Date of dispatch of this notice: 11/04/2023
External Reference: 2023-255194
TED Reference: 2023/S 074-222196
Corrigendum
Information
Published
Corrigendum
[NoticeCorrigendum]
[NoticeCorrigendumSub]
[Supplies]
[Directive201424]
[Section1]: [CaCe]
I.1)
[NameAddressContact]
University College Cork ( UCC )
N/A
6 Elderwood
Cork
College Rd
IE
[Contactpoint]:
Mary Ryan
[AddressPhone]:
+353 214903514
[AddressEmail]:
mryan@ucc.ie
[Nutscode]:
IE -
IRELAND
[UrlGeneral]:
http://www.ucc.ie
[UrlBuyerprofile]:
https://irl.eu-supply.com/ctm/Company/CompanyInformation/Index/1198
[Section2]: [Object]
II.1)
[QuantityScopeContract]
II.1.1)
[TitleContract]
Supply, Delivery & Installation of a 120 GHz Millimetre-Wave Performance Network Analyser for the Tyndall National Institute
[Fileref]:
UCC/2023/07
II.1.2)
[CpvMain]
38000000
-
II.1.3)
[TypeContract]
[Supplies]
II.1.4)
[DescrShort]
Tenders are sought for the supply, delivery and installation of a millimetre-wave (mmWave) Performance Network Analyser (PNA) system.
The Advanced RF Technology (ART) group was established in 2020. ART’s researchers pursue cutting edge research in 5G/6G communications and other emerging areas where wireless technologies are critical such as internet-of-space (IoS), industry 4.0, smart cities etc. ART’s research is focused on RF front-end and antenna components from conceptualization and design; to manufacturing and RF testing.
Furthermore, ART’s research explores the potential of functional materials for the realization of tunable RF components and highly-miniaturized RF components. Specifically, the RF hardware and material elements of our research need to be characterized from DC to millimetre-wave frequencies under low power as well as under high RF power excitation.
The Advanced RF Technology (ART) group was established in 2020. ART’s researchers pursue cutting edge research in 5G/6G communications and other emerging areas where wireless technologies are critical such as internet-of-space (IoS), industry 4.0, smart cities etc. ART’s research is focused on RF front-end and antenna components from conceptualization and design; to manufacturing and RF testing.
Furthermore, ART’s research explores the potential of functional materials for the realization of tunable RF components and highly-miniaturized RF components. Specifically, the RF hardware and material elements of our research need to be characterized from DC to millimetre-wave frequencies under low power as well as under high RF power excitation.
[Section6]: [InfoComplement]
VI.6)
[IcarOriginalRef]
[NumberOj]: 2023/S 053-156112
[Section7]: [Changes]
VII.1)
[IcarCorrectAdd]
VII.1.2)
[IcarTextCorrected]
[SectionNo]:
IV.2.2)
[IcarTextCorrPlace]:
Time limit for receipt of tenders or requests to participate
[IcarInstead]:
[Date]:
13/04/2023
[Time]:
12:00
[IcarRead]:
[Date]:
20/04/2023
[Time]:
12:00