High performance fiberoptic switches are in great demand for use in optical communication networks and modern defense systems. Current fiberoptic switches do not simultaneously meet the requirements of high speed, low loss, high extinction ratio, and highreliability. Based on the successful… More

This proposal addresses the fabrication of a novel fiber optic field sensor, having significant performance and cost advantages over the competing technologies. Fiber optic based sensors offer attractive features of immunity to electromagneticinterference, excellent electrical isolation, compatible… More

High performance fiberoptic switches are in critical demand for use in the ever-growing communication networks and modern defense systems. Fiberoptic switch is the key component to enable much simplified and higher performance Active Optical Networks,where optical signals/channels are dynamically… More

"This program addresses the development of a solid-state optical switching technology. Current fiberoptic switches do not simultaneously meet the requirements of high speed, low loss, high extinction ratio, and high reliability. Sub-microsecond andmultiple-port fiber switches of low loss and low… More

"High performance fiberoptic switches are in great demand for use in the information super-highway and modern defense systems. Current fiberoptic switches do not simultaneously meet the requirements of high speed, low loss, high extinction ratio, and highreliability. Based on a successful phase I… More

"High performance fiberoptic switches are in great demand for use in the information super-highway and modern defense systems. Current fiberoptic switches do not simultaneously meet the requirements of high speed, low loss, high extinction ratio, and highreliability. Based on a successful phase I… More

"Agiltron proposes a revolutionary approach to Mid-IR imager intrinsically having advantages in sensitivity, energy efficiency, reliability, and cost as compared with the competitive approaches. The innovation is based on pixel-level integration ofmicro-machined PbSe-Au interferometer that directly… More

"High performance fiberoptic switches are in great demand for use in both modern commercial and defense communication networks and next-generation military sensing systems. Current fiberoptic switches lack reliability and operation speed. Carrie-classreliable switch matrix has not been realized… More

"Nanoparticles are attracting increasing attention because of their unique properties. Applications based on particles down to nanometer size range are growing rapidly. The ability to coat high performance layers on nanoparticles would offer unsurpassedfunctionality and further broaden the range of… More

"The terahertz (THz) wave region is an underutilized electromagnetic spectrum in which generation is difficult. The existing THz sources are generated either by large and expensive free electron laser or by pulsed optical radiations. There is an increasedneed for continuous THz wave source of high… More

"This program addresses the development of a solid-state optical switching technology. Current optical switches do not simultaneously meet the requirements of high speed, low loss, high extinction ratio, low power consumption, high damage threshold, andhigh reliability. Sub-microsecond and… More

"The traditional way of steering light is using turnable mirrors, prisms or other optical components by mechanical actuators. These are usually large, heavy and consume relatively high powers. Moreover, the rate/speed at which light can be modulated is slowcompared with today's demand on switching… More

This program addresses a new approach to IR imager that closely mimics biological organisms sense principals, having advantages in sensitivity, energy efficiency, reliability, and cost as compared with the competitive approaches. The innovation is based onincorporation of sensitive polymer-molecular… More

Agiltron proposes a new concept for room temperature infrared imaging, which has the extraordinary potential of meeting the stringent requirement for monitoring the image projectors under intense EMI interference. This real-time monitoring system can beused to maintain the calibration of… More

Lasercomm offers attractive benefits of energy efficient, small size and weight, as well as resistant to detection and jam. However, lasercomm requires high accuracy pointing systems due to the much narrower beam divergence compared to conventional RFtechnology. Although mechanical beam steering… More

The present invention provides an inexpensive and low loss fiberoptic manifold for lightweight, high-efficiency, electronically steerable, phased-array antennas. Our approach is sate-of-the-art in design and closely coupled with proven volume fiber optic component manufacturing techniques, holding a… More

This proposal addresses an unconventional photonic approach to the next generation IR scene generator. The revolutionary IR scene generator design intrinsically has advantages in speed, compactness, light intensity, temperature range, spatial resolution,background noise, reliability, and cost as… More

