Notice ID: 3fa565540d7544ccb5f57cee2a120349Combined Synopsis/Solicitation
IR Detection Module Type NIPM-1-5 (No Substitutes)
Archived on May 23, 2026. Original response deadline: . Full description on SAM.gov.
Description
***FISCAL YEAR-END SENSTIVE ITEM, REQUIRES DELIVERY PRIOR TO 9/30/26***
Kindly provide a “All Inclusive” FFP (Firm Fixed Price) Quote in my name with the following included:
- Current Date
- Unique Entity Identifier (UEI)
- Country of Origin (COO)
- Lead Time
***Please offer BSA any discounts available for your Best Price.
Items to be quoted *(See attached ENCLOSURE A DRAFT PO) *No Substitutes*:
- Published Price list: Please provide a Published Price List that is available online. The Department of Energy requires that we justify our pricing. If an online Published Price List is not available, a redacted invoice from another customer that purchased the same or similar items in the past would suffice or a webpage screenshot of the same item showing online pricing.
2. System For Award Management (SAM):
In order to support DOE reporting requirements, BSA requires all its vendors/contractors to be registered in the U. S. Government supplier database entitled System for Award Management (SAM) with their Unique Entity ID number (UEI#). Registration can be performed online at www.sam.gov. If not already registered, please register as soon as possible since failure to do so may preclude BSA from doing business with your organization. Please note that there is no charge for SAM registration. When registering, you are strongly urged to copy and paste www.sam.gov onto your browser address rather than utilizing your search engine. Utilizing your search engine may redirect you to an erroneous site. You may obtain assistance in completing your registration by contacting the Federal Help Desk at 866-606-8220 or by contacting your local Procurement Technical Assistance Center (PTAC), which can be found at https://www.aptac-us.org
*Foreign vendors are not required to be registered in SAM but must fill out a AMS-Form-050 (Enclosure B) when applicable.
Any resulting purchase order will be subject to the attached Terms and Conditions.
Overview
Agency:
Department of Energy
Office:BROOKHAVEN NATL LAB -DOE CONTRACTOR
Posted:April 17, 2026
NAICS:334413: Semiconductor and Related Device Manufacturing
Last Updated:Aug 21, 2026
PSC:5961: SEMICONDUCTOR DEVICES AND ASSOCIATED HARDWARE
Set-Aside:Not specified
Type:Combined Synopsis/Solicitation
Place of Performance:Upton, New York, 11973
Award Overview
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Showing 2 of 2 items
Document | Source | Agency | Posted Date | File Size | Actions | |
|---|---|---|---|---|---|---|
| Combined Synopsis/Solicitation | ENERGY, DEPARTMENT OF | Apr 17, 2026 | 265.78 KB | |||
| Combined Synopsis/Solicitation | ENERGY, DEPARTMENT OF | Apr 17, 2026 | 592.98 KB |
Lifecycle
Solicitation:
478038- Combined Synopsis
- Combined SynopsisCurrentApr 17, 2026
IR Detection Module Type NIPM-1-5 (No Substitutes)
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Turnkey PCB Fabrication and Assembly. *See attached RFI for statement of work and directions for obtaining project specifications/drawings. | Market Research | 334418 | No Set-Aside | 09/08/2026 | 09/22/2026 | 78672, NY | |
The Electrically Pumped Nanocrystal Laser Diode is a solution-processed laser technology developed by scientists at Los Alamos National Laboratory that enables electrically driven laser emission using engineered colloidal nanocrystals, also known as colloidal quantum dots. By overcoming long-standing challenges associated with nonradiative Auger recombination, heat build-up and optical losses in charge-transporting device layers, the technology achieves efficient room-temperature optical gain in a platform compatible with scalable, lower-cost manufacturing and on-chip integration. This innovation opens a new pathway toward compact, high-performance optical amplifiers and laser sources for integrated photonics, optical communications, sensing and next-generation optoelectronic systems. The Challenge: For years, researchers have sought to develop low-cost lasers that can be made from solution-based materials—essentially “printable” semiconductor inks—but electrically pumped operation has remained elusive. The colloidal quantum dots used as the gain medium suffered from three fundamental limitations: rapid nonradiative energy loss through Auger recombination, excessive heat generation under the high current densities required for lasing, and strong optical losses in the charge-transporting layers of conventional LED device architectures. Together, these challenges prevented the buildup of sufficient optical gain for laser operation. As a result, electrically pumped nanocrystal lasers remained a long-sought but unrealized goal, limiting the ability to create scalable, lower-cost, chip-integrated laser