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Airmux-400 General Availability Release 2.8.20. Agenda. Airmux Technology Target Markets Airmux-400 Product Portfolio What’s new in ver. 2.8.20? Case Studies Airmux-400 advantages Summary. Airmux Technology. Airmux Technology. Highly advanced radio technologies: OFDM MIMO Diversity
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Agenda • Airmux Technology • Target Markets • Airmux-400 Product Portfolio • What’s new in ver. 2.8.20? • Case Studies • Airmux-400 advantages • Summary
Airmux Technology • Highly advanced radio technologies: • OFDM • MIMO • Diversity • Sophisticated air interface to ensure: • Native Ethernet TDM • Interference mitigation techniques • Transmission in NLOS conditions • Robustness and link stability • Unmatched performance at sub-6GHz
Mobile carriers Rural to urban cellular backhaul 3G Small cell for remote areas Small cell backhaul Access for large corporations Fixed Service Providers & ISPs IP backhaul for 4G /broadband PtMP Access for large corporations Security & Surveillance Video Surveillance, homeland security, municipal ‘Safe City’ projects, Transportation Security, Oil & Gas, Border Control Private Networks Government, Utilities, Transportation, Education, Healthcare, Enterprises Target Markets
Airmux-400 Point-to-Point Portfolio • High capacity wireless links • Up to 200 Mbps throughput • Up to 16 E1s/T1s and Ethernet • Seamless migration to IP • Long range (120 km) • Redundancy (1+1, SECUR technology) • Multi-band Radio: 2.3-2.7GHz, 3.3-3.8GHz and 4.4-6.4GHz • OFDM, MIMO, Antenna Diversity • Easy to install • Competitive pricing
Ultra-Capacity Up to 200 Mbps net aggregate throughput (Asymmetric & Symmetric) 5/10/20/40 MHz channel bandwidth Advanced networking & QoS 10/100/1000 Ethernet interface Native TDM (up to 16 E1s/T1s) + Ethernet Optimized for high capacity IP backhaul applications Seamless migration from TDM to all-IP networks Airmux-400 – Backhaul
Up to 50 Mbps aggregate throughput Asymmetric and Symmetric traffic Up to 8 E1s/T1s Advanced networking & QoS 5/10/20 MHz channel bandwidth Flexible combination of native TDM + Ethernet Supporting converged IP + TDM Access & backhaul application Airmux-400L – Backhaul and Access
The best competitive solution for Access and Video surveillance Available in 2 models (both with integrated antenna or connectorized unit)- Up to 25 MBps and 4E1/T1- Up to 10 Mbps MiMO /OFDM with full features of Airmux-400 family 5, 10, 20 Mbps Channel bandwidth Airmux-400LC – Last Mile
SNMPv3 • Simple Network Management Protocol (SNMP) is an Internet-standard protocol for managing devices on IP networks • SNMPv3 provides important security features: • Confidentiality – Encryption of packets to prevent snooping by an unauthorized source • Integrity – Message integrity to ensure that a packet has not been tampered with in transit including an optional packet replay protection mechanism • Authentication – to verify that the message is from a valid source • Airmux supports SNMPV3 protocol with security level of DES (in the future AES) • Airmux supports both SNMPv1 and SNMPv3 by default • SNMPv3 Supported by RADview-EMS
Cable Free HSS • Airmux Ethernet Hub Site Synchronization (EHSS) method provides intra- and inter-site synchronization between ODUs without the need for external cables or an HSS unit. Advantages: • Reduce number of outdoor elements: No need for HSS and its cables • Save outdoor installation cost • Increase installation simplicity – Unique solution • Save place on tower • Mandatory for TDD sync of Airmux-400LC • ODU that support new HSS: • Regular ODU HW Rev. 9 and above • Small-form-factor ODU HW Rev. 4 and above
HSS (Current vs. New) HSC HSC HSM HSC HSC HSM Rev. 9 Rev. 9 Rev. 9 Rev. 6 Rev. 6 Rev. 6 CAT5e HSS
Backup & Restore • Backup firmware and configuration and restore to another ODU unit • Restore is applicable only if all of the following conditions are valid: • Backup is performed with manager of 2.8.20 or higher • Same P/N • Same HW Revision • Same Capacity Backup Restore
Customer: Oil & Gas Requirements: Connect T1s in oil refineries Connect control equipment to monitoring center on site (telemetry) Challenge:Extreme nLOS situations shooting through metal pipes Why Airmux: OFDM technology enables operation even in nLOS Cost effective Excellent performance – met Shell’s high performance & quality requirements Oil & Gas
Customer:Power Utility Project: Video surveillance of power stations, each site covered by 4-5 cameras Why Airmux : High quality transmission fit for mission-critical projects Ability to aggregate traffic from multiple cameras High-quality, real-time video transmission 24x7 Fast and simple installation Power Stations Surveillance 19
Customer:Mobile Carrier Project:Cellular backhaul in the city – hundreds of links Why Airmux: Solutions operate in nLOS High stability Carrier-class performance Future-proof, IP ready Urban Cellular Backhaul Cellular Backhaul Cellular Backhaul IP & WiMAX Backhaul
Customer: Mobile Carrier Project: Cellular backhaul in rural village with no direct LOS Why Airmux: Carrier-class – links operate where other solutions failed Robust – links operate in high humidity and nLOS conditions Fast and simple installation, minimal technical expertise needed Minimum maintenance Cellular Backhaul in Rural Village
Full IP67 - Operates in all environments & terrains MIMO, OFDM & Diversity technologies- Enabling nLOS installations Monitored Hot Standby 1+1 Support and RING topology - Ensuring high availability Inter/Intra TDD synchronization - Maximizing network capacity while reducing tower space Multi-band radio – One platform, multiple frequency bands Complies with international regulations– Can be installed anywhere Native TDM & Ethernet – One box solution for all services PtP & Multiple Point-to-Point - Deployed in various topologies & configurations Competitive pricing Airmux-400 Advantages
Summary Simple Reliable & Robust Wireless Mobility Long Ranges Flexible & Scalable Cost Effective OFDM/MIMO Technology enables NLOS deployment Up to 120Km between ODU’s • Simple radio • planning, training, • installation and • maintenance Up to 200Mbps Aggregate throughput Multi-frequency band– 4.8 to 6GHz, 3.3 to 3.8 GHz • High capacity • ODU reduces the • tower space • needed