This program addresses the development of a cutting edge optical switching technology for microchip laser. Leveraged on our industry leading solid-state optical switch commercialization expertise, AGILTRON Inc. is developing and perfecting a uniqueoptoceramic 1x4 switch. This program is focused on… More

This program addresses the development of a cutting edge optical switching technology for microchip laser. Leveraged on our industry leading solid-state optical switch commercialization expertise, AGILTRON Inc. is developing and perfecting a uniqueoptoceramic 1x4 switch. This program is focused on… More

This program addresses a revolutionary low cost manufacturing technology of digitally switchable fiberoptic true time delay manifold for high performance phased array antenna. By using an improved electro-optic material system, the proposed integrateddevice will provide sub-microsecond high… More

This program addresses a new approach to IR imager that closely mimics biological organisms sense principals, having advantages in sensitivity, energy efficiency, reliability, and cost as compared with the competitive approaches. The innovation is based on incorporation of sensitive… More

Agiltron proposes a new uncooled infrared imaging concept that meets the stringent requirements for background fire protection monitoring under intense EMI at the large Air Force Flight Test Center anechoic facility. The approach is fully compatible with silicon IC processing and utilizes a novel… More

The present invention provides an ultra-reliable and low loss fiberoptic manifold for lightweight, high-efficiency, photonic phased-array antennas. Our approach is sate-of-the-art in design and closely coupled with proven volume fiber optic component manufacturing techniques, holding a promise of… More

This proposal addresses an unconventional photonic approach for the next generation of IR scene generator that provides all-aspect, realistic IR threat simulation for infrared controlled and guided missile weapons systems and trackers. The new IR scene generator design provides intrinsic advantages… More

The proposed approach provides a high performance mechanical optical fiber splice of single piece construction. Leveraging on advanced glass and polymer material processing technologies, the new splice design offers advantageous attributes of compactness for use with minimum space intrusion,… More

Utilizing recently available exceptional mercurous chloride (Hg2Cl2) acousto-optic material having the largest known optical filter figure of merit, we propose to develop a state-of-the-art high speed and wide-bandwidth long-wavelength acousto-optic tunable filter (AOTF). The proposed device has… More

Leveraging on our industry leading switchable photonic delay commercial product offerings, Agiltron proposes to develop the next-generation 8-bit delay line that meets the challenging requirements of lower insertion loss and higher switching speed. The next-level performance improvement will be… More

75905-Solid state lighting based on organic light emitting diodes (OLED) offers significant gains in power efficiency, color quality, and lifetime, with less cost and environmental impact than traditional incandescent and fluorescent lights. However, currently available OLED devices do not meet the… More

Currently available IR fibers are inadequate for fiberoptic IR imager applications due to their narrow transmission range, unacceptably large optical loss, and high cost. These deleterious features have also hampered their acceptance for applications in chemical sensing, thermometry, and laser… More

High performance fiberoptic switch is an enable technology for new generation optical telecommunication and fully secured quantum communication/cryptography applications. Current fiberoptic switches do not simultaneously meet the requirements of high speed, low loss, high extinction ratio, and high… More

Agiltron and University of Oklahoma jointly propose a revolutionary multi-band/multi-threat warning system having intrinsic advantages in sensitivity, speed, energy efficiency, reliability, and cost as compared with the competitive approaches. The device integrates three-band detection and… More

The proposal addresses a new class of IR detector that mimics the snake's thermal sensing ability. The design is based on the extensive research derived findings on biological IR sensing systems and leverages recent material process progress in multi-layered nano-scale membrane preparation. The… More

This proposal addresses a novel photonic approach to the high performance IR scene generator. The revolutionary design has intrinsic advantages of broadband, high apparent temperature, compactness, high spatial resolution, low background temperature and noise, high reliability, and low cost, as… More

The use of thermoelectric devices as alternative energy sources has been investigated with limited success. Manufacturing costs and limited power generation efficiency have prevented the economical, large-scale production and use of the thermoelectric devices as a viable alternative energy source.… More

