We contribute to the success of your product by combining our knowledge on key technologies to deliver high quality products, reduce time-to-market and provide the best cost level.
Our all-in-house laboratory facilities allow our engineers to provide and ensure a world-class product. Our electronic equipment test facilities (EETF) include EMC-, climate-, humidity- and shock- chambers and support RCTA, MIL, JEDEC and IEC standards.
AME offers an Integrated Manufacturing Solution to ensure quality, optimise cost and logistical performance to enable the most competitive edge for our customers. Our highly automated electronics- and mechatronics manufacturing facilities comply to ISO9001, ISO14001 and ISO27001.
AME is an independent developer and manufacturer of high quality electronic products located in the top technological region of the world (Brainport Eindhoven). Our goal is to create innovative products that exceed customer expectations. We accomplish this by integrating product development and manufacturing and keeping a clear focus on the product and its function. Driven by technology, we strive for the best solution combining the disciplines of electrical, mechanical, software and industrial engineering. Through creativity, passion, ambition, motivation and a highly educated level of our employees AME secures its goal of being a profitable company.
AME’s technology base is built up on the foundation of technical collaborations with world leading OEM companies and scientific institutions. Right from the days of inception, AME had a clear vision of the role of pre developed technology in the development process. We set up an infrastructure which enables our Research, Design and Development center (RD&D) to make maximum use of the most state-of-the art technological concepts and cross-fertilization between markets in the most effective way. We are known for the development of most innovative products with disruptive technology for the best product price!
ExploreWe develop and supply a broad range of power conversion products. Our sophisticated drive technology includes inverter and active rectifier topologies for traction, speed and power flow control. The converters for isolated and non-isolated power supplies with or without power factor correction for power ranges up to 30 kW are best in class regarding robustness, cost and efficiency. With the extensive portfolio of conversion and sensing techniques AME can offer complete traction solutions for agricultural and transport applications. Our applications have been applied in smart-grid switching and renewable energy products.
NextAME has a strong focus on connectivity solutions. We developed technology for customized off-the-shelf solutions for the Internet of Things (IoT). We realize cost effective and fast integration of this technology in your product.
We supply Wi-Fi modules and chip in-designs including the required embedded Wi-Fi stacks, application software and protocols. Our solutions integrate with most commercial back-end systems. Our “connected devices platform” (cloud system and mobile apps) allow you to have a scalable platform.
NextOur knowledge on sensor design and signal analysis allow us to design accurate, less complex, reliable products without compromising functionality. State-of-the-art sensor fusion techniques combined with our proven standards in software algorithms and simulation models result in the best performance, complying to highest quality standards (ISO 26262 – ASIL, ISO 61508 - SIL, DO-178/254 - DAL).
This project is being carried out with a contribution from the European programme Interreg Euregio Maas-Rhine, which promotes innovation, renewable energy, a healthy environment and the labour market through cross-border projects.
European and nationally issued renewable energy targets are forcing local governments and commercial owners of public infrastructure to invest in durable energy solutions. More than that, it is being acknowledged that durability should become “business as usual” in realization of infrastructural and building projects. On 14 July 2021, the European Commission adopted a set of proposals to make the EU's climate, energy, transport and taxation policies fit for reducing net greenhouse gas emissions by at least 55% by 2030, compared to 1990 levels. Building and construction companies are used to realize infrastructural projects by subcontracting a great variety of specialized SME companies, which are bound to work according to tight regulations and quality systems. This means that the incorporation of durable energy systems in public infrastructure involves the development of new ways of working, and new regulations and quality systems for a large number of SME companies. The project aims to enable and increases both the efficiency and the public acceptance (esp. by SMEs) of renewable solar electricity generation in public road infrastructure and the built environment, and thus supports CO2 emission reduction and the circular economy. The work on grid topologies and energy management ensures efficient use of the generated energy while optimizing grid layout for applications such as fast electric vehicle charging, battery storage, and energy conversion (e.g. hydrogen). In principle, embedding current state of the art quality solar module materials in the currently available world-wide area of public road infrastructure and building elements would be sufficient to meet the global electric energy demand. Current state of the art is that multiple projects on solar-integrated road and building infrastructure have been realized producing tens to hundreds of MWhours/year; the technology is therefore just gaining momentum. By including both economic and EU legislation aspects and identifying opportunities and hurdles, we aim to increase public acceptance and speed up the long-term widely spread implementation by SMEs of integrated PV by SMEs, companies, and communities.
SolarEMR is a follow-up project on Rolling Solar (Interreg EMR) in which we developed and evaluated integration of large stretches (>1m) of silicon and thin film PV solar modules in infrastructural elements. SolarEMR extends to the Rolling Solar project by demonstrating automated mass production of bespoke silicon and thin film IPV and optimized electrical grid connection for local energy use. Additionally we support SMEs directly by investigating economic models and legislative aspects while identifying opportunities and hurdles. To achieve this, we make use of important synergies with the projects listed below:
We apply our technologies in a high diversity of markets. Our off-the-shelf solutions can be customized to your desire. New product developments will benefit from the cross-fertilization between markets, processes and technologies. Explore our wide variety of markets and applications!
DiscoverE-mobility becomes a vast element in today’s society. We supply power- and control electronics for powertrain and transmission applications. The combination of our broad expertise in power conversion and sensing leads us to disrupting innovations in this field.
Application areas include the development of concepts for Automated Guided Vehicles , E-bikes, E-boats, Forklifts, Golf carts and Agricultural equipment.
NextOur modern way of living is becoming more and more supported by electrical appliances performing supporting tasks around the house. Today’s communication technologies enable us to monitor and control these machines. Using our development capabilities and technology we are able to integrate sensors, software control algorithms and connectivity solutions (eg Wi-Fi, ISM, Zigbee, Z-Wave, EnOcean, DECT ULE and BT) into your product. We are able to provide smart integrated solutions with a short time to market and lowest product cost.
NextSuppliers of industrial equipment are constantly looking for more intelligent ways to stay ahead of competition by applying today’s technologies without compromising on reliability, quality and cost.
Our appliances include control units and user interfaces for (vehicle) elevators, postal- and baggage handling systems, press brakes, industrial ventilation and pump systems, horizontal drilling and condition monitoring.
NextAME is the ideal place to take your ideas and your passion for technology to the next level. Are you ready to join a team of world-class professionals?
JobsPostal Address
Applied Micro Electronics "AME" B.V.
PO Box 2409
5600 CK
Eindhoven
The Netherlands
Visiting Address
Applied Micro Electronics "AME" B.V.
Esp 100
5633 AA
Eindhoven
The Netherlands
Contact information
Phone +31 (0)40 264 6400
Fax
+31
(0)40 264 6419
info@ame.nu
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