Nettest 8800 OTDR- OTDR-OTDRs- OTDR's- Nettest OTDR- Nettest OTDRs
ATS carries the a complete line of OTDR, OTDRs, OTDR's, from Nettest including their entire line of OTDR, Nettest OTDRs test equipment.Nettest manufactures other test equipment including Gigabit Ethernet Testers, DWDM Test Equipment, Fiber Optic Test Equipment, VOIP Test Equipment, Sonet, Multi-layer Test, Channel Test and other telecommunications Test Equipment.
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CMA 8800 Optical Time Domain Reflectometer
With its modular design, the CMA 8800 OTDR meets the most demanding test requirements for a variety of applications from fault location to testing high fiber count networks. It includes all of the features of the CMA 4000i Optical Test System plus a GPIB Interface, Optical Switch option and Built-In Printer option. In addition, it can be configured with a power meter, light source and Visual Fault Locator to handle any optical testing requirements.
Benefits
The all-in-one system for characterizing optical networks:
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Highlights
The CMA 8800 offers all the features of a mainframe OTDR in a rugged, economical, field-portable unit. When the CMA 8800 OTDR is configured with one of our many single-, dual-, tri- or quad-wavelength OTDR modules, it becomes the world's fastest OTDR for testing multimode or single-mode fiber. With a test range from 21 dB to 50 dB, you can test longer lengths with less averaging time. Along with dead zones as short as three meters, you can be sure you're getting complete and accurate data for your entire length of fiber.
- Commissioning
- Fault location / restoration
- Maintenance
- End to End optical loss budget testing
- System documentation
The CMA 8800 offers all the features of a mainframe OTDR in a rugged, economical, field-portable unit. When the CMA 8800 OTDR is configured with one of our many single-, dual-, tri- or quad-wavelength OTDR modules, it becomes the world's fastest OTDR for testing multimode or single-mode fiber. With a test range from 21 dB to 50 dB, you can test longer lengths with less averaging time. Along with dead zones as short as three meters, you can be sure you're getting complete and accurate data for your entire length of fiber.
The optional Optical Switch, when used in conjunction with the S 918A bare ribbon fiber adapter, becomes the most efficient method for testing bare ribbon fibers. The built-in printer option allows the user to print the test results right in the field, saving valuable time. In addition, the GPIB Interface lets you conduct tests remotely, using a computer to control the CMA 8800 OTDR.
Time saving, intelligent software minimizes the necessary steps needed to perform frequent functions. Its multi-tasking ability allows the CMA 8800 OTDR to test, analyze and display data faster than any other OTDR available. Based on hundreds of hours of field operation observations, NetTest engineers created workflow and logic scripts for the most complicated day-to-day OTDR tasks. The result is a simplified, easy-to-use operational interface, which decreases field test time, technician training and the chance of operator-induced errors. .
Dedicated testing modes designed specifically for the task at hand.
Combining the CMA 8800 OTDR Construct mode with the reporting capability in NetTest's industry-leading NetWorks Emulation software provides the fastest, most efficient solution on the market for installation, commissioning and reporting of high fiber count cables where bi-directional testing is required.
Test modes for your specific application
From the Power-On state, the user may select from several different modes of operation, each designed to expedite specific operations such as fault locating, repetitive high count fiber testing customized maintenance testing, power level testing, visual fault testing, and storage maintenance.
Fault Locate mode provides the fastest and easiest solution on the market for determining the fiber length or fault location. Fully automated, one-button operation makes it the ideal mode for the novice user. Results are compiled and displayed in as little as seven seconds and include:
Table format with distance to fault
- Combined trace and table format
- Event table analysis
From the Power-On state, the user may select from several different modes of operation, each designed to expedite specific operations such as fault locating, repetitive high count fiber testing customized maintenance testing, power level testing, visual fault testing, and storage maintenance.
Fault Locate mode provides the fastest and easiest solution on the market for determining the fiber length or fault location. Fully automated, one-button operation makes it the ideal mode for the novice user. Results are compiled and displayed in as little as seven seconds and include:
- Table format with distance to fault
- Combined trace and table format
- Event table analysis
Construct Mode simply eliminates time consuming setups common to repetitive practices of testing, storing, analyzing and documenting high fiber count cables. From the setup screen, the operator can quickly select one or all wavelengths to test, the file naming structure and specific fiber count for a given cable. Once setup, the OTDR acts as a "task master," to automatically:
- Select the wavelengths
- Test the fiber at all selected wavelengths
- Analyze the trace data
- Store the trace and analysis data to either floppy or hard drive
- Alert the technician to move to the next fiber to be tested and increment the filename to the next sequential number
- Continue this process until all fibers have been tested
Expert OTDR allows the user to perform traditional OTDR functions with dedicated hard keys tied to frequently used OTDR parameters such as pulse width, range/resolution and wavelength. This mode provides on-the-fly parameter changes for increased speed and determination of fine-tuned settings. Key features of Expert mode include:
- Realtime Testing
- Splice Optimization
- Loss Mode Setup
- Dual Wavelength Testing
- Trace Compare Mode
- Trace Shift Capability
- Trace Analysis
- Event Table Editing
Designed with ease of use in mind, all Instrument Setup Parameters are available from a single Quick Setup Screen accessible through a dedicated hardkey. From here, any or all automatic setups may be set and run in succession, once the test button has been pressed. Some of the Automatic Setups include:
- AUTOMODE: Selects optimum Pulse Width, Distance Range, Distance Resolution and Number of Averages for the fiber lengths attached prior to testing each fiber.
