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RFI - MILLIMETER WAVE FOR ARMY TACTICAL COMMUNICATIONS

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RFI-18-R-mmWaveFederal

Submission Closed08/31/2018, 10:00:00 PM UTC

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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NAICS: 541715

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Federal

U.S. Army Contracting Command – Watervliet Arsenal (ACC-WVA) Organic Industrial Base (OIB) Modernization Commercial Solutions Opening (CSO)

Solicitation # W911PT26SC001

The U.S. Army Contracting Command – Watervliet Arsenal (ACC-WVA) has issued solicitation W911PT26SC001, a Commercial Solutions Opening (CSO) authorized under the National Defense Authorization Act for Fiscal Year 2026 and DFARS Subpart 212.70. This competitive solicitation is open until September 30, 2027, and is designed to acquire innovative commercial products, technologies, and services to modernize the Army's Organic Industrial Base. The scope focuses on integrating manufacturing resources, linking legacy analogue systems with digital systems, and expanding modeling and simulation to enhance the delivery of materiel solutions. The CSO targets both traditional and non-traditional business entities, including small businesses and foreign-owned firms, provided they maintain an active System for Award Management (SAM) profile and a Unique Entity ID. The acquisition process follows a multi-phased approach consisting of a written solution brief, an optional presentation or pitch, and a final Request for Commercial Solution Proposal (CSP). Evaluation is based on responsiveness, technical merit, uniqueness, and price reasonableness. Successful responses may result in fixed-price contracts awarded under FAR Part 12 Commercial Item Procedures. Current Areas of Interest (AoIs) include advanced cannon technology, electrical infrastructure improvements at Building 120, chromium facility conversion, automated manufacturing for minor components, automated cooling tower treatments, advanced CNC vertical turning lathes, and advanced tooling for radial forging. Performance is primarily located at Watervliet Arsenal and Benet Laboratories, with a general period of performance not to exceed 12 months unless otherwise specified.

POSTED

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"Provide specialized piping expertise overseeing the Craft Labor/Corrosion Control subcontractor for field modifications at KSC including but not limited to fabrication and installation of piping spool pieces, piping & tubing supports, flared & welded tub

Solicitation # 80NSSC26945986Q

NASA Shared Services Center

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Scientific Data Management and Publication SupportThe Scientific Data Management and Publication Support subcontract, issued by the National Institutes of Health under the Department of Health and Human Services, focuses on the dissemination of data, tools, and technologies for prime contractors involved in NIDCD medical research projects. The selected provider will manage resource sharing between laboratories and the NIDCD, assist in the preparation of scientific publications, and implement NIH Data Management and Sharing plans. These tasks must be executed using statistical software and secure data repositories while maintaining strict adherence to NIH cybersecurity guidelines. The primary deliverables for this engagement include the provision of disseminated data sets and the completion of published research papers. This opportunity falls under NAICS code 541715 and has a response deadline of March 5, 2027.

National Institutes Of Health

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Human Temporal Bone and Fresh Ear Tissue Processing LaboratoryThis subcontract for the National Institutes of Health involves the receiving and processing of human temporal bones and fresh ear tissue to support research network projects for the NIDCD. The selected provider will be responsible for obtaining specimens from the National Hearing and Balance Organ Donor Program, processing inner and middle ear tissues, scanning slides, and summarizing donor medical records. Final deliverables include the processed specimens, high-resolution scanned images, and comprehensive annotated data. To execute these tasks, the contractor must possess specialized high-resolution slide scanning equipment and maintain strict biohazard containment protocols. Additionally, the provider is required to maintain an active IRB certification throughout the duration of the project. This effort falls under NAICS code 541715 and is managed under the Department of Health and Human Services.

National Institutes Of Health

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Coordinating Center for National Resource Network for the Study of Human Auditory and Vestibular Disorders (U24 Clinical Trial Not Allowed)