This Small Business Innovation Research (SBIR) Phase I project addresses a low cost technology for the mass production of high performance piezoelectric single crystals. The approach will potentially lead to a new generation of engineered piezocrystals exhibiting attributes of low cost, high quality… More

The terahertz wave region of the electromagnetic spectrum offers exciting and unique attributes for security imaging and secure broadband communications. However, THz signal generation is difficult and current applications are rare. Existing THz sources utilize large and expensive lasers operating… More

The present invention is a low cost method of mass-producing large size, ultra-fine grain Nd:YAG laser ceramics. Agiltron's approach will potentially lead to a new generation of engineered polycrystalline laser materials exhibiting new performance and cost attributes that are not previously… More

Leveraging our industry leading photonic delay commercial product offerings, Agiltron proposes to develop next-generation 8-bit time delay modules that meet the challenging requirements of lower insertion loss, higher switching speed, low weight, and low cost. Next-level performance will be… More

The proposed approach provides a high performance mechanical optical fiber splice of single piece construction. Leveraging on advanced glass and polymer material processing technologies, the new splice design offers advantageous attributes of compactness for use with minimum space intrusion,… More

75905S Solid state lighting based on organic light emitting diodes (OLED) offers significant gains in power efficiency, color quality, and lifetime, with less cost and environmental impact than traditional incandescent and fluorescent lights. However, currently available OLED devices do not meet… More

This program addresses the development of a new fiber bundle technology for infrared imaging in the spectral range of 1-12 microns. Currently there is no single fiber system that covers this broad wavelength range. Agiltron proposed technology relies on the excellent IR properties of heavy halides… More

Based on our recent progress in a proprietary optical MEMS IR camera technology, Agiltron Inc. proposes to develop a revolutionary approach to produce an uncooled IR imager whose operation band is switchable between broadband coverage of the combined MWIR and LWIR spectrum and only the MWIR region. … More

Dual Source Enemy Identification and Negation Lidar (DSEINL) is a preferred method with wide field of view and high detection rate to find and identify enemy combatants and sniper rifles by receiving the co-reflected or retro-reflected light from the sighting riflescope or the enemy combatant¿¿s… More

Based on in-depth experience with advanced optical ceramics, nano-particle coating, nanoceramic sintering and superplasticity deformation, in this program, AGILTRON Inc. and Florida International University, and University of California at Davis propose to develop next generation airframe and engine… More

In this program, leveraging our extensive experience in micro-precision fiber optic products and nano-composite engineering, Agiltron Incorporated proposes to realize high refractive index polymer fibers and associated polymer optic inverters, potentially meeting all the required level of… More

Leveraging on Agiltron's recent breakthrough in manufacturing low cost fiber optic digital delay lines and the drastic improvement in cost and performance of commercial optical transceivers, we propose to develop a practical fiber optic variable time delay based T/R integration module for microwave… More

Agiltron proposes a new class of significantly lightweight long wave infrared (LWIR) lens system for Army manportable fire control and missile systems. Our unique afocal design uses only three thin lenses with aspherical and Fresnel surfaces, holding the promise of providing unsurpassed optical… More

The proposal addresses a new class of large field of view panoramic two color + RF sensor system that is based on a revolutionary concept in sensing optics, potentially providing all weather, all aspect, multi spectral threat warning system. The new design is a practical solution to incorporate… More

Leveraging Agiltron's recent breakthrough in photonic nano-manufacturing technology and research on photonic crystals together with Northeastern University's know-how in the research of negative index material, we propose to design and fabricate a negative index photonic crystal material and… More

We propose a new Surface-enhanced Raman Scattering sampling chip and cell design of permeable/porous polymer matrix embedded with multi-layered gold nano-particles. The approach leverages the leading-edge micro-optical component development and manufacture at Agiltron and extensive experience in… More

Leveraging Agiltron's recent breakthrough in low loss/low cost solid-sate fiberoptic digital delay lines and variable splitter, we propose to develop a new type of affordable reconfigurable sparse delay line module. The proposed approach overcomes the deficiencies in limited delay time and… More

