Anritsu Network Master Pro (400G Tester)

Supported Interfaces:

• Ethernet: 10M/100M/1000M, 10G/25G/40G/100G, 400G
• OTN/SDH/SONET: 2.5G/10G/40G/100G
• Mobile back/fronthaul: eCPRI/RoE/CPRI/OBSAI
• Fibre Channel: 1GFC to 16GFC

Features:

• Intuitive operation using a large 9-inch color touch panel
• SEEK function supporting fast, automated, on-site installation and maintenance test procedures
• Remote-controlled, long-term continuity testing using VNC
• Wireless control over WLAN (Dependant on national and regional rules) 
• Optical fiber end-face condition inspection using dedicated Fiberscope
• Stable Linux OS based test environment
• User measurement module retrofitting

Efficient Network Commissioning, Installation, and Maintenance

• More efficient configuration and maintenance of data-center interconnects (DCI)
  • Introduces new issues at data-center configuration and maintenance as well as evaluation methods using MT1040A
• On-site test automation
  • Introduces automation function for shortening job times and cutting technician work burden
• More efficient remote and maintenance work   
  • Introduces remote-operation function for controlling multiple MT1040A units at different sites from one location via cloud
• Optical-fiber end-face analysis (VIP)
  • Introduces fiberscope for inspecting optical-fiber end-face condition to help assure communications quality

The MT1040A has a wide 9-inch touchscreen built-into the wide B5-size case. At on-site testing with no available AC supply, the battery secures 1 hour (average) of continuous, problem-free 400G interface measurements. The GUI is designed for efficient on-site network I&M evaluation work, and fast troubleshooting if a problem occurs. The intuitive user interface also helps shorten operator training times.

With multiple protocols, the all-in-one Network Master Pro supports various network types. The Network Master Pro is designed to meet your needs now and in the future. Supporting multiple interfaces that are just now getting started and will only continue to advance. The start of commercial 5G services marks the beginning of a new network paradigm. For example, new 5G services feature up to 100 times faster throughput than current LTE, offering more people, including smartphone users, simultaneous access to high-definition video content. Data and video comprise about 80% of today’s network traffic and these traffic levels are expected to increase in the future based on 400G Ethernet technology.