Solicitation # RFA-DC-28-002

Solicitation RFA-DC-28-002 is a Notice of Funding Opportunity from the National Institutes of Health, specifically the National Institute on Deafness and Other Communication Disorders, to establish a Coordinating Center for the NIDCD National Human Ear Resource Network. This collaborative network provides human inner and middle ear tissues to researchers for basic and clinical studies aimed at advancing the treatment of auditory and vestibular disorders. The Coordinating Center is responsible for maintaining network cohesiveness through the planning of workshops, symposia, and regular meetings, providing updates to laboratories, and managing communication with the public and scientific community regarding tissue donation. The maximum project period is five years, with a budget limit of 200,000 dollars in direct costs per year. Applicants, including for-profit organizations and small businesses, must maintain active registrations in SAM, eRA Commons, and Grants.gov. Proposals are evaluated based on the significance of the proposed center and the qualifications of the investigators, with additional reviews for human subject protections, inclusion policies, and the use of vertebrate animals. Key requirements include a structured Data Management and Sharing Plan and adherence to cybersecurity guidelines, including a 48-hour incident reporting window. The application process is entirely electronic and requires several standard PHS and SF424 forms, with a response deadline of March 5, 2027.

National Institutes Of Health

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National Resource Network for the Study of Human Auditory and Vestibular Disorders (U24 Clinical Trial Not Allowed)

Solicitation # RFA-DC-28-001

Solicitation RFA-DC-28-001 is a Notice of Funding Opportunity issued by the National Institutes of Health under the Department of Health and Human Services to support the NIDCD National Human Ear Resource Network. The objective is to maintain a collaborative network of laboratories that serve as a national technological resource, providing human inner and middle ear tissues to researchers for basic and clinical studies to advance the treatment of auditory and vestibular disorders. The scope of work includes processing human temporal bones from the National Hearing and Balance Organ Donor Program, uploading images and medical data to EarBase, sharing gene-expression data via the gEAR repository, and providing technical instruction to increase the number of skilled researchers in the field. The NIDCD intends to commit 3.6 million dollars in FY 2028 to fund up to six awards, with a maximum project period of five years. Individual awards are limited to 450,000 dollars in direct costs per year, with an additional 150,000 dollars available for specific subawards. Applications are due on March 05, 2027, and November 01, 2027, with staggered start dates ranging from July 2027 to July 2028. Evaluation is based on the experience of the investigators, the adequacy of the institutional environment, and the protection of human subjects. Applicants must maintain active SAM registration and a Unique Entity Identifier, and they must provide a Data Management and Sharing Plan and a Material Transfer Agreement. Compliance with the Cybersecurity Act of 2015 is required, including the development of an incident response plan and notification of cybersecurity incidents within 48 hours of discovery.

National Institutes Of Health

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Silviculture Growth & Yield Modelling SpecialistThe Silviculture Growth and Yield Modelling Specialist subcontract supports prime contractors on projects for the Province of British Columbia's Ministry of Forests. The selected specialist will perform advanced statistical analysis and growth and yield modelling, specifically utilizing the Mixedwood Growth Model to establish stocking standards for conifer, broadleaf, mixedwood, and successional forests. A primary objective of the role is the creation of algorithms designed to project stand attributes based on data gathered from free growing surveys. Candidates must possess advanced proficiency in statistical analysis software and extensive expertise with the Mixedwood Growth Model to successfully deliver the required projection algorithms and modelled results. This opportunity was posted on October 19, 2026, with a response deadline of October 29, 2026.

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Mental Health Screening Tool Array DesignThis subcontract, titled Mental Health Screening Tool Array Design, involves providing clinical content and validated screening tools to prime contractors working on Illinois State Board of Education projects. The primary objective is to develop specialized tool arrays capable of identifying childhood mental health challenges related to internalizing, externalizing, and trauma. To ensure clinical efficacy and legal compliance with Public Act 104-0032, the tools must be optimized for administration in under ten minutes. The final deliverable consists of a validated set of screening tools fully integrated into the designated platform. This project is managed under the Community Residential Services Authority for the state of Illinois.

COMRESSERVAUTH586 - Community Residential Services Authority

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Notice of Correction to Award Information and Application and Submission Information for PA-27-037 "Predoctoral to Postdoctoral Transition Award (Parent F99/K00 - Clinical Trial Not Allowed)"

Solicitation # NOT-OD-26-091

This notice provides corrections to the award and application information for the Predoctoral to Postdoctoral Transition Award (Parent F99/K00), specifically for solicitation NOT-OD-26-091 issued by the National Institutes of Health. The primary updates involve the removal of Kirschstein-NRSA support period limitations. Eligible individuals may now receive up to five years of aggregate support, consisting of up to two years at the F99 predoctoral level and up to three years at the K00 postdoctoral level. Additionally, the notice clarifies that a Certification Letter is no longer required for these applications, and corresponding instructions have been removed from the SF424(R&R) Other Project Information section. These changes are effective for the application due date of August 8, 2026. For further inquiries, the Division of Biomedical Research Workforce serves as the primary point of contact.

