save screen shots as Bitmap images.
Functions for FTTx
One µOTDR module supports FTTx installation and maintenance (PON Power Meter, Loss Test Set, Light Source) in addition to µOTDR functions.
Installation and Maintenance Simplified
Since the MT9090A is designed for technicians of any level, its hardware and user interface are optimized for simplicity. A customizable testing sequence and “Full Auto” mode automates testing and guides novice users. Specialized maintenance wavelengths are also available to eliminate equipment damage and transmission interruptions.
Installation Simplified
The MU909014/15 µOTDR Module series provides easy and accurate verification of fiber installations at 1310 nm, 1490 nm and 1550 nm to ensure your network is ready for any transmission type. The user simply connects the fiber, selects “Full Auto” and presses “Start” - all settings are automatically selected to ensure accurate and constant results for any skill level. Upon completion, all key fiber characteristics are displayed within seconds. Experienced users can also “fine tune” all testing parameters and make manual measurements.
Maintenance Simplified
Being able to test active fibers is a key requirement for network maintenance since multiple users often share portions of the network and taking them all out of service is not an option. To address this need, special modules are available in the MT9090A µOTDR series. 1650 nm is recommended by the ITU-T L.41 for active maintenance since it features 100 nm of isolation from the nearest 1550 nm transmission wavelength. The 1650 nm OTDR also features an integrated filter to block transmissions from damaging the OTDR. 1625 nm is also available and can be used for in-service testing or as an “extra” test to verify installation for stresses such as macrobends.
Added Macro Bending analysis function:
The μOTDR series finds macro bending points by comparing data from two traces: one 1310 nm and the other 1550 nm.
Network Documentation Simplified
Simple Data Storage
With internal data storage plus support for external USB memory devices, the MT9090A is more than capable. Add to this auto file saving and naming for easy, error-free documenting of your network.
Common OTDR Data Format
The MT9090A supports the universal Telcordia SR-4731 format making it compatible with not only legacy Anritsu and NetTest products, but with many other vendors data.
Free and Simple Software Upgrades
Firmware upgrades are easily performed via USB and available from the Anritsu website for registered users or through Anritsu customer support.
All-in-one FTTx Installation and Maintenance Functions
There are three types of µOTDR module: single wavelength (1625 nm or 1650 nm) for the FTTx maintenance market including Metro networks, dual wavelength (1310 nm/1550 nm) for the installation market, and triple wavelength for both these markets. These all-in-one µOTDR modules support every function required at fiber installation and maintenance, as well as OTDR functions. The PON Power Meter and Power Meter are ideal for loss measurements required for quality measurements and basic fault tests.
PON Power Meter (1490 nm/1550 nm)
Generally, PON communications use three wavelengths: 1310 nm, 1490 nm, and 1550 nm. Data (1490 nm) and video (1550 nm) signals are sent to subscribers through one optical fiber but a generalpurpose optical power meter cannot separate the two wavelengths, making it difficult to locate faults using optical level measurements. The PON Power Meter can identify and measure the two 1490 nm and 1550 nm signals to support PASS/FAIL evaluations based on a set threshold and reference value. Additionally, power measurements and µOTDR tests are quick and easy without changing the optical fiber because the PON Power Meter port is shared with the µOTDR function.
Light Source/Power Meter
The µOTDR module can be used as a light source to identify an optical fiber and measure the loss by connecting an optical fiber identifier and optical power meter at the other end of the fiber. Since all wavelengths are shared by one µOTDR port, the fiber identification, loss, and µOTDR measurements can all be performed as a single task without changing the fiber connection. Both modulation (270 Hz, 1 kHz, 2 kHz) and CW signals are supported. The simple power meter function is ideal for checking optical levels to confirm a fault occurrence using total received power. Setting a threshold and reference value makes PASS/FAIL evaluation easy too. In addition, power measurements and µOTDR tests are quick and easy without changing the optical fiber, because the Power Meter port is shared with the µOTDR.
Loss Test Set
Combining the µOTDR module light source with the Power Meter supports use as a Loss Test Set. The loss at both 1310 nm and 1550 nm can be measured with one µOTDR by looping-back the optical fiber. And both modulation (270 Hz, 1 kHz, 2 kHz) and CW signals are supported. Just setting the threshold and reference value makes PASS/FAIL evaluation easy.
DCFL Function
The Drop Cable Fault Locate (DCFL) mode is a useful function to investigate faults occurring in a drop cable. It consists of the Power Meter function and OTDR function, so you are not required to switch measuring instruments or applications.