Leveraging Agiltron's recent breakthrough in manufacturing low cost fiber optic digital delay lines and variable optical attenuators as well as the drastic improvement in cost and performance of commercial optical transceivers, we propose to develop a practical fiber optic switchable… More

Agiltron, Inc proposes a fully integrated approach for free-space laser communication transceiver components offering multi-channel beam combination and separation with fast phase-shift and amplitude-variation capabilities. The innovation is independent electro-optic manipulation of the orthogonally… More

Based a proprietary micro-mechanical optical attenuator that directly integrated on fiber tip, we propose an unconventional broadband independently controlled IR source array for the next generation IR scene generator. The device design is very simple and overcomes the major shortcomings of the… More

NASA requires clear antistatic coatings that can withstand exposure to the rigors of the space environment. Agiltron proposes a coating consisting of inorganic conducting particles and space environment resistant polymer that shares the best features of inorganics and organics currently available.… More

Based on our recent progress in a proprietary Dual Source Enemy Identification and Negation Lidar (DSEINL) technology and successful Phase I feasibility demonstration, Agiltron Inc. proposes to develop a revolutionary approach to DSEINL for providing wide field of view and high detection rate to… More

Based on in-depth experience with advanced optical ceramics, nano-particle coating, nanoceramic sintering and superplasticity deformation, in this program, Agiltron, Inc. and Florida International University propose to develop next generation airframe and engine materials made of CNT/alumina… More

The proposal addresses a new class of large field of view two color MWIR uncooled sensing module with an RF sensor system that is based on a revolutionary concept in sensing optics, potentially providing all weather, all aspect, multi spectral threat warning system. The new design is a practical… More

Recent development in negative index materials has triggered great interest in imaging through a flat lens, and perhaps even ¡superlensing¡": exceeding the classical diffraction limit by capturing both evanescent and propagating wave components. Though d

In Phase I, Agiltron has successfully demonstrated the feasibility of the proposed Surface-enhanced Raman Scattering sampling chip and cell design utilizing a permeable/porous polymer matrix embedded with multi-layered gold nano-particles. The approach leverages the leading-edge micro-optical… More

In Phase I, Agiltron has successfully demonstrated the proof-of-principle of an innovative design and fabrication process for plastic fiber optical image inverter with significant reduction in weight, thickness, and cost. This new category of image inverter also also offers high performance,… More

Leveraging Agiltron's recent breakthrough in manufacturing low cost fiber optic digital delay lines and variable optical attenuators as well as the drastic improvement in cost and performance of commercial optical components, and the leadership of M/A-COM in the ELINT tuner, we propose to develop a… More

We propose to develop new polymer-ceramic nanoparticle composites for high power capacitors. The new approach combines the leading-edge nanomaterials development and manufacturing at Agiltron will transfer the high dielectric constant fillers to our new nanodielctrics with extremely improved… More

This proposal provides a breakthrough solution to realize a compact THz local-oscillator, which is phase-lockable and can tune 1-2 THz with flat output power in excess of 100 mW. The innovation is based on high efficiency intra-cavity difference frequency generation. A dual cavity optical parametric… More

Leveraging Agiltron industrial leading development and production of high speed fiber optical modulators and switches, we propose to realize a new class of high performance electro-optic field sensor. The approach is closely coupled with recent progress in electro-optic material and device… More

Leveraging on our extensive production experience on glass ferrules and micro-optic components, AGILTRON proposes to realize a new class of fiber optic connectors with built-in stress relief and special fiber optic components of miniature beam splitters and 90 degree reflectors, targeted for… More

Through this Phase I program, Agiltron has successfully produced an innovative transparent conductive nanocomposite paint that holds the promise of meeting space application requirements. The paint can be easily applied to many surfaces and forms a clear conductive coating at temperatures as low… More

We propose a new trace explosive collection and detection technique comprising Surface-Enhanced Raman Scattering (SERS) sampling chip and cell design of permeable/porous polymer matrix embedded with multi-layered gold nano-particles. The approach leverages the leading-edge micro-optical component… More

