The robust network does not require any infrastructure, nor centralized management or administration.

 

Beeper robust PTP configuration combines ultra-high output power, flexible channel width capability, and industry-leading software mechanisms. The PTP solution is ideal for high-capacity backhaul and substation connectivity applications, delivering Ethernet data rates up to 100 Mbps.

With support for advanced Smart Mesh Networking, the PTMP solution can provide backhaul for Beeper’s mesh network clusters and extend high-bandwidth connectivity to rural areas. The same hardware is used for both the base station and subscriber units with the software determining the hardware’s functionality. PTMP networks are constructed around base stations, which can be built from a single radio with an omnidirectional antenna or in three-, four- and six-sector configurations. Separate radios for access and backhaul traffic deliver high-throughput to clients throughout the mesh network.

 

Beeper’s high-performance wireless mesh networks, subscriber devices also act as network routers, creating instant mobile broadband networks. This increases network robustness while decreasing deployment costs.

 

Range and Capacity – Inexpensive, electronically-steerable directional antenna and/or MIMO,  multi-frequency meshes, multi-radio hardware for capacity enhancement via greater spectrum utilization, data channel MAC with interference management for higher throughput, route selection with multiple radios (channels) and link quality metrics

 

Extremely high performance - High bandwidth, minimal delay for video and data, proven external communication more than 8 hops long

 

Self-Healing & Management – Operates with minimal human intervention, watchdog mechanism with data cleaning and liar detection, online simulation-based fault detection, isolation and diagnosis

 

Security, Privacy, and Fairness - Guard against malicious users, EAP-TLS (between MeshBoxes), PEAPv2 or EAP-TLS (between clients and MeshBoxes), priority-based admission control, secure trace route

 

Distributed dynamic radio intelligence - Cooperative “radio robots” inside node automate mesh set-up, network reuses channels for maximum performance, automated interference avoidance works at segmented levels

 

Exceptional mobility capabilities - Scanning subsystem continuously monitoring RF environment, dynamic network forms and reforms rapidly

Radio Agnostic Architecture - Hardware Abstracted Layer treats radio as a port, Device Abstracted Layer supports 700MHz, 900MHz, 2.1 to 2.5G, 4.9G, 5 to 6G radio and more, permitted channel lists are dynamic and remotely configurable

 

Smart Spectrum Utilization - Spectrum etiquettes and/or rules, lower frequency bands (UHF; 700 Mhz; 900 Mhz), cognitive software and applications

 

Analytical Tools - Information theoretic tools that predict network viability and performance with practical constraints, based on experimental data

 

Ease of use (Plug and play, HCI) - Pleasant, hassle-free user experience, QoSprotocols to improve content delivery

 

Digital Rights Management (DRM) - Broadband access popularity related to expanded digital content, increases the value proposition for end-users/subscribers