EXFO MaxTester 945 Telco OLTS

Features

• Unmatched FasTesT™ performances: 100% automated bidirectional test at two wavelengths under 5 seconds
• 100% automated fiber inspection: one-step process with pass/fail analysis at both fiber ends when used with an inspection probe (available separately)
• On-board assistant and diagnosis to eliminate reference errors
• On-board professional PDF reporting
• Bright, 7-inch high resolution touchscreen display—the biggest in the industry
• Best-in-class singlemode distance range of 200 km
• EXFO Connect-ready for cloud-based data and test assets management
• WiFi and Bluetooth connectivity (optional)

Applications

• FTTx construction
• Telecommunications and outside plant network testing Data centers
• Enterprise structured cabling

Description

An automated, highly precise OLTS that does all the hard work for you in seconds. And leaves no room for errors.

Meet the MaxTester 945 – a revolutionary test set which delivers outstanding speed and optical performances and has an advanced suite of user-assistance features.

With its step-by-step reference wizard and intelligent fault diagnosis, the MAX-945 provides expert guidance throughout the test process to ensure immediate efficiency by first-time users while removing risk of errors or negative loss—a common source of issues when testing low loss fibers.

Key benefits:

• Test shorter links than ever before
• Test Again feature to re-test bad fibers in just 3 easy steps
• On-board, step-by-step animated reference assistant
• Clear pass/fail status with on-board diagnosis
• Fully automated fiber inspection
• One-cord Simplex reference method (patent-pending)
• Online reporting live from the field

Test shorter links than ever before thanks to highly accurate optics, this OLTS can test with extreme precision short links with very low loss.

EXFO’s patent-pending one-cord reference method greatly reduces test uncertainty for greater test accuracy which is a key factor when testing short fiber links such as drop fibers in FTTH networks.