National Institutes Of Health Office Of The Director

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Notice of NIBIB Participation in PA-27-037: Predoctoral to Postdoctoral Transition Award (Parent F99/K00 - Clinical Trial Not Allowed)

Solicitation # NOT-EB-26-005

The National Institute of Biomedical Imaging and Bioengineering is joining the Predoctoral to Postdoctoral Transition Award (Parent F99/K00), effective for applications received on or after December 08, 2026. This funding opportunity is designed for researchers transitioning from predoctoral to postdoctoral training, provided that clinical trials are not involved. All submitted applications must align with the specific missions of the participating Institutes and Centers. This update expands the list of participating organizations and agency contacts to include the National Institute of Biomedical Imaging and Bioengineering and its Chief Grants Management Officer. The award is supported by a wide array of National Institutes of Health offices and centers, including the National Cancer Institute and the National Institute on Aging, among others. All other terms and conditions of the original notice of funding opportunity remain unchanged.

National Institute Of Biomedical Imaging And Bioengineering

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Notice of FIC Participation in PA-26-002 "NIH Collaborative International Research Project (Parent PF5 Clinical Trial Optional)"

Solicitation # NOT-TW-26-002

The Fogarty International Center is participating in the NIH Collaborative International Research Project, identified as PA-26-002. This funding opportunity is effective for applications submitted on or after January 25, 2027. The program is designed for collaborative international research projects and allows for optional clinical trials. A wide array of NIH Institutes and Centers are participating organizations, and applications must align with their specific missions. Additionally, the Office of Research on Women's Health, the INCLUDE Project, and the Office of Data Science Strategy may provide co-funding for assigned applications. All other terms and conditions of the original notice of funding opportunity remain unchanged.

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Thermal Performance & Dielectric Testing LaboratoryThis subcontract opportunity is for a Thermal Performance and Dielectric Testing Laboratory to provide independent testing and validation services for prime contractors supporting USAF AFLCMC/WAR F-22 cooling fluid projects. The selected provider will be responsible for evaluating low-temperature viscosity, high-temperature stability, and dielectric strength utilizing specialized equipment such as viscosity meters and stability chambers. The final deliverables for this engagement include comprehensive technical test reports and performance validation data. To be eligible, the contractor must be a domestic U.S. company and hold ISO/IEC 17025 accreditation. The work is associated with NAICS code 541715 and will be performed at Wright Patterson AFB. Interested parties must submit their responses by November 3, 2026.

FA8611 Aflcmc Wauk F22

POSTED

1 day ago

DEADLINE

in 14 days

General Info

Agency

Department Of Defense → W6QK Acc-Apg

NAICS

541715 - Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

Place of Performance

ABERDEEN PROVING GROUND, MD, 21005, USA

Set-Aside

NONE

Documents

RFI_mmWave_GC_v4.docx

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Timeline

PhaseClosed

PostedJul 2

special-notice

Response DeadlineAug 31

Deadline has passed

Submission Closed

08/31/2018, 10:00:00 PM UTC

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Organization & Contact Information

