The MetroLinq 60 products are UK license-free, allowing ultra-fast deployment and without the hassle of other frequency bands requiring a license. 60 GHz has 7 GHz of noise free spectrum to use and is an ideal solution for both urban and suburban connectivity. Narrow beam antennas and excess signal radiation absorption by oxygen allows frequency re-use in dense urban environments. Extremely high capacity allows deploying hybrid fiber wireless networks quickly and cost-effectively extending existing fibre networks with multi-gigabit capable MetroLinq products operating in both PtP (point-to-point) and PtMP (Point to Multi-point) scenarios.The bridge units are capable of 2.5 Gbps aggregate throughput (both ways added). There are multiple model options to choose from that can connect up to 1.5 km (1 mi) distances.
Features:
High capacity (up to 2.5 Gbps)
Ideal for dense urban environments
Rapid and cost effective fiber network expansion
Support for PTP and PTMP scenarios
Cost-effective 60GHz PTP/PTMP radio enabling high performance, interference-free connections.
IgniteNet’s MetroLinq 60 is the world’s first cost-effective 60GHz PTP/PTMP radio enabling high performance, interference-free connections worldwide.The MetroLinq also includes a second 5GHz radio which can be configured as PtP (backup) to provide integrated redundancy without and additional hardware or complexity.
The MetroLinq 60 has an added advantage of being license-free in most markets globally, allowing ultra-fast deployment and without the hassle of other frequency bands requiring a license. 60 GHz has 7 GHz of noise free spectrum to use and it is an ideal solution for both urban and suburban connectivity. Narrow beam antennas and excess signal radiation absorption by oxygen allows frequency re-use in dense urban environments. Extremely high capacity allows deploying hybrid fiber wireless networks quickly and cost-effectively extending existing fiber networks with multi-gigabit capable MetroLinq products operating in both PtP (point-to-point) and PtMP (Point to Multi-point) scenarios. It is capable of 2.5 Gbps throughput. .
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