Broadband vector network analyzer vna system
The submission deadline for this tender has passed.
Tender Summary
The IHP GmbH - Leibniz Institute for Innovative Microelectronics in Germany from Europe region had released this tender for Broadband vector network analyzer vna system Technical Requirements - The measurement system shall operate in a seamless frequency range from 10 MHz to 250 GHz without band switching - The connection between the base analyzer and the 250 GHz millimeter-wave frequency extenders shall be realized via a control and distribution unit capable of managing RF LO and IF signal paths with full phase and frequency synchronization across all modules - The base VNA shall provide at least 4 test ports supporting differential S-parameters measurements up to 250 GHz Additional features such as extended multi-port capability or automation options will be additionally scored in the technical evaluation - The bidder shall provide the source output power in dBm of the single sweep extenders for frequency ranges up to 170 GHz 220 GHz and 250 GHz The output power values will constitute one of the evaluation criteria - higher output power within the respective frequency ranges will be awarded additional points as part of the technical evaluation Minimum requirement The output power shall be -20 dBm in the 220 GHz - 250 GHz range - The declared dynamic range values will constitute one of the evaluation criteria - a higher dynamic range within the respective frequency ranges will be awarded additional points as part of the technical evaluation The tenderer shall provide the system dynamic range in dB for the following frequency ranges - from 500 MHz to 20 GHz - from 20 GHz to 170 GHz - from 170 GHz to 220 GHz - from 220 GHz to 250 GHz Minimum requirement The system dynamic range shall be 75 dB - The base VNA must provide integrated bias-tees up to 40 V DC on each port - The base unit shall include internal combiners and switches to enable dual-tone measurements - Built-in attenuators both source and receiver paths up to 50 dB in 10 dB steps - The base frequency range shall extend up to at least 67 GHz - The system must be fully compatible with mmWave frequency extenders for 250 GHz operation - The declared phase noise level will constitute one of the evaluation criteria - a lower phase noise value will be awarded additional points as part of the technical evaluation The tenderer shall provide the phase noise level in dBc Hz at 10 kHz offset of the base analyzer for the 1 GHz - 67 GHz frequency range - The dynamic range of the base unit 127 dB 0 5 - 26 5 GHz and 106 dB 0 05 - 67 GHz - Frequency extender modules shall include integrated bias-tees and provide stable low-phase-noise operation - Cabling between base VNA and extenders shall be at least 1 m in length per channel - The VNA software may currently provide additional measurement applications such as Gain Compression Measurements Scalar mixer converter measurements and Differential and I Q device measurements as an added value These current capabilities will be considered in the technical evaluation and higher functionality will receive more points - The software must allow future upgrades via license options without hardware modification to enable these functions if they are not already included - The spectrum analysis functionality must be available throughout the entire measurement range up to 250 GHz via a dedicated software module - The frequency extender modules shall be mechanically and electrically compatible with dual and single-ended RF probes designed for on-wafer measurements up to 250 GHz featuring ruggedized 0 5 mm NMD female connector interfaces in GSGSG and GSG configuration Service and Warranty The supplier shall provide a minimum 12-month warranty covering the complete system including the vector network analyzer all frequency extender modules and associated software The warranty shall include repair or replacement of defective components within standard turnaround times and provide access to technical support and maintenance assistance during the warranty period The supplier shall also offer priority service and calibration support to ensure continuous system availability Documentation and Compliance The supplier shall provide complete technical documentation user manuals and datasheets in English The equipment must comply with CE RoHS and EMC standards applicable within the EU Performance and compliance certificates must be delivered with the system The supplier shall also include a factory calibration report confirming compliance with the declared specifications Delivery and Acceptance The system must be delivered as a complete functional unit ready for immediate operation The delivery shall be completed no later than September 30th 2026 and shall be carried out at the supplier s expense Acceptance will be based on the verification of the supplied technical documentation and the conformity of the delivered equipment with the declared specifications performed by the contracting authority s laboratory with tender notice no. IHP-2025-076 published on 12 Nov 2025. The tender expired on 11 Dec 2025. This tender is sourced from Vergabe and is eligible for suppliers interested in Analysers. Interested bidders can obtain further information including complete bid documents or ways to participate by registering on Tender Impulse and referencing via Tender Impulse ID 10130424.
