Metnet 60G Unlicensed mmWave Mesh

Enabling 5GSelf-organising mmWave

access and backhaul

CCS Metnet 60G mmWave 12Gbps backhaul and access mesh technology enables mobile operators and broadband service providers to deploy Gigabit connectivity at a fraction of the cost and speed of fibre networks. Applications include:

• 4G/5G Small-cell backhaul • FWA Residential and enterprise access • Wi-Fi backhaul • Fibre extension and G-Fast/DSL backhaul • CCTV Smart City backhaul

Operating in the unlicensed mmWave spectrum band from 57GHz to 71GHz, high capacity 12Gbps Metnet 60G mesh technology is designed to enable rapid deployment of Gigabit connectivity. Metnet 60G is a single unit multi-sector Mesh radio which has a wide 300° field to reduce the amount of physical equipment. Metnet 60G radio units are small and discreet which means they blend into the surrounding urban and rural locations. Metnet SON delivers advanced interference avoidance utilizing time, frequency and space diversity to continuously optimize spectral efficiency, traffic routing, performance and radio co-existence. Metnet 12Gbps Mesh Nodes connect autonomously to form flexible self-organizing, self-healing networks that deliver higher reliability than Point-to-Point and Point-to-Multipoint networks.

Electronic beamforming antennas automatically scan and connect to the optimal nodes resulting in rapid and simple deployments in less than 15 mins. Metnet 60G Mesh nodes form automatic backhaul links to neighboring nodes which reduces the requirement to pull fibre to every site. One or more of the Mesh nodes can be connected into the core network at PoP locations using 1G or 10G fibre or CAT5 connections. Mesh and CPE radios can be easily added as the network grows and densifies. Metnet60G 1Gbps CPEs connect automatically to the Multipoint mesh network providing virtual fibre connectivity at customer premises in an easy to deploy, small form factor, and low-cost device. Metnet 60G nodes are fully FCC and EU/CE certified to leverage new 60GHz unlicensed spectrum.

Metnet 60G Mesh Mesh v1 RFM 2.5 Antenna version Mesh v2 RFM 3.2 Antenna version

Frequency Band 60GHz mmWave unlicensed 57GHz to 66GHz band

60GHz mmWave unlicensed Full 57GHz to 71GHz band

Topologies Point to MultiPoint MultiPoint to MultiPoint (Mesh)

Capacity 10Gbps per node 12Gbps per node

Radio Access Metnet SON utilizing TDMA Dynamic TDD

Beam angle Horizontal 300° electronic steerable, 5° beamwidth Vertical 20° fixed

Antenna Beamforming Phase array 19dBi gain

Beamforming Phase array 21dBi gain

Channels 802.11ad WiGig Channels 1 to 4 802.11ad WiGig Channels 1 to 6

Modulation and encoding 10 levels of adaptive encoding MCS 0 – 9 up to 2.5Gbps

13 levels of adaptive encoding MCS 0 – 12 up to 4.6Gbps

Transmitter and EIRP 19dBm SiGe based 38dBm EIRP

21dBm SiGe based 42dBm EIRP

Range Up to 500m* Dependant on location, availability, and capacity

Interfaces Up to 4 Ethernet interfaces

2 x Fixed RJ45 100/1000 Base-T 2 x optional 10G or 1G SFP optical

Max connections 120 CPE’s per mesh node

Ethernet Services

Native Ethernet 802.1Q (VLAN Tagging)

802.1p QoS (Class of service) Differentiated Services Code Point QoS (DSCP)

802.1ad QinQ

Power 100-240V AC Mains 48V DC or 802.3bt 60W

Environmental -40 degC to +55 degC operating temperature IP 65 ingress protection rated

Regulatory Radio: US FCC 47 CFR Part15.255 and EN 302 567, EN 303 413

EMC: US FCC 47 CFR Part15B and EN 301 489 Safety: IEC62368-1:2014, IEC 60950-22:2005, EN50385:2017

Dimensions Height: 269mm Width: 150mm Depth: 114mm

Weight 4 KG approx

Product Codes

G60ES00xxxx = Mesh AC ETSI, G60ES04xxxx = Mesh AC SFP ETSI G60ES01xxxx = Mesh DC/PoE ETSI, G60ES05xxxx = Mesh DC/PoE SFP ETSI

G60US00xxxx = Mesh AC FCC, G60US04xxxx = Mesh AC SFP FCC G60US01xxxx = Mesh DC/PoE FCC, G60US05xxxx = Mesh DC/PoE SFP FCC

All specifications are draft and subject to change

February 2020 Cambridge Communication Systems Cambridge, UK +44 1223 314197 info@ccsl.com www.ccsl.com