Specifications:
| MT9090A Mainframe | |
| Dimensions and Mass | 190 (W) × 96 (H) × 48 (D) mm (7.5” × 3.8” × 1.9”) (including Mainframe and Module) <700 g (1.54 lbs.) (including Mainframe, Module and Standard battery) |
| Display | 4.3-inch TFT Color LCD (480 × 272 pixels, Transmissive) |
| Interface | USB 1.1, Type A × 1 (memory), Type B × 1 (USB mass storage) |
| Center Wavelength | 1310/1550 ±20 nm |
| Dynamic Range | 37 dB/36 dB |
| Dead Zone (IOR = 1.500000) | Fresnel: ≤1 m Backscatter: ≤5 m |
| Number of Sampling Points | <125,001 pts (Course: <6,251 pts, Medium: <25,001 pts, Fine: <125,001 pts) |
| Sampling Resolution | 5 cm (min.) |
| Testing Modes | OTDR (Full automatic, Manual, Real time), Power Meter, [Visible Fault Locator (Option)], [Video Inspection Prove (Option)] |
| Environment | Operating temperature and humidity: –5° to +40°C, <80% (no condensation) Storage temperature and humidity: –20° to +60°C, <80% (no condensation) Vibration: MIL-T-28800E Class 3, Dust and Drip proof: IP51 |
| Laser Safety | IEC Pub 60825-1: 2007 Class 1, IEC Pub 60825-1: 2007 Class 1M, IEC Pub 60825-1: 2007 Class 3R (VLD Option), 21CFR1040.10 |
MU909014A Specifications:
| Center Wavelength | 1650 ±15 nm |
| Dynamic Range | 32.5 dB |
| Dead Zone (IOR = 1.500000) | Fresnel: ≤1 m Backscatter: ≤5 m |
| Number of Sampling Points | <125,001 pts (Course: <6,251 pts, Medium: <25,001 pts, Fine: <125,001 pts) |
| Sampling Resolution | 5 cm (min.) |
| Testing Modes | OTDR (Full automatic, Manual, Real time), Power Meter, [Visible Fault Locator (Option)], [Video Inspection Prove (Option)] |
| Environment | Operating temperature and humidity: –5° to +40°C, <80% (no condensation) Storage temperature and humidity: –20° to +60°C, <80% (no condensation) Vibration: MIL-T-28800E Class 3, Dust and Drip proof: IP51 |
| Laser Safety | IEC Pub 60825-1: 2007 Class 1, IEC Pub 60825-1: 2007 Class 1M, IEC Pub 60825-1: 2007 Class 3R (VLD Option), 21CFR1040.10 |
For full Anritsu MT9090A MU909014B1 MU909014A product specifications, please click here: Anritsu MT9090A MU909014B1 MU909014A
Anritsu MT9090A Mainframe w/
Anritsu MU909014A SM OTDR Module
&
Anritsu MU909014B1 SM Fiber OTDR Module w/ Power Meter
Dynamic Range:
1310 / 1550 nm : 32.5 / 31 dB
1650 nm : 32.5 dB
Power Meter:
- 1310nm
- 1490nm
- 1550nm
- 1625nm
- 1650nm
Includes Hard Carrying Case & Accessories As Listed
MU909014B1 MU909014A 056 054 MT 9090A MT-9090A
Anritsu MT9090A MU909014B1 MU909014A MT-9090A MU-909014B1 MU-909014A OTDR
BC# 32465 32468 32469
Anritsu MU909014A SM OTDR Module
&
Anritsu MU909014B1 SM Fiber OTDR Module w/ Power Meter
Dynamic Range:
1310 / 1550 nm : 32.5 / 31 dB
1650 nm : 32.5 dB
Power Meter:
- 1310nm
- 1490nm
- 1550nm
- 1625nm
- 1650nm
Includes Hard Carrying Case & Accessories As Listed
MU909014B1 MU909014A 056 054 MT 9090A MT-9090A
Anritsu MT9090A MU909014B1 MU909014A MT-9090A MU-909014B1 MU-909014A OTDR
BC# 32465 32468 32469
- Anritsu MT9090A Mainframe (BC# 32465)
- Anritsu MU909014B1-056 SM Fiber OTDR Module (BC# 32469)
- SM OTDR Source:
- 1310nm
- 1550nm
- Power Meter:
- 1310nm
- 1490nm
- 1550nm
- 1625nm
- 1650nm
- SM OTDR Source:
- Anritsu MU909014A-054 SM Fiber OTDR Module (BC# 32468)
- SM OTDR Source:
- 1650nm
- SM OTDR Source:
- MT9090A Product Brochure
- MT9090A Quick Guide
- (2) SM FC-FC Fiber Cables
- (4) Fiber Wipes
- AC Adapter/Charger
- USB PC interface Cable
- User Manual On Cd-ROM
- Wrist Strap For Unit
- Case For Unit w/ Strap
- Hard Carrying Case