Agiltron proposes to demonstrate a breakthrough detector for readout of scintillators for gamma ray detection that overcomes the quantum efficiency and high voltage limits of current PMTs and APDs. It holds the promise to improve the current scintillator detector resolution by at least 30 percent… More

Based on our extensive experience in infrared glass and lens molding, Agiltron proposes to develop an advanced molded IR lens technology that will drastically improve the way the infrared sensor optics are produced for DoD applications. The proposed manufacturing technology produces IR optics with… More

Agiltron proposes to realize a new design of Thermal Mapping Device (TMD) capable of identifying fire ignition source in large and small areas, meets all the requirement that are unattainable with present technologies. Based on our demonstrated fabrication capability of a new category of… More

In this project, Agiltron and RTI International propose to demonstrate low-cost, low-power, man-portable megapixel SiGe SWIR imaging cameras as a vehicle to replace more costly InGaAs imaging cameras. In Phase I, superlattices of Ge quantum dots or strained SiGe layers will be investigated for their… More

Agiltron proposes a high-performance dual-band imager for the IRST sensors used in the ABL Wide Area Surveillance System (WASS). To meet the needs of the MDA, the proposed imager will feature simultaneous dual-band MWIR/LWIR operation for increased discrimination capability; megapixel resolution for… More

Leveraging on our extensive production experience on MEMS technology and fiber optic components, AGILTRON proposes to realize a new class of gas spectrometer with built-in MEMS enhanced mid-IR tunable laser and gas filled hollow fiber as gas cell, targeted for TIC and CWA detection. Our proposed… More

An innovative concept for a scalable Adaptive Digital Beamformer that can be applied to the full range of MDA radars is proposed. The concept is photonics based and will support transmit/receive applications over the .1 to 20 ghz band. The design provides a digitally controlled True Time Delay… More

Agiltron proposes to systematic study the un-stable mechanisms, leading to the establishment of space qualification procedure for fiber optic gyros (FOGs). The approach leverages our industry experiences in satellite FOG component and sensor system fabrication. This program will lead to development… More

Agiltron proposes to develop a mid-IR fiber laser having inherently attractive features of high efficiency, high power, good beam quality, single-piece robust construction without the need for optical alignment, large surface to volume ratio for efficient thermal management, lightweight, and compact… More

We propose to develop new ceramic nanoparticle filled polymer composites for high power capacitors. The new approach combines the leading-edge nanomaterials development and manufacturing at Agiltron, and the plastic engineering technology at the University of Massachusetts, Lowell. We will transfer… More

Agiltron, Inc proposes a dynamic color ratio window of IR simulator source array for the open-air test and evaluation of missile warning and directional infrared counter measurements. The proposed device is innovative to utilize the variable IR absorption of window approach, achieving the desired… More

Leveraging on our extensive R&D and production experience in optical MEMS switches, AGILTRON proposes to realize a new MEMS mirror array based fiberoptic array switch capable of breakthrough performances for all-optical MEMS switches under harsh operation environment. The design overcomes current… More

AGILTRON proposes to realize a new MEMS energy scavenger capable of powering in-situ micro sensors and their wireless modules under harsh operational environments. The design overcomes current shortcomings and achieves sufficient power output, reliability, miniature size, and low cost. The approach… More

This proposal provides a breakthrough solution to realize a compact broadly-tunable THz local-oscillator, whose tuning range covers 0.8-1.2 THz with flat output power in excess of 200 uW. The innovation is based on high efficiency intra-cavity difference frequency generation. A dual cavity laser is… More

In this program, Agiltron and the groups of Professors Rubner and Cohen at MIT propose a novel nano-porous coating for next generation NASA UV anti-reflection (AR) applications. The collaborative research leverages recent breakthroughs in nano-porous self-assembled low reflective index multilayer… More

This program addresses the development of non-intrusive, broad band, high sensitivity microwave electrical field sensors. Non-intrusive high frequency electrical field probes of high sensitivity have both military applications in fields of high power microwave weapon (HPM) development, and wide… More