AgencyDepartment Of Defense → W6QK Acc-Apg

Contacts2 people available

OfficeABERDEEN PROVING GROU, MD, 21005-1846, USA

Organization / AgencyDepartment Of Defense → W6QK Acc-Apg

Office AddressABERDEEN PROVING GROU, MD, 21005-1846, USA

Contacts

Andrew.M.PiloneContract Specialist

contact@example.gov

+1 (555) 000-0000

Johanna HerschContracting Officer

contact@example.gov

Full Description

The US Army Communications Electronics Research & Development Engineering Center (CERDEC) Space & Terrestrial Communications Directorate (S&TCD) is constantly looking for new technologies that can help alleviate the congested RF spectrum. The need of enhancing higher throughputs, being reliable and secured is crucial for the new generation of wireless networks. Having larger bandwidths compare to traditional and legacy networks will increase the capability of having real time situational awareness with high definition (HD) uncompressed video. The highly directional links that need to be implemented in order to overcome the large path loss at mm wave frequencies make this technology very attractive for low probability of intercept (LPI) and low probability of detection (LPD). The use of mmWave communication systems for terrestrial applications by the US Army is in its infancy and these frequencies create unique challenges for on the move applications. A tracking system is needed to be able to keep the link between radios when implemented in a vehicular convoy configuration. Another unique challenge is to be able of maintain communications when line of sight (LOS) is not available. The new radio technology will need to be able to characterize mmWave wireless channel models for different weather tactical scenarios (desert, tropical, snow, urban, metropolitan). A main, long term goal will be the utilization of this new technology to support air to ground and air to air communication links. Traditional legacy systems have limited bandwidths and frequency allocation is becoming an issue. In order to meet the Army's growing needs it has become crucial to move to higher frequencies to support multiple users and avoid interference. The electromagnetic spectrum has become more attractive for commercial applications around 60 GHz mmWave communications such as 5G and Wireless Gigabit Alliance (WiGIG) as well as 38 and 70 GHz regions for fixed service wireless backhaul. At mm wavelengths, spectrum is abundant compared to that at frequencies below 10 GHz, which are typically in use by tactical networks as well as commercial cellular and WLANs. Unlicensed spectrum in the 60 GHz region offers up to 100 times more spectrum than is available in the Industrial, Scientific and Medical (ISM) bands or Wi-Fi or 4G at carrier frequencies below 6 GHz. Unlicensed spectrum in the 28, 38 and 72 GHz bands alone totals more than 20 GHz. More available spectrum makes it possible to achieve higher data rates using comparable modulation techniques to those currently in use. Improvements in modulation and signal processing techniques at mmWave frequencies can only offer further improvements in throughput as well as enhancing LPI/LPD and AJ capabilities. The US Army is looking to be at the cutting edge by moving to higher mmWave frequencies where new techniques will be required. Specifically, traditional antennas may not be suitable. To combat this issue, innovative solutions for mmWave technologies around 28 GHz and 72 GHz are attractive to the US Army. Such solutions may include the use of new transistor technologies, such as GaN, to increase the range of communications. Similarly, highly directional phased arrays capable of beam steering may be needed in order to overcome the high loss at such frequencies. CERDEC is interested in receiving information from companies that have experience in the design, development, and/or implementation of millimeter wave (mmWave) systems for application to the tactical battlespace and/or technologies, techniques, and components to support the development of such a system for on the move applications. CERDEC S&TCD plans to use this information to support the Non-Traditional Waveforms (NTW) program, which was initiated in fiscal year 2018 (FY18). The purpose of NTW is to research and develop non-traditional waveforms and technologies for resilient communications in anti-access and area denial (A2/AD) environments by providing anti-jam (AJ) and low probability of intercept/low probability of detection (LPI/LPD) capabilities. NTW is a multiple product program with one product dedicated to mmWave technology. The objective of the CERDEC's mmWave program is to research, develop, and adapt cost effective communication systems for use in A2/AD environments via novel waveforms and techniques that operate in the mmWave frequency band. The mmWave product will identify and develop optimized techniques for mmWave communication systems that can operate in contested (presence of intentional RF interference) and congested (limited available frequency spectrum) environments with challenging and dynamic realistic mmWave channel conditions for on-the-move (OTM) conditions. An effective low cost tracking mechanism for the radio links is crucial for the communication system to support on the move applications. There are several potential application areas for mmWave technology for OTM applications. To enable this mmWave technology the system will need to support communication distances from 1 km - 8 km OTM while providing AJ, LPI/LPD, and interference suppression capabilities in contested and congested environments as well as maintaining data rates greater than or equal to 100 Mbps. Additional applications may be considered as well such as air/ground manned/unmanned teaming (MUM-T), which will require nodes to move at higher velocities. Desired attributes for the mmWave system include: 1. Provides anti-jam communications in austere electronic warfare (EW) environments and suppresses interference 2. Provides LPI/LPD and adaptive power control 3. Uses spectrum resources efficiently 4. Communication link has to work without any interruptions or interference on a vehicular convoy configuration for 360 degrees coverage. 5. Non line of sight communications is desirable. 6. The mmWave system should be electromagnetically compatible without legacy systems interference. 7. AES 256 bit Encryption desired. CERDEC S&TCD is also seeking information related to other directional networking approaches for similar applications to include state of the art architectures, waveforms, algorithms, models, technologies and components (to include directional antennas, hardware, and software). Additionally, information is sought on spread spectrum, MIMO, space-time adaptive processing, space adaptive processing, interference mitigation, and components that can support the development of mmWave tactical communication systems.