- AUTO ANALYSIS: Initiates a fiber trace analysis immediately upon completion of the data acquisition process.
- AUTO SAVE: Automatically saves the trace data and Analysis information to the storage medium of choice.
- AUTOPRINT: Automatically prints the trace data and Analysis information to the Printer of choice.
SPECIAL MODES - Sometimes specific applications may require specialized testing or functions.
Dual Pulsewidth - Allows full dynamic range testing with initial connector deadzones of less than 50 meters.
Multiple Wavelength - Suited for high fiber count bare fiber testing applications such as reel testing.
PON Mode - Optimized for optical networks utilizing optical splitter technology.
Test Suite Mode - In conjunction with the optical switch option, the Test Suite Mode allows successive testing of up to 12 fibers without user intervention.
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Click on any of the below OTDR links for addditional information
CMA 4500 Optical Time Domain Reflectometer-
Combining the technology of the industry leading CMA 4000 OTDR with the CMA 5000 Multi-Layer Test Platform makes the CMA 4500 the Next Generation in OTDR Testing
Nettest CMS 5000 OTDR-
Based upon NetTest’s leading OTDR technology and its advanced CMA 5000 Multi-Layer Test Platform, the CMA 4500 takes fiber installation, maintenance and documentation of the network to the next level. Designed to provide exceptional performance at a price that fits most budgets, it’s the ideal tool for Metro, CWDM, ultra-long haul and PON based, fiber-to-the-premise (FTTP) deployments.
Nettest CMA 8800
With its modular design, the CMA 8800 OTDR meets the most demanding test requirements for a variety of applications from fault location to testing high fiber count networks. It includes all of the features of the CMA 4000i Optical Test System plus a GPIB Interface, Optical Switch option and Built-In Printer option. In addition, it can be configured with a power meter, light source and Visual Fault Locator to handle any optical testing requirements.
OMETS OTDRs are available in several wavelength and dynamic range combinations to handle virtually any application - single-mode or multimode, “dark” or “active” fibers. All of the OMETS are designed for easy hardware integration with any standard PC featuring a PCI/PCI-x bus or rack-mounted PC chassis featuring a cPCI bus and feature a software developer's kit (SDK) to initialize and operate the modules. Simply create your own user interface, using the included demo utility
as a guide, to provide state of the art OTDR performance with your personalized GUI
Dedicated testing modes designed specifically for the task at hand.
Working in Fault Locate Mode, the CMA 5000 is ideal for reel testing or continuity verification. It allows you to quickly and easily identify faults, all at the touch of a single button. A built-in connection check verifies proper fiber connection and thus, completes fiber characterization in a matter of seconds.
Designed for fiber installation and commissioning, the CMA5000Construction Mode automates frequently performed tasks, eliminating common user errors such as incorrectly named or missing traces. It allows users to test, analyze and save multiple wavelength traces with the touch of a single button.
The CMA 5000 Standard OTDR features the ability to manually set all, some or none of the testing parameters, providing unsurpassed parameter optimization. Key parameters such as wavelength, pulse width, range/resolution and averaging mode can easily be set via the CMA 5000's touch screen or dedicated hard key interfaces. The Standard OTDR’s ability to overlay up to eight traces simultaneously, four display options and user selectable loss modes ensure that a user has all the tools needed to test their network.
The CMA 5000 Gigabit Ethernet application also facilitates the fast, efficient link certification of 10, 100 or 1000 Mbps Ethernet service.
A Ping application quickly and easily verifies connectivity and configuration. A Traffic Generation application provides end-to-end testing by having one CMA 5000 generate Ethernet traffic, up to full line rate, while a receiving network station or CMA 5000 monitors the traffic at the far end of the link under test. The Monitor with Traffic Generation application can be used to both generate and receive Ethernet traffic, thus all traffic sent and received can be simultaneously viewed on one display. The CMA 5000's Gigabit Ethernet application is in compliance with the data communications industry's RFC 2544 Benchmarking Methodology for Network Interconnect Devices by performing Throughput, Frame Loss, latency and Back-to-Back Frame Tests (Burstabiltiy).
VOIP Tester- and emerging services across GSM, GPRS/EDGE, UMTS, CDMA, SS7 and IP networks.
The InterQuest Analyzer is NetTest's advanced network and service performance analyzer for mobile operators and vendors enabling them to quickly provision, troubleshoot and optimize existing and emerging services across GSM, GPRS/EDGE, UMTS, CDMA, SS7 and IP networks.
InterQuest Analyzer is designed to make technology simple through a powerful top-down test methodology that allows you to enhance test and workflow procedures with a customer-centric view globally in the organization. This facilitates troubleshooting and optimization of even the most complex networks, makes more efficient use of network experts, and increases the overall productivity within the organization.
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Nettest Test Equipment
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