IRU600 UHP Radio

For those requiring unwavering reliability and high capacity, Aviat’s IRU 600 UHP stands out as the premier choice. This all-indoor radio, designed explicitly for mission-critical applications, ensures optimum security with a system gain that leads the industry.

Mining in the Arctic

The extreme conditions of the Arctic region present a host of challenges, and providing reliable communication is one of the most critical. The Arctic Mining Company featured in this case study faced this issue when trying to ensure safe and efficient transport of iron ore along a hazardous 100 km stretch of road between the mine and port.

Connecting Utah: Aviat Networks Powers Utah Broadband

To overcome this challenge, Utah Broadband turned to Aviat Networks and its WTM 4800 Multi-Band Radio solution. Aviat’s Multi-Band Radio is a single box solution that delivers 10 Gbps on the network backbone, combining high capacity and high reliability allowing Utah Broadband to deliver up to 1 Gbps service per subscriber. With the multi-band technology, Utah Broadband can reach new tower locations that were previously unattainable and reduce the total number of sites required.

VSAT vs Aviat’s Wireless Access Solutions

In today’s fast-paced world, oil and gas companies are struggling with rising inflation and are seeking ways to boost ROI, streamline operations, improve safety, and strengthen security. However, the limitations of traditional narrowband networks and VSAT backhauls are making it difficult for them to implement modern technology.

Solution Brief: The Advantages of Private LTE

This document is provided to inform network professionals, technical staff, and those interested in installing or upgrading to a Private LTE network infrastructure. Private LTE networks can be deployed for mining, energy, Oil & Gas, or other applications to achieve a robust, secure and reliable wireless connectivity.

Why Public Safety Networks are Moving to IP/MPLS

As Public Safety transport networks continue to migrate from TDM to all IP, MPLS technology provides efficient mechanisms to virtualize the transport network to support multiple applications over a shared network, manage traffic flow and guarantee QoS for critical traffic, and provide carrier-grade resiliency and protection. Aviat’s CTR 8740 platform provides advanced transport router capabilities using MPLS, optimized and simplified with Segment Routing, and added resiliency features such as High Availability support and strong security.

CTR Routers (ETSI)

Because CTR 8000 routers are purpose-built for microwave and transport networks, you won’t pay for features you don’t need. Their robust IP/MPLS feature set makes these routers the affordable routing solution for both fiber and wireless connected sites – without the need for an extra box – significantly reducing TCO.

CTR Routers (ANSI)

Because CTR 8000 routers are purpose-built for microwave and transport networks, you won’t pay for features you don’t need. Their robust IP/MPLS feature set makes these routers the affordable routing solution for both fiber and wireless connected sites – without the need for an extra box – significantly reducing TCO.

Virtual Fiber RDL-3000 XP RAS Elite datasheet

The portable RDL-3000 XP RAS-Elite provides secure wireless transport directly to temporary field offices, rigs, trucks and other semi-permanent locations. Easily transported and operated by non-technical personnel with no
special training, the RAS-Elite automatically obtains and holds a reliable high-speed connection to the fixed Aviat Networks wireless network.

Virtual Fiber RDL-3000 Connect Datasheets

RDL 3000 Connect is a ruggedized software-defined wireless terminal that is standards-based and provides interoperability with TCP/IP, Ethernet, Serial, SCADA, sensor devices and other systems. It provides a cost-effective solution for serial and Ethernet communications in a single platform.

Virtual Fiber RDL-3000 Datasheets

RDL 3000 is the base station and heart of the VF platform. It is highly spectrally efficient with up to 93% capacity efficiency for PMP (Point to Multi Point). The RDL 3000 utilizes GPS synchronization and Tx/Rx filtering for improved interference mitigation and frequency re-use. It can be deployed in PtP or PtMP architecture.