The most recent news

 

August 15, 2017: Harp Technologies joins AFDA.

Harp Technologies has been accepted in the Association of Finnish Defence and Aerospace Industries (AFDA). AFDA has over 100 member companies and it works in close cooperation with the Finnish Ministry of Defence, the Finnish Defence Forces and other security authorities in Finland. AFDA is a member in the Aerospace and Defence Industries Association of Europe (ASD).

August 1, 2017: Harp Technologies at Elkom Fair.

We would like to invite you to meet us at the Elkom fair on October 10-12, 2017. Elkom is the leading event in professional electronics in the Baltic region and it will be held in the Expo and Convention Centre in Helsinki, Finland. Please visit us at booth 7k129 to discuss how we could help you in the areas of RF, microwave, and/or millimetre wave technology.

April 4, 2017: Harp Technologies shares expertise at MTT’17.

Harp Technologies presented “Low-loss calibration switches for radiometers at W-band” at the Microwave Technology and Techniques Workshop (MTT’17). The workshop took place in Noordwijk, The Netherlands, on April 3-5, 2017. On this topic, Dr. Lahtinen of Harp Technologies presented new low-loss waveguide switches for W-band, developed by the company. The MTT’17 was organised by the European Space Agency (ESA) in collaboration with the Centre National d’Etudes Spatiales (CNES) and it was a premier event to present the status and trends in the fields of microwave system and technologies for space and ground applications.

December 31, 2016: Harp Technologies steps confident into 2017.

With several successful equipment and instrument deliveries and major upgrades in measurement capabilities in 2016, Harp Technologies has had a successful year. With past successes, solid base of on-going projects, and highly interesting open offer base, the company steps confident into 2017.

September 5, 2016: Harp Technologies extends its measurement capabilities.

Harp Technologies has upgraded its state-of-the-art Anritsu VectorStar Vector Network Analyser (VNA) to enable measurements up to 125 GHz. This investment improves Harp Technologies’ capacity to provide R&D services, for example, for the development of millimetre wave active and passive sensors and 5G backhaul technology for telecommunication.

June 7, 2016: Harp Technologies shares expertise at GSMM2016.

Harp Technologies presented “Higher Order Ferrite Junction Switch for Radiometer Calibration” at the international joint conference of the 9th Global Symposium on Millimeter-Waves (GSMM2016) and the 7th ESA Workshop on Millimetre-Wave Technology and Applications. The joint conference took place in Espoo, Finland, on June 6-8, 2016. On this topic, Mr. Huy Nguyen of Harp Technologies presented a new low-loss switch design for millimetre waves, which is suitable for radiometer calibration and for other critical applications. The GSMM is organised annually and the ESA workshop typically every three years and the current conference concentrated on recent breakthroughs, innovations, and emerging techniques in the field of millimeter-wave and terahertz science and technology, especially in sensing and communications.

May 4, 2016: Harp Technologies becomes a member in the Chamber of Commerce.

Harp Technologies has been invited to become a member in the Helsinki Region Chamber of Commerce and Harp Technologies has gladly accepted the invitation. The mission of the Chamber of Commerce is to promote industry and commerce in the Helsinki Metropolitan Area. With 6 800 members, it includes all the leading companies in the region.

April 15, 2016: Harp Technologies shares expertise at MicroRad 2016.

Harp Technologies presented “Evaluation and comparison of RFI detection algorithms” at the 14th Specialist Meeting on Microwave Radiometry and Remote Sensing of the Environment (MicroRad 2016), which took place in Espoo, Finland, on April 11-14, 2016. On this topic, Dr Janne Lahtinen of Harp Technologies discussed the performance of various algorithms, in view of microwave remote sensing radiometry, to detect different anthropogenic Radio Frequency Interference (RFI) signal types. Dr Lahtinen also presented “Fully polarimetric radiometer calibration: determining retardation plate’s phase shift” introducing a new method to improve the calibration accuracy of fully polarimetric radiometers. The MicroRad is organised biennial and it is the premier gathering of the international microwave radiometer community.