GTR 115229794
Tenders Are Invited For High Power Acoustic Filters - Expro Plus
ICB — International Competitive Bid
Closes Sep 15, 2026
Western Europe
Tender Information
GTR Reference
115229794
Tendering Authority
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Tender No
1-13453
Financer Name
Self-Funded
Work Title
Tenders Are Invited For High Power Acoustic Filters - Expro Plus
Bid Type
ICB — International Competitive Bid
Country
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Geographical Region
Western Europe
Political Region
European Union
Last Date of Bid Submission
15-09-2026
Work Detail
Tenders are invited for HIGH POWER ACOUSTIC FILTERS - EXPRO PLUS Tender Action Number: 1-13453 Activity Number: 1000046334 Clarification Request Deadline 08/09/2026 13:00 CET Closing Date Extension Request Deadline 08/09/2026 13:00 CET Announcement Date 23/04/2026 Last Update On 03/07/2026 11:29 CET Update Reason Tender Action Issued To develop, manufacture and test low loss high power (>37 dBm peak) acoustic wave filters for UHF, L- and S-band applications.Description: Acoustic Wave filters offer a drastically reduced size and weight compared to other filter technologies, such ascavity and planar filters, and are often employed in payload receivers and frequency converters. However, standard acoustic filter technology suffers from poor power handling capability, which prevents its use at the output section of telecommunication payloads. Various technical advances are ongoing in the frame of 5G terrestrial infrastructure applications to overcome the power limitation. Recent developments in advanced engineered substrates such guided surface acoustic wave (SAW) and single crystal bulk acoustic wave (XBAW), openthe possibility of developing high performance and medium filter components. Recently, up to 40-Watt peak power filterscentered at 3.55 GHz have been demonstrated. The technology could also offer semiconductor compatibility, enabling high integrationof RF front ends. This activity will assess several techniques to improve the power handling of acoustic wave based filters for on-board space applications, including reducing circuit losses, accelerating heat dissipation, and enhancing the resistance of acoustomigration and electro-migration. This activity aims at developing miniature high power acoustic wave filter technology for UHF, L- and S-band to support the realization of wavelength agnostic space telecommunication payloads. The availability of high power acousticfilters will enable higher integration and miniaturization of payloads output section. This activity encompasses the following tasks: - Requirements consolidation. - Trade-off analysis and identification of the most promising technology candidates. - Preliminary design and critical prototyping of acoustic resonators to de-risk the design. - Detailed design and analysis of filter breadboards. - Manufacturingand integration. - Testing and validation in relevant environment including power handling tests. Read less Directorate Directorate of Tech, Eng. Quality Estabilishment ESTEC Open Date 03/07/2026 11:29 CET Closing Date 15/09/2026 13:00 CET ECOS Required Yes Classified No Price Range 200-500 KEURO Authorised Contact Person Maxime Guy Initiating Service TEC-EFE IP Measure N/A Prog. Reference E/0901-01 - Technology Developme Tender Type Open Competition Open To Tenderers From AT+BE+CH+CZ+DE+DK+EE+GR+ES+FI+FR+GB+HU+IE+IT+LU+NL+NO+PL+PT+RO+SE+SI Technology Keywords 6-E-III-RF Active and Passive Devices Products Keywords 2-L-2/3/4.1-m-Digital: Switching BB Tender Link : https://esastar-publication-ext.sso.esa.int/ESATenderActions/filter/open
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