Viavi: Handheld Network Tester with Dual 1G Ethernet Ports, PDH, Optics & Patch Cables

Viavi: Handheld Network Tester with Dual 1G Ethernet Ports, PDH, Optics & Patch Cables

• Equipped with dual 1G ethernet ports
• Dual-port operation runs two tests simultaneously to simplify multi-technology testing
• Optimized for field use with large multi-touch screen, scripted workflows, and clear results
• Supports efficient best practices with repeatable methods and procedures
• Speeds fiber characterization, Ethernet service activation, and troubleshooting tests
• Empowers cell-site technicians to easily install and maintain back haul and front haul networks
• PDH, dual 1G Ethernet, and Fiber Channel support
• Automated, enhanced RFC 2544 and SAMComplete testing per ITU-T Y.1564
• Integrated burst testing approach per MEF 34 and RFC 6349 TrueSpeed TCP throughput testing
• Integrated Timing/Synchronization testing including PTP/1588v2, SyncE, Wander, and One Way Delay test
• Fronthaul Testing CPRI/OBSAI Layer 1/Layer 2 and emulation of Baseband and Remote Radio units
• Integrated WiFi and Bluetooth allows users to easily connect test sets and offload results
• Compact form factor for easy portability (7 x 9.5 x 3 in.)
• Fixed test interfaces eliminate loose pluggable modules
• Streamlined user interface provides simple pass/fail, green/red results
• Extended battery life enables longer test times
• Compatible with P5000i fiber microscope (sold separately) for connector end-face inspection and analysis
• Suitable for use with OTDR modules (sold separately) for fiber link characterization and fault finding
• Connects to MP-Series optical power meters (sold separately) for optical power and loss measurements

Applications:

• Mobile and backhaul characterization, validation, and troubleshooting
• Fiber link characterization and troubleshooting
• Installation and maintenance of PDH networks
• Installation and maintenance of wireless synchronization technologies such as PTP/1588v2 and SyncE
• Remote radio head (RRH) testing at the wireless basestation
• Test RRH health from the bottom of the tower via CPRI links and BBU emulation
• Identify PIM and interference issues from an optical test access point (RFoCPRI)