SATPC0031079 Tab 04 SOW.pdf

ATTACHMENT A, STATEMENT OF WORK (SOW):

Quantum Detector Testbed Laser Source

Statement of Work (SOW)

Rev- 2/24/2023

I. Background

NASA GSFC is setting up a self-contained Quantum Communications Test Laboratory to continue work on an advanced space grade MCP-PMT photodetector for quantum communication applications. The availability of the laser source from Toptica Photonics Inc. will provide the testbed with the critical capability for the measurement and evaluation of performance parameters key for developing quantum communication networks

II. Objective The objective of this procurement is to ensure the full-time availability of the laser source from Toptica Photonics Inc. It will provide the testbed with the critical capability for the measurement and evaluation of key performance parameters for developing quantum communication networks in a timely manner and within budget.

III. Period of Performance The total period of the performance for this acquisition is 5 years after receipt of order.

IV. Technical Requirements

Specifications of the laser source

Min. Typ. Max. Unit Center Wavelength 775 780 785 nm Average Power 100 mW Repetition Rate 80 MHz Pulse Duration 100 fs Beam Diameter 1.3 mm (1/e2 free space) Beam Divergence 80 1.0 mrad Beam Quality 1.2 M2, (TEM00-Mode) Polarization 95 %, vertical

Interfaces TTL control lines, USB, Ethernet

Deliverables:

One Toptica Photonics Inc. FF Smart 780 laser source One Toptica Photonics Inc. FF Smart switch box