This project will demonstrate a breakthrough detector for the readout of scintillators used for gamma ray detection in Nuclear Physics experiments. The new detector: (1) will overcome the quantum efficiency and high voltage limits of current photomultipliers (PMTs) and Avalanche Photodiodes… More

It is well established that in order to produce large-format LWIR HgCdTe FPAs for third-generation IR systems, Si substrates must be used. In the DoD Militarily Critical Technologies List (December 2005), HgCdTe/Si is listed as a critical material and achieving an etch pit density (EPD) < 1x106 cm-2… More

The objective of this effort is to design, construct, and demonstrate a highly efficient trace particulate and vapor sample collection system. Used in conjunction with any of the commercial trace explosive detection technologies, this will create a viable real-time non-contact screening technology… More

Agiltron is developing a new family of polymer-ceramic nanoparticle composite dielectric materials for high power capacitors such as required in directed energy pulsed systems. In Phase I we showed that embedding large dielectric constant fillers into nanodielctrics results in a composite with… More

We propose a novel poly-phase sampling scheme for an optoelectronic analog-to-digital converter (ADC) module which entails parallel sampling of different phases of an input RF signal to realize a 12-bit 10.24GSPS RF signal AD conversion. A unique feature of this approach is that electrical-in to… More

Agiltron proposes to develop an infrared fiber having inherently attractive features of high wavelength conversion efficiency, wide wavelength-conversion bandwidth, and agile wavelength routing all in IR regions (2 V 12 fYm). The design is closely coupled with our unique expertise in low loss IR… More

We propose to supply an improved version of our recently demonstrated trace explosive detection technology. This technology is comprised of a surface-enhanced Raman scattering, SERS sampling chip, a highly efficient air collection design, and a low cost Raman signal detection technique for trace… More

Agiltron has developed a breakthrough modular IR imaging technology that employs a photomechanical effect, in which an array of micro-machined sensor pixels converts IR radiation into visible light signals that can be optically detected by commercial off-the-shelf CMOS or CCD visible-light imagers.… More

This Small Business Innovation Research (SBIR) Phase I research project proposes a breakthrough Micro Electro-Mechanical Systems (MEMS) device that holds the promise of overcoming the drawbacks and limitations in present IR sensors. Based on a novel micro-photomechanical sensor design, the proposed… More

An innovative concept for a scalable beamformer that can be applied to the full range of Air Force radars is proposed. The concept is photonics based and currently supports transmit/receive applications over the 0.1 to 20 GHz band. The design provides a digitally controlled True Time Delay… More

Agiltron proposes to develop a new non-glass flexible display with a compact folded size (

In this program, Agiltron and the group of Professor D. W. Wang at Boston College propose a novel nano-porous coating for next generation MDA IR anti-reflection (AR) coatings for detectors and optics. The collaborative research leverages recent progress in nano-material development at Boston… More

In this project, Agiltron and RTI International propose a SiGe digital imaging sensor to replace the image intensifier tube in night vision goggles. The SiGe digitial imaging sensor will satisfy all modern warfighter requirements, including reductions in size, weight, power consumption, and cost;… More

Leveraging on our extensive experiences on system design and, AGILTRON proposes to realize a new taggant reader system with low light detection and ambient light insensitive abilities, targeted for taggant emission remote identification, locating, and tracking applications. The proposed taggant… More

An innovative concept for a scalable true time delay (TTD) array for digital beamforming is proposed. The concept is photonics and fiber optic wavelength division multiplexing (WDM) based and will support transmit/receive applications over the 1 to 20 GHz, extendable up to V bands. The design… More

Based on Agiltron's extensive experience of design and fabrication of UV LED cure systems that are currently employed in the fiber optics field, we propose to construct a new cost-effective UV LED-based cure system and epoxy resin for the rapid cure epoxy impregnated fiberglass for galvanic barrier… More

Agiltron proposes to develop a new class of multi-channel FORJ, which meets the demanding aerospace communication rotary link requirement of ultra-reliability, light weight, compact size, and high performance. Our approach is based on an optical wavelength division multiplexing (WDM) platform which… More

