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GbE Multistream Bidirectional transmission tester with dual Copper and Optical Ports and Y.1564
Kit Contents: 1 x UniPro MGig1 Due Pro, 1 x NiMG Battery, 2 x Patch Cables, 1 x PDU with EU/UK/US Adapters, 1 x CD Manual 1 x English quick reference guide, 1 x carry case, 1 x carry strap
The TREND Networks R152010 UniPRO MGig1 Duo PRO is a dual-port network test instrument designed for validating Ethernet service performance across copper and fibre links. It is used during installation, commissioning, and fault analysis to measure traffic behaviour, confirm service quality parameters, and simulate real network conditions at Gigabit speeds. The unit supports detailed traffic generation and analysis, allowing engineers to verify how networks respond under controlled load conditions.
This unit supports detailed performance verification across live network paths, allowing technicians to observe throughput stability, latency behaviour, and error rates while traffic is active. It is suited to service activation tasks where multiple traffic types must be validated at the same time.
It is commonly used during installation and maintenance of high-speed network links in fibre and copper environments. Engineers rely on it for verifying service levels, identifying performance bottlenecks, and confirming that network links behave consistently under real traffic conditions.
GbE Multistream Bidirectional transmission tester with dual Copper and Optical Ports and Y.1564
Kit Contents: 1 x UniPro MGig1 Due Pro, 1 x NiMG Battery, 2 x Patch Cables, 1 x PDU with EU/UK/US Adapters, 1 x CD Manual 1 x English quick reference guide, 1 x carry case, 1 x carry strap
The TREND Networks R152010 UniPRO MGig1 Duo PRO is a dual-port network test instrument designed for validating Ethernet service performance across copper and fibre links. It is used during installation, commissioning, and fault analysis to measure traffic behaviour, confirm service quality parameters, and simulate real network conditions at Gigabit speeds. The unit supports detailed traffic generation and analysis, allowing engineers to verify how networks respond under controlled load conditions.
This unit supports detailed performance verification across live network paths, allowing technicians to observe throughput stability, latency behaviour, and error rates while traffic is active. It is suited to service activation tasks where multiple traffic types must be validated at the same time.
It is commonly used during installation and maintenance of high-speed network links in fibre and copper environments. Engineers rely on it for verifying service levels, identifying performance bottlenecks, and confirming that network links behave consistently under real traffic conditions.
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