Microwave
Reliable wireless transport for mission-critical operations.
Microwave communications networks provide high-capacity, point-to-point connectivity between operational sites, connecting critical infrastructure where fiber is unavailable, impractical, or requires a resilient alternative.
Future Technologies brings more than 25 years of experience in mission-critical connectivity, including a long history of microwave network engineering and deployment for Electric Utilities and Oil & Gas operators. We design, supply, deploy, integrate, and modernize microwave networks that support reliable communications across geographically distributed operations.
From new network deployments to upgrades of existing infrastructure, we help organizations select the right technology, protect existing investments, and build networks that meet evolving operational requirements.
What Microwave delivers
Licensed Microwave Networks
Point-to-point microwave connectivity engineered for reliable, high-capacity transport between operational facilities, communications sites, and remote infrastructure.
RF Engineering & Network Design
Path studies, link budgets, spectrum and frequency coordination, antenna selection, site assessments, and network architecture designed around capacity, distance, availability, and operational requirements.
Microwave Backhaul & Network Integration
Integration of microwave links with fiber, private cellular, industrial Ethernet, and other network technologies to support end-to-end connectivity across distributed environments.
Network Resilience & Redundancy
Microwave architectures incorporating redundant links, diverse transport paths, and failover capabilities to improve network availability and operational continuity.
Equipment Procurement & Deployment
Technology selection, equipment sourcing, site infrastructure coordination, installation, antenna alignment, configuration, testing, and commissioning.
Microwave Network Modernization
Assessment and modernization of existing microwave networks to address aging equipment, capacity limitations, technology transitions, lifecycle concerns, and changing operational requirements.
What it enables
Reliable Connectivity Across Distributed Operations
Connect geographically dispersed facilities and assets with engineered wireless transport designed around operational availability requirements.
Greater Network Capacity
Support growing bandwidth requirements through targeted upgrades, network expansion, and modernization.
Improved Operational Resilience
Strengthen network availability through appropriate redundancy, path diversity, and integration with other transport technologies.
Extended Infrastructure Value
Preserve functioning network assets while selectively upgrading equipment and infrastructure where operational or lifecycle requirements justify investment.
Reduced Deployment Risk
Improve execution through coordinated RF engineering, equipment procurement, site readiness, deployment, and validation.
Proven microwave expertise in critical operating environments
Microwave networks require more than selecting radios. Reliable performance depends on RF engineering, path availability, antenna placement, site infrastructure, network integration, and an understanding of the operational systems that depend on connectivity.
Future Technologies brings decades of experience in mission-critical communications, with an established history of microwave deployments in Electric Utilities and Oil & Gas. Our engineering-led approach combines practical field experience with vendor-neutral technology selection and end-to-end systems integration.
We support the complete lifecycle, from network assessments and design through procurement, deployment, integration, and ongoing modernization.
For existing networks, we begin by understanding what is deployed, how it performs, and what has changed. We then help customers determine whether the appropriate path is to Maintain, Migrate, Refresh, or Redesign, rather than assuming that modernization requires wholesale replacement.
Industries that rely on it
Electric Utilities
Microwave communications have long supported critical utility operations. Future Technologies brings extensive experience designing, deploying, and modernizing microwave networks connecting substations, transmission infrastructure, control centers, and other geographically distributed utility assets. These networks support SCADA communications, grid operations, and the reliable transport required for utility network modernization.
Oil & Gas
Future Technologies has a long history of delivering microwave connectivity for Oil & Gas operations, including production facilities, pipelines, processing sites, and remote field infrastructure. We help operators establish and modernize reliable communications across large operating areas where network availability, distance, and challenging site conditions influence connectivity design.
Maritime Ports & Terminals
Microwave transport can connect terminals, operational facilities, communications towers, and other infrastructure across expansive port environments. Future Technologies designs and integrates wireless transport as part of broader connectivity architectures supporting terminal operations, security systems, and distributed assets.
Manufacturing
Microwave links provide connectivity between industrial buildings, production facilities, and remote operating locations where dedicated fiber connections may be difficult or costly to establish. Future Technologies integrates microwave transport with plant and enterprise networks to support operational communications and site expansion.
Common Questions About Microwave Networks
What is a microwave communications network?+
A microwave communications network uses directional radio links to transmit data between fixed locations. Microwave is commonly used for point-to-point backhaul and transport, connecting facilities, communications towers, substations, and remote operational sites without requiring a continuous physical cable connection.
Where are microwave networks used in Utilities and Oil & Gas?+
Utilities use microwave networks to connect substations, control centers, and geographically distributed grid infrastructure. Oil & Gas operators use microwave communications across production facilities, pipelines, processing sites, and remote assets. These networks provide transport for operational data and communications where reliability and geographic coverage are essential.
What is the difference between licensed microwave and unlicensed fixed wireless?+
Licensed microwave operates in frequency bands requiring regulatory authorization and coordination, helping manage interference between users. Unlicensed fixed wireless operates in shared spectrum without individual link licensing. The appropriate technology depends on capacity, distance, interference exposure, availability requirements, and deployment economics.
Can microwave provide an alternative to fiber connectivity?+
Yes. Microwave can provide high-capacity connectivity where fiber is unavailable, expensive, or difficult to deploy. It can also serve as a redundant transport path alongside fiber. The decision depends on bandwidth, distance, line of sight, availability targets, site conditions, and total lifecycle cost.
How do you determine whether an existing microwave network needs modernization?+
A microwave modernization assessment examines installed equipment, software and firmware, support status, capacity, link performance, interference, network architecture, and future operational requirements. Depending on the findings, the appropriate approach may be to maintain existing infrastructure, migrate selected components, refresh equipment, or redesign portions of the network.
Can existing microwave equipment be retained during modernization?+
Often, yes. Equipment and supporting infrastructure may remain viable even when other components require upgrades. Future Technologies evaluates compatibility, supportability, performance, and operational risk to identify opportunities to preserve existing investments and minimize disruption.
Does Future Technologies provide microwave engineering, equipment, and installation?+
Yes. Future Technologies provides microwave network assessment, RF engineering, architecture and design, equipment procurement, site infrastructure coordination, installation, integration, testing, and commissioning. We also support modernization and lifecycle requirements for existing networks.
Put Microwave to work in your operation.
Every network has its purpose. Start with a Living Lab tour or a conceptual design and we will map your priorities to the right combination of layers.