Single ended dispersion analyzer ftb-5700 (EXFO Canada)

 
The main function is to test multiple links from one location & mdash& mdash; Reduce return to the site and reduce operating expenses (OPEX)
Measure polarization mode dispersion (PMD) and chromaticity dispersion (CD) for various networks in accordance with standards (including EIA / TIA fotp-243 for PMD and EIA / TIA fotp-175b for CD)
One measurement can provide accurate results
Fully automatic and highly intelligent interface is suitable for all dispersion tests & mdash& mdash; Capital expenditure reduction (capex)
The new market reality requires new CD and PMD measurement methods
The high-speed network market has begun to try to achieve two contradictory goals: providing users with the expected faster data rate (10g, 40g or even 100g), and reducing OPEX to maintain profitability
Due to the deployment of new optical fiber networks and some new technological advances (such as coherent detection, DPSK / DQPSK and ROADM based mesh networks), most network operators have made significant progress in achieving these goals
However, the resulting other field work & mdash& mdash; Installation and * * *, as well as the greater dispersion granularity now required, may result in higher and higher operating expenses
In addition, these new requirements also force operators to retain more on-site personnel, which may reduce the average technical level of technicians and increase the probability of repeated work

In short, network operators have to increase capex to equip more technicians
More importantly, they must even accept more return to the site and OPEX

The good news is that these technological advances are gradually enabling the next generation of high-speed networks to tolerate higher and higher dispersion, shifting the focus on test equipment from high accuracy to stronger built-in intelligence, simpler setup and automated test process, so as to produce accurate results immediately
The ftb-5700 of EXFO is specially designed for this purpose and adds a unique function that can change the face of the industry & mdash& mdash; Single ended test, this function can greatly reduce the return to the site
A single lightweight ftb-5700 device can: provide the unique single end test function in the market, let a technician conduct CD and PMD tests, and provide a fully automatic and highly intelligent interface & mdash& mdash; No training is required to reduce manual adjustments to * * * and provide accurate results, reducing the required connections to a speed that accelerates revenue
Single ended PMD and CD analyzers on the market
Ftb-5700 is based on the breakthrough single ended test technology, which can shorten the test time and reduce OPEX: a highly reliable technology, which is suitable for the identification of buried and overhead optical fiber networks: the equipment automatically adopts appropriate parameter settings, and the link length measurement conforms to ITU G
650
3 optical fiber test standard and fotp-243 and fotp-175b standards
Single ended test: rapidly reduce OPEX
In general, the time of * * * network identification by single ended test is 66% less than that by any traditional test method
The following table shows the impact of single ended testing on returning to the site in a typical mesh network

In addition to reducing OPEX, reducing the number of return to the site also means that new services can be provided faster, so as to realize revenue faster

Fully automatic with built-in intelligent function
The user interface of ftb-5700 can display the pass / fail results that are easy to read, and can display all key parameters and values on one screen, making the field test simple and efficient

Fast * data post-processing with fastreporter software
For any application, this optional fastreporter software package can provide you with post-processing tools and functions required to optimize the test cycle

Use connectormax software to ensure connector suitability
The connectormax analysis software of EXFO can quickly evaluate the pass / fail of the connector end face, which is designed to save time and money for field operation
It is the industry's platform based automatic detection application software, which can eliminate speculation and conduct clear and accurate connector end face analysis