sources. The Electrically Pumped Nanocrystal Laser Diode overcomes these fundamental barriers and turns a long-standing scientific challenge into a commercially viable pathway. Problems Solved: The Electrically Pumped Nanocrystal Laser Diode overcomes the key technical barriers that have prevented electrically powered nanocrystal lasers from becoming practical. It suppresses carrier losses caused by Auger recombination, incorporates a device architecture that effectively manages heat and enables stable operation at high current densities, and reduces optical losses that once overwhelmed light amplification. By combining engineered nanocrystals with a heat-managed current-focusing architecture and an integrated low-loss photonic waveguide, the technology achieves strong net optical gain and provides a practical pathway toward electrically pumped nanocrystal laser diodes compatible with scalable, low-cost manufacturing. Key Advantages: Electrically Pumped Laser Platform – Enables room-temperature electrically driven optical gain and provides a practical pathway toward electrically pumped nanocrystal laser diodes, overcoming a long-standing challenge in solution-processed photonics. Scalable, Lower-Cost Manufacturing – Employs solution-processable colloidal quantum dots compatible with high-throughput fabrication and integration on a wide variety of substrates. High Efficiency and Stable Operation – Engineered nanocrystals suppress nonradiative Auger recombination, while a heat-managed device architecture enables stable operation at the high current densities required for lasing. Low-Loss Photonic Architecture – An integrated low-loss waveguide enhances optical confinement and net optical gain, enabling efficient light amplification and high optical output. Platform Versatility – Applicable to laser diodes, optical amplifiers, integrated photonic circuits, and next-generation optoelectronic systems. Market Applications: Optical Communications – Laser sources and optical amplifiers for fiber-optic telecommunications and high-speed data communications. Integrated Photonics – On-chip lasers and amplifiers for silicon photonics, optical interconnects, and photonic integrated circuits. Sensing & Instrumentation – Compact coherent light sources for spectroscopy, environmental monitoring, metrology, and precision sensing. Defense & Aerospace – Optical systems for lidar, free-space optical communications, imaging, navigation, and advanced sensing. Consumer Electronics & Display Technologies – Miniaturized laser sources for next-generation consumer devices, displays, and wearable technologies. Medical & Life Sciences – Light sources for biomedical imaging, diagnostics, flow cytometry, and analytical instrumentation. Development Status: TRL 4 US Patent pending LA-UR-26-25635 LANL Tech Partnerships: Unlock the Innovative Potential Los Alamos National Laboratory offers a wide range of cutting-edge technologies and capabilities that may provide your company with a competitive edge in the market and unlock the innovative potential that can enhance, refine, and revolutionize your products. LANL’s licensing program focuses on moving inventions developed by our researchers to commercial innovations. Patented and patent pending inventions and copyrighted software are available to existing and start-up companies through exclusive and non-exclusive licensing agreements. For specific discussions, please contact licensing@lanl.gov. Note: This is not a call for external services for the development of this technology. https://www.lanl.gov/engage/collaboration/feynman-center/partner-with-us/licensing-technology m.lanl.gov/tech-search | Special Notice | 334413 | No Set-Aside | 07/22/2026 | 10/01/2026 | Los Alamos, NM | |
Amendmen 3: The deadline for submitting questions has been changed from October 14, 2026 to October 20, 2026. The quotation due date and time have been changed from October 16, 2026 to October 23, 2026 at 4pm Eastern Time Zone. Uploaded BSA475591 Q&A Amendment 3. Some of the Q&A reflects updates in the SOW and SPECS found in "Enclosure A Draft Contract 475591 with attachments." Replaced Enclosure A Draft Contract 475591 with attachments Removed Dates from Section I, Scope or Work, Para A Deliverabels. Dates will be adjusted at time of award. The SOW versions changed from Version 5 to Version 6. The SPECS versions chnaged from Version 3 to Version 4. Amendment 2: The deadline for submitting questions has been changed from October 8, 2026 to October 14, 2026. The quotation due date and time have been changed from October 12, 2026 to October 16, 2026 at 4pm Eastern Time Zone. Amendment 1: This requirement was originally solicited on May 22, 2026, with a closing date of June 23, 2026. The solicitation is being reopened with a revised closing date of October 12, 2026. The following changes have been made: B1 – RFQ 475591 The deadline for submitting questions