Antenna Node Information

0803-EX-ST-2018 Text Documents

ADTRAN Inc.

2018-05-04ELS_209170

Self-organising mmWave Enabling 5G access and backhaul Metnet 1200 product specification Metnet nodes connect autonomously to form flexible MPtMP (mesh) self-organising (SON), self-healing links that dynamically reconfigure to optimise performance and spectral efficiency as LOS or NLOS circumstances or traffic levels change. The CCS Metnet system enables mmWave deployment in a flexible, organic way allowing customers to start small and grow as they go. Applications include: Small cell backhaul Pre-5G FWA and enterprise Wifi backhaul Fibre/G-Fast extension CCTV backhaul The Metnet system operates in a single frequency channel with no radio frequency planning required. Frequency reuse in the entire network is 1. Each node has a wide 270-degree field of view, so only one unit is required per site, rather than multiple radios. There’s no need for any manual alignment and each node supports multiple connections for higher resilience. The nodes poll the network continually and automatically determine the optimal topology to deliver capacity where needed. Each cluster runs a Spatial-TDMA transmission schedule, which allows links to operate simultaneously to increase the overall capacity delivered to each node. 1.2 Gbps throughput is achieved by using a dual channel TDD radio (in a single 112 MHz channel pair) operating at 256 QAM modulation. The radio features a wideband diplexer which is SW configurable for any channel between 24-29 GHz. Metnet 1.2 Gbps Technology Self-organising (SON) multipoint-to-multipoint (MPtMP) and point-to-multipoint (PtMP) Capacity 1.2 Gbps single node 2.4 Gbps dual node UL and DL ratio 100% dynamically configured Latency <1mS Topology Flexible MPtMP (Mesh), MultiHop, PtMP or PtP Scalability Interference management enables the system to scale infinitely

Radio Frequency bands 26 GHz band (24.25-26.5 GHz) 28 GHz band (27.5-29.5 GHz) Future: 32-43GHz, 60GHz unlicensed Channel sizes 56 MHz and 112 MHz ETSI, and 100 MHz FCC Single frequency channel used across all nodes Radio access method Dual-TDD Radio transmit power +18.5 dBm with adaptive power control Modulation and coding Hitless Adaptive Modulation QPSK ½ FEC to 256 QAM 4/5 FEC Services Ethernet services and QoS Native Ethernet 802.1Q (VLAN tagging) 802.1p (Class of service) Differentiated Services Code Point (DSCP) 802.1ad (QinQ) Synchronisation GPS-derived synchronisation providing local master SyncE and 1588v2 PTP clock to the small cell (G.826x/G.827x) 1588v2 Transparent Clock (G.8273.2) Recovery from core network SyncE and 1588v2 PTP Proprietary distributed radio synchronisation to overcome GPS failures Antenna Antenna gain Standard node: +19 dBi integrated sectors High gain node: +33 dBi (20 cm) or +43 dBi (60 cm) Antenna coverage Standard node: 270° horizontal x 20° vertical using 16 antenna array Each sector azimuth is 34° High gain node: 4° horizontal x 4° vertical Range Standard node: 2km High gain node: 6km Node characteristics Size Standard node: 185 mm height; 202 mm diameter, 2.3 litres High gain node: 260 mm height; 535 width; 270 mm length Weight Standard node: 4.2 kg High gain node: 6.8 kg Power requirements 100V – 240V AC / 50 – 60 Hz 48 V DC and PoE (1 x PD interface IEEE 802.3bt) 35W consumption Power connection via IP67-rated connector Interfaces 2 x GE electrical interfaces via IP67-rated connectors Node MTBF 25+ years. System MTBF approaching infinity due to self-healing mesh November 2017 Cambridge Communication Systems Ltd, Cambridge, UK +44 1223 314197 | info@ccsl.com | ccsl.com


Document Created: 2018-05-04 13:43:17
Document Modified: 2018-05-04 13:43:17
© 2025 FCC.report
This site is not affiliated with or endorsed by the FCC