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Contract Timeline
- Publication Date
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13th June 2023 14:06:17 PM
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Contract Summary
This Contract is for a Real-Time Oscilloscope and Optical Modulation Analyser and is part of a project that aims at establishing an open experimental facility for the UK research community that will enable its users to experiment over a wide range of wavelengths, and generate, detect and analyse signals at unprecedented speeds. The new facility will enable the characterisation of signals in time and will offer a detailed analysis of their frequency components. Coherent detection will be possible, thereby offering information on both the amplitude and phase characteristics of the signals.
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Contract Details
- Open Contracting ID
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ocds-h6vhtk-03bcd0
- Publication Source
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Find a Tender Service
- Procurement Stage
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Award, Contract
- Procurement Method
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Open
- Procurement Method Details
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Open Procedure
- Procurement Category
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Goods
- Tender Suitability
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- Framework / DPS
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Contract Classification
- CPV Code(s)
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38342000
- CPV Division(s)
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38 - Laboratory, optical and precision equipments (excl. glasses)
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Awarding Authority
- Buyer Name
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Amy Taylor
- Buyer Email
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procurement@soton.ac.uk
- Buyer Phone
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+44 2380591656
- Buyer Address
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BUILDING 37, HIGHFIELD CAMPUS,UNIVERSITY ROAD
SOUTHAMPTON
SO171BJ
United Kingdom
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Awarded Supplier(s)
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Contract Timeline
- Publication Date
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5th April 2023 13:02:11 PM
- Tender Deadline
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9th May 2023 11:00:00 AM Expired
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Contract Summary
This purchase is for a Real-Time Oscilloscope and Optical Modulation Analyser and is part of a project that aims at establishing an open experimental facility for the UK research community that will enable its users to experiment over a wide range of wavelengths, and generate, detect and analyse signals at unprecedented speeds. The new facility will enable the characterisation of signals in time and will offer a detailed analysis of their frequency components. Coherent detection will be possible, thereby offering information on both the amplitude and phase characteristics of the signals. This unique capability of the new equipment will enable its users to devise and execute a range of novel experiments. For example, it will be possible to experiment using signals, such as those that will be adopted in the communication networks of the future. It will make it possible to reveal the characteristics of novel devices and components to an extent that has previously not been possible. It will also be possible to analyse the response of experimental systems in unprecedented detail. The equipment will benefit from being situated at the University of Southampton, which has established strong experimental capabilities in areas, such as photonics, communications and the life sciences. Research at the extended cleanroom complex of Southampton's Zepler Institute, a unique facility in UK academia, will benefit from the availability of this equipment, which will enable fabrication and advanced applications research to be intimately connected.
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Contract Details
- Open Contracting ID
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ocds-h6vhtk-03bcd0
- Publication Source
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Find a Tender Service
- Procurement Stage
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Tender
- Procurement Method
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Open
- Procurement Method Details
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Open Procedure
- Procurement Category
-
Goods
- Tender Suitability
-
- Framework / DPS
-
Contract Classification
- CPV Code(s)
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38342000
- CPV Division(s)
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38 - Laboratory, optical and precision equipments (excl. glasses)
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Awarding Authority
- Buyer Name
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Amy Taylor
- Buyer Email
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procurement@soton.ac.uk
- Buyer Phone
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+44 2380595000
- Buyer Address
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BUILDING 37, HIGHFIELD CAMPUS,UNIVERSITY ROAD
SOUTHAMPTON
SO171BJ
United Kingdom