has been changed from June 8, 2026, to October 8, 2026. The quotation due date and time have been changed from June 23, 2026, to October 12, 2026, at 4pm Eastern Time Zone. The acquisition classification has been changed from commercial products or commercial services to noncommercial items. B1 – Enclosure A, Draft Contract 475591 and Attachments Section I, “Scope of Work,” has been updated to replace SOW Version 3 and Technical Specifications Version 1 with SOW Version 5 and Technical Specifications Version 3. Revisions are identified in green font. Section I, “Scope of Work,” has been updated to include new reporting and deliverable requirements. Section VII, “Additional Terms,” has been updated to delete the General Terms and Conditions for Commercial Items and Services (Revision 24, April 2026) and replace them with the Brookhaven Science Associates, LLC, General Terms and Conditions for Non-Commercial Items (Revision 25, September 2026). Section VII, “Additional Terms,” has been updated to replace the Supplemental Terms and Conditions for Work by Contractors Onsite at Brookhaven National Laboratory (Revision 24, April 2026) with the Supplemental Terms and Conditions for Work by Contractors Onsite at Brookhaven National Laboratory (Revision 25, September 2026). Offerors should review the revised RFQ, draft contract, and all associated attachments before submitting a quotation. Offerors that submitted a quotation in response to the original solicitation must submit a revised quotation addressing the amended requirements by the revised closing date. Previously submitted documentation that remains current and unaffected by the amendments may be incorporated by reference. At a minimum, the offeror must acknowledge all amendments and confirm whether its previously submitted pricing remains valid. | Solicitation | 334516 | No Set-Aside | 10/15/2026 | 10/23/2026 | Upton, NY | |
NASA/NSSC has a requirement for Dopant Selective Deep Reactive Ion Etching of 4H-SiC Wafer. See attached SOW for full details of the requirement. VENDORS MUST REFERENCE THE NOTICE ID WHEN SUBMITTING A CAPABILITY STATEMENT. NOTE: Quotes received in response to this notice will NOT be considered and will not be evaluated by NASA’s Technical End User Team. We are currently only requesting Capability Statements. | Special Notice | 334413 | No Set-Aside | 10/13/2026 | 10/16/2026 | Cleveland, OH | |
Amendment 2: The deadline for submitting questions has been changed from October 8, 2026 to October 14, 2026. The quotation due date and time have been changed from October 12, 2026 to October 16, 2026 at 4pm Eastern Time Zone. Amendment 1: This requirement was originally solicited on May 22, 2026, with a closing date of June 23, 2026. The solicitation is being reopened with a revised closing date of October 12, 2026. The following changes have been made: B1 – RFQ 475591 The deadline for submitting questions has been changed from June 8, 2026, to October 8, 2026. The quotation due date and time have been changed from June 23, 2026, to October 12, 2026, at 4pm Eastern Time Zone. The acquisition classification has been changed from commercial products or commercial services to noncommercial items. B1 – Enclosure A, Draft Contract 475591 and Attachments Section I, “Scope of Work,” has been updated to replace SOW Version 3 and Technical Specifications Version 1 with SOW Version 5 and Technical Specifications Version 3. Revisions are identified in green font. Section I, “Scope of Work,” has been updated to include new reporting and deliverable requirements. Section VII, “Additional Terms,” has been updated to delete the General Terms and Conditions for Commercial Items and Services (Revision 24, April 2026) and replace them with the Brookhaven Science Associates, LLC, General Terms and Conditions for Non-Commercial Items (Revision 25, September 2026). Section VII, “Additional Terms,” has been updated to replace the Supplemental Terms and Conditions for Work by Contractors Onsite at Brookhaven National Laboratory (Revision 24, April 2026) with the Supplemental Terms and Conditions for Work by Contractors Onsite at Brookhaven National Laboratory (Revision 25, September 2026). Offerors should review the revised RFQ, draft contract, and all associated attachments before submitting a quotation. Offerors that submitted a quotation in response to the original solicitation must submit a revised quotation addressing the amended requirements by the revised closing date. Previously submitted documentation that remains current and unaffected by the amendments may be incorporated by reference. At a minimum, the offeror must acknowledge all amendments and confirm whether its previously submitted pricing remains valid. | Solicitation | 334516 | No Set-Aside | 10/12/2026 | 10/16/2026 | Upton, NY |
Additional Details
Solicitation Number
478038
Archive Date
May 23, 2026
Office Address
Upton, NY, 11973