Discover our comprehensive range of advanced RF and microwave solutions, engineered for seamless performance across defence, aerospace, industrial, and space applications. Download our brochure to explore how Alaris Linwave delivers precision, reliability, and innovation.
Download BrochureSubsystems, modules, and chip-level design all under one roof.
Alaris Linwave specialises in RF and Microwave design, supporting Tier 2/3 subsystems and components across Defence, Avionics, Medical, Telecoms, and Space. We deliver fast, high-quality prototypes for OEMs, using leading design tools to optimise custom solutions.
Operating beyond 77GHz, Linwave supports W-band applications including satellite comms, automotive radar, and missile guidance — with in-house test and assembly up to 100GHz.
Alaris Linwave packages bare-die MMICs into surface-mount and hermetically sealed formats, enabling wider usability and extending product lifecycles. With in-house assembly and RF testing up to 94GHz, we deliver compact, multi-function solutions ideal for SWaP-C applications in harsh environments.
We design and manufacture custom RF enclosures tailored for demanding environments, including airborne and defence systems. Using 3D CAD tools, we create hermetically sealed housings optimised for system integration, mechanical resilience, and environmental protection up to 100GHz.
Alaris Linwave designs high-reliability products for extreme environments — from submarines and satellites to medical and aerospace systems. We conduct in-house and certified external testing to MIL-STD standards, including vibration, thermal cycling, burn-in, and hermetic sealing, ensuring long service life and mission-critical performance.
Alaris Linwave adds smart functionality to RF modules through embedded software, supporting interfaces from RS232 to Ethernet and CANBus. We develop custom firmware, GUIs, and automated test systems to enable advanced control, monitoring, and seamless integration into wider platforms.
We deliver robust, scalable automated test systems for RF and microwave products. Our ATE software integrates with industry-standard equipment, reducing test time and errors while boosting quality, yield analysis, and production efficiency.
Graphical User Interfaces can be provided for customer test interfacing or for product field implementation. These can vary from the test implementation support for system integration to full user interface for end customer testing. Linwave also provide supporting test jigs and equipment to ensure most efficient system integration of the product.
Linwave supports long-life products with proactive obsolescence monitoring, re-engineering services, and die-level retrofit solutions—ensuring continuity even when original components become unavailable.
Linwave supports fast-turn RF and electronic prototypes with in-house PCB routing and trusted partners for rapid metalwork and assembly. Early collaboration ensures speed, quality, and cost-effective delivery.
Linwave delivers custom solutions through a structured NPI process—from design validation to production readiness—ensuring risks are managed, compliance met, and projects move efficiently from concept to delivery.
Alaris Linwave's new Vacuum Solder Reflow Oven enhances their eutectic die attach capability for high-power GaN and GaAs MMICs using Gold/Tin solder preforms. The VSRO supports multiple processes including fluxless soldering and flip chip attachment under vacuum, nitrogen, or formic acid environments. Programmable temperature profiles ensure high-quality, void-free die attachment and can also cure next-generation sintered epoxies requiring precise temperature control.
Alaris Linwave designs and manufactures microwave/RF components and subsystems in a seamless “concept to finished product” process. A full test and measurement capability extends to 94GHz and allows our manufacturing team to produce value-added products designed to exceed customer expectations. Linwave’s design team utilises state-of-the-art microwave simulation tools for circuit modelling and optimisation to provide the robust product solutions our customers demand.
About us