Agiltron has developed and demonstrated fabrication capability for a new category of uncooled photomechanical IR imagers that convert infrared radiation into visible images using a conventional visible-light CMOS camera. This breakthrough thermal image technology potentially offers next generation… More

Based upon the successful dual-band MWIR/LWIR imaging results demonstrated with our uncooled photomechanical imaging technology in Phase I, Agiltron proposes a high-performance uncooled dual-band imager for the IRST sensors used in the ABL Wide Area Surveillance System (WASS) in Phase II. To meet… More

In this program, Agiltron Incorporated and Wake Forest University jointly propose to develop an innovative optical limiter using a computational imaging system using pupil-phase engineering, which is a nonlinear optimization approach that seeks to determine the best pupil phase distribution that… More

Recent materials development together with an improving understanding of organic transistors has enabled solution-processed materials that show good performance, with high transparency in the visible range. In this program, leveraging on our extensive experience in organic material development and… More

Agiltron proposes a new multi-differential laser radar (MDLIDAR) optical trigger detection system. The design innovatively implements multiple stages of both optical hardware and image processing firmware filtering to reject background noise and clutter. The incorporated technologies include… More

Improved methods of neutron detection are needed not only for nuclear physics research but also for international control of weapons and neutron based therapies in medical applications. He-3 tube-based neutron detectors and planar solid-state neutron detectors are the two currently available… More

Agiltron and StockerYale team proposes to develop a new class of multimode fiber that is more durable, reliable, and tight-bending to replace the current mil-spec qualified fibers used in aerospace. Our approach is a combination of a proven trench assistant design principle optimization and… More

Agiltron proposes an innovative resonant fiber optic gyro (RFOG) based on air-core optical fiber achieving high performance, compact size, lightweight and low fabrication cost. The proposed gyro uniquely combines the advantages of high finesse of a ring laser gyro (RLG) and the advantages of long… More

Infrared (IR) imaging is the best method for detecting leaks of pollutant gases, but current technology based on cooled IR imagers is far too expensive ($75,000 to $150,000) for everyday field use by those who need it to meet regulatory limits¿electric and petrochemical utilities, manufacturing… More

Until now gamma radiation detection has required large single crystals of sensitive materials that are difficult to produce consistently on an industrial scale. In collaboration with a research group at the University of Texas at Arlington, Agiltron proposes to develop a new class of nanocomposite… More

An innovative concept for a scalable Digital Beamformer that can be applied to the full range of Navy radars/RF communication is proposed. The concept is photonics based and will support transmit/receive applications over the 0.1 to 40 GHz, and V bands. The design provides a digitally controlled… More

Future military satellite fiber optic systems require a matrix optical switch for reconfigurability. But to date, no MEMS based switch has been able to withstand the harsh shock and vibration environment of space. Agiltron, Inc., an experienced manufacturer of aerospace qualified optical switches,… More

This Small Business Innovation Research (SBIR) Phase I project addresses a method to achieve low-cost, high performance multiple-layer organic light emitting devices (OLEDs) by solution process. OLED is emerging as a next-generation display and lighting technology, they have a number of intrinsic… More

This SBIR Phase I research project will develop an innovative carbon nanotube water filtration membrane technology that will drastically outperform conventional filtration membranes. This project aims to improve performance by fabricating an ultra-high flux carbon nanotube filtration membrane… More

Agiltron has developed and demonstrated fabrication capability for a new category of photomechanical IR imagers that convert infrared radiation into visible images using a conventional visible-light CMOS camera. This breakthrough photo-mechanical thermal image technology potentially offers next… More

During SBIR Phase I program, we successfully developed the passive fiber alignment, fiber tapering and bending techniques incorporated with the corresponding UV glue process for the field fiber connections, fabricated the testing samples of permanent fiber connectors and fiber in-line 900 benders,… More

Agiltron will realize low-power, low-cost thermal mapping devices capable of intelligently identifying fire ignition sources in confined spaces. The thermal mapping device will rapidly identify ignition sources with integrated digital signal processing and measure precise fire location, intensity,… More

Agiltron together with Prof. Michael Rubner's group at MