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TRENDÂ Networks R152001 UniPRO MGig1 Solo - Gigabit Ethernet transmission tester with single Copper Port
Kit Contents:
1 x UniPRO MGig1 Solo, 1 x NiMH Battery, 2 x Patch Cables - 30cm Cat5e STP, 1 x PSU 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 R152001 UniPRO MGig1 Solo is a handheld copper Ethernet test instrument designed for validating and troubleshooting network links up to 1 Gb/s. It is used during installation and maintenance work to check link quality, confirm service delivery, and identify faults across active or newly installed network paths.
UniPRO MGig1 tests the actual bandwidth and performance compared to the agreed service levels from the service provider significantly faster than RFC2544 and Y.1564 testing. The SLA-Tick test simultaneously performs multi service (stream) information rate, frame loss, jitter, delay and service disruption time (SDT) into a single operation.
BERT tests the Ethernet frame payload from layer 1 to layer 4 in Ethernet links and compares the error ratio or error bit count to pre-defined limits ensuring error free transmission at the specified bandwidth.
Up to eight service parameters measured simultaneously on SLA-Tick and Y.1564 (NetSAM) tests. Enables service priority check over the network such as video, data and VoIP as well as 3G/4G mobile backhaul link test.
Allows up to eight levels of VLAN within VLAN nesting for RFC2544, Y.1564 (NetSAM), BERT and SLA-Tick testing. For links using MPLS, UniPRO MGig1 PRO can test up to three levels with label, class and TTL for each service.
This unit provides direct insight into copper Ethernet link status, helping technicians identify connectivity issues quickly. It supports both live network checks and pre-service verification tasks without requiring additional external tools.
It is capable of checking throughput, delay, and packet loss across a link, allowing engineers to confirm whether a connection behaves as expected under real traffic conditions.
The compact design and guided test modes make it suitable for routine field work such as service activation, fault isolation, and verifying power delivery over Ethernet to connected devices.
TRENDÂ Networks R152001 UniPRO MGig1 Solo - Gigabit Ethernet transmission tester with single Copper Port
Kit Contents:
1 x UniPRO MGig1 Solo, 1 x NiMH Battery, 2 x Patch Cables - 30cm Cat5e STP, 1 x PSU 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 R152001 UniPRO MGig1 Solo is a handheld copper Ethernet test instrument designed for validating and troubleshooting network links up to 1 Gb/s. It is used during installation and maintenance work to check link quality, confirm service delivery, and identify faults across active or newly installed network paths.
UniPRO MGig1 tests the actual bandwidth and performance compared to the agreed service levels from the service provider significantly faster than RFC2544 and Y.1564 testing. The SLA-Tick test simultaneously performs multi service (stream) information rate, frame loss, jitter, delay and service disruption time (SDT) into a single operation.
BERT tests the Ethernet frame payload from layer 1 to layer 4 in Ethernet links and compares the error ratio or error bit count to pre-defined limits ensuring error free transmission at the specified bandwidth.
Up to eight service parameters measured simultaneously on SLA-Tick and Y.1564 (NetSAM) tests. Enables service priority check over the network such as video, data and VoIP as well as 3G/4G mobile backhaul link test.
Allows up to eight levels of VLAN within VLAN nesting for RFC2544, Y.1564 (NetSAM), BERT and SLA-Tick testing. For links using MPLS, UniPRO MGig1 PRO can test up to three levels with label, class and TTL for each service.
This unit provides direct insight into copper Ethernet link status, helping technicians identify connectivity issues quickly. It supports both live network checks and pre-service verification tasks without requiring additional external tools.
It is capable of checking throughput, delay, and packet loss across a link, allowing engineers to confirm whether a connection behaves as expected under real traffic conditions.
The compact design and guided test modes make it suitable for routine field work such as service activation, fault isolation, and verifying power delivery over Ethernet to connected devices.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.