MAX-5205 For DWDM Networks
The Simplest Solution For Complex Networks
Authorized EXFO Distributor
The MAX-5205 optical channel checker leverages an intuitive workflow and a handheld form factor with a wide touchscreen. This makes it an essential and a practical tool in the field for technicians troubleshooting or commissioning DWDM networks.
The MAX-5205 also offers data storage and reporting capacity from the field, avoiding delays in closing jobs and the loss of test results.
With the plug-and-play optical add-ons (inspection probe, power meter and visual fault locator), this test kit becomes a powerful, agile, and versatile solution for various network architectures.
EXFO MAX-5205 Features
- Easy to use: intuitive graphical user interface (GUI) and workflow
- Bar graph and table view on wide touchscreen display
- High storage capacity and reporting from the field
- Intelligent channel power level measurements
- Compact and portable form factor
- Covers C-BAND ITU-T G.692 DWDM grid channels (12-62) and PON wavelengths
MAX-5205 Complex Networks - Simple Solutions
As fiber is pushed further into the Remote-PHY and distributed access architecture (DAA) networks, operators are leveraging the full spectral possibilities thanks to dense wavelength division multiplexing (DWDM).The journey from radio frequency (RF) signals to digital optics featuring DWDM technology requires simple-to-use and intuitive solutions to avoid extensive training with accompanying lengthy learning curves as well as error-prone technical configurations. The MAX-5205 optical channel checker leverages an intuitive workflow and a handheld form factor with a large screen display. This makes it an essential tool in the field for technicians troubleshooting or commissioning DWDM networks. Data storage and reporting capacity from the field avoids delays in closing jobs, loss of results. With the plug-and-play optical add-ons (inspection probe, power meter and visual fault locator), this test kit becomes a powerful, agile and versatile solution for various network architecture