Tender Details
Tender NoticeTI Ref: 10130424
Tender Notice No
IHP-2025-076
Tender Organisation
IHP GmbH - Leibniz Institute for Innovative Microelectronics
Tender Sector
Tender Service
Worldwide
Tender Region
Tender Project Location
Tender CPV
38434000 : Analysers
Tender Source
Vergabe
Tender Document Type
Tender Notice
Tender Deadline
11 Dec 2025 Deadline passed
Tender Description
Broadband vector network analyzer vna system Technical Requirements - The measurement system shall operate in a seamless frequency range from 10 MHz to 250 GHz without band switching - The connection between the base analyzer and the 250 GHz millimeter-wave frequency extenders shall be realized via a control and distribution unit capable of managing RF LO and IF signal paths with full phase and frequency synchronization across all modules - The base VNA shall provide at least 4 test ports supporting differential S-parameters measurements up to 250 GHz Additional features such as extended multi-port capability or automation options will be additionally scored in the technical evaluation - The bidder shall provide the source output power in dBm of the single sweep extenders for frequency ranges up to 170 GHz 220 GHz and 250 GHz The output power values will constitute one of the evaluation criteria - higher output power within the respective frequency ranges will be awarded additional points as part of the technical evaluation Minimum requirement The output power shall be -20 dBm in the 220 GHz - 250 GHz range - The declared dynamic range values will constitute one of the evaluation criteria - a higher dynamic range within the respective frequency ranges will be awarded additional points as part of the technical evaluation The tenderer shall provide the system dynamic range in dB for the following frequency ranges - from 500 MHz to 20 GHz - from 20 GHz to 170 GHz - from 170 GHz to 220 GHz - from 220 GHz to 250 GHz Minimum requirement The system dynamic range shall be 75 dB - The base VNA must provide integrated bias-tees up to 40 V DC on each port - The base unit shall include internal combiners and switches to enable dual-tone measurements - Built-in attenuators both source and receiver paths up to 50 dB in 10 dB steps - The base frequency range shall extend up to at least 67 GHz - The system must be fully compatible with mmWave frequency extenders for 250 GHz operation - The declared phase noise level will constitute one of the evaluation criteria - a lower phase noise value will be awarded additional points as part of the technical evaluation The tenderer shall provide the phase noise level in dBc Hz at 10 kHz offset of the base analyzer for the 1 GHz - 67 GHz frequency range - The dynamic range of the base unit 127 dB 0 5 - 26 5 GHz and 106 dB 0 05 - 67 GHz - Frequency extender modules shall include integrated bias-tees and provide stable low-phase-noise operation - Cabling between base VNA and extenders shall be at least 1 m in length per channel - The VNA software may currently provide additional measurement applications such as Gain Compression Measurements Scalar mixer converter measurements and Differential and I Q device measurements as an added value These current capabilities will be considered in the technical evaluation and higher functionality will receive more points - The software must allow future upgrades via license options without hardware modification to enable these functions if they are not already included - The spectrum analysis functionality must be available throughout the entire measurement range up to 250 GHz via a dedicated software module - The frequency extender modules shall be mechanically and electrically compatible with dual and single-ended RF probes designed for on-wafer measurements up to 250 GHz featuring ruggedized 0 5 mm NMD female connector interfaces in GSGSG and GSG configuration Service and Warranty The supplier shall provide a minimum 12-month warranty covering the complete system including the vector network analyzer all frequency extender modules and associated software The warranty shall include repair or replacement of defective components within standard turnaround times and provide access to technical support and maintenance assistance during the warranty period The supplier shall also offer priority service and calibration support to ensure continuous system availability Documentation and Compliance The supplier shall provide complete technical documentation user manuals and datasheets in English The equipment must comply with CE RoHS and EMC standards applicable within the EU Performance and compliance certificates must be delivered with the system The supplier shall also include a factory calibration report confirming compliance with the declared specifications Delivery and Acceptance The system must be delivered as a complete functional unit ready for immediate operation The delivery shall be completed no later than September 30th 2026 and shall be carried out at the supplier s expense Acceptance will be based on the verification of the supplied technical documentation and the conformity of the delivered equipment with the declared specifications performed by the contracting authority s laboratory
Tender Bidding Type
Tender Document
Frequently Asked Questions About This Tender
Who has issued this tender, and what is it for?
The tender has been issued by IHP GmbH - Leibniz Institute for Innovative Microelectronics in Germany. Such a type of tender falls under Analysers, within the Laboratory & Scientific Instruments sector, and is listed on Tender Impulse under notice number IHP-2025-076.
What are the key dates for this tender?
The notice was published on 12 Nov 2025 and submissions close on 11 Dec 2025. Late bids are rarely accepted in public procurement, so aim to have your documents ready several days before the closing date.
Which CPV codes apply to this tender?
It is classified under CPV codes 38434000, which correspond to Analysers. If your company supplies these products or services, these are the codes to save in your alert profile so no matching tender passes you by.
Can I submit my bid for this tender to Tender Impulse?
No - and this matters. Tender Impulse is a tender aggregation and alert service: we collect procurement notices from official sources around the world and list them in one place. We do not receive, forward or evaluate bids. Your bid for this tender must be submitted directly to IHP GmbH - Leibniz Institute for Innovative Microelectronics, using the method described in the original tender document, before 11 Dec 2025. Tender Impulse provides complete assistance in submitting all bids posted on its website.
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Is this tender beneficial for me?
The procurement is applicable to companies in the Analysers and related industries. If you belong to this industry, you can review the technical documents before assessing your relevance to your company.
What is the procurement trend for Broadband vector network analyzer vna system?
The public procurement trends for Broadband vector network analyzer vna system can be assessed by viewing historical data and buying patterns for this product. Subscribed members can view and even download reports of tenders released in the past for their market research. This shall allow them to carefully prepare a compelling bid.
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