France – Instruments d'optique – Acquisition d'un Peigne de fréquence électro-optiques stabilisé

DeadlineSeptember 7, 2026 at 10:00 AM3 days left

AI summary

This tender concerns the acquisition of a stabilized electro-optic frequency comb system operating around 1.5 µm, including 1542 nm wavelength. The system must incorporate frequency stabilization through CEO frequency feedback control of the modulation frequency.

#frequency comb#electro-optic#optical instruments#france#stabilization#photonics
Fit for

Optical instrument manufacturers or specialized suppliers capable of designing and delivering advanced frequency comb systems with electro-optic technology and frequency stabilization features.

Key requirements

Suppliers must provide a complete, stabilized electro-optic frequency comb system with specified wavelength range and frequency stabilization capability. Technical documentation and system specifications are required.

Frequently asked questions

  • What is this tender about?

    This tender concerns the acquisition of a stabilized electro-optic frequency comb system operating around 1.5 µm, including 1542 nm wavelength. The system must incorporate frequency stabilization through CEO frequency feedback control of the modulation frequency.

  • What are the requirements for suppliers?

    Suppliers must provide a complete, stabilized electro-optic frequency comb system with specified wavelength range and frequency stabilization capability. Technical documentation and system specifications are required.

  • What type of company should bid?

    Optical instrument manufacturers or specialized suppliers capable of designing and delivering advanced frequency comb systems with electro-optic technology and frequency stabilization features.

  • Who is the buyer?

    The buyer is INSTITUT D'OPTIQUE GRADUATE SCHOOL.

  • When does this tender close?

    Submissions close on September 7, 2026.

  • What is the estimated value?

    The estimated value is 80,000 EUR.

Peigne de fréquence électro-optiques stabilisé, avec une émission autour de 1.5 µm, incluant 1542 nm. Le système devra être stabilisé en fréquence CEO par asservissement de la fréquence de modulation

Buyer
INSTITUT D'OPTIQUE GRADUATE SCHOOL
Buyer ID: 89045·CARMINATI REMI
2 Avenue Augustin Fresnel, 91127, Palaiseau
Body responsible for review procedures
Tribunal administratif de Versailles
Buyer ID: 3B16C4B1-9B7C-C5C2-0AF7CA448EF5B5D0
56 avenue de Saint Cloud, 78011, Versailles
Other organization
Avenue-Web Systèmes
Buyer ID: 3B16C456-EE83-F895-C924CAB92615A362
38170, Seyssinet-Pariset
Other organization
INSTITUT D'OPTIQUE GRADUATE SCHOOL
Buyer ID: 3B16C48B-C9F7-A078-879CCF85FE43379B
2 Avenue Augustin Fresnel, 91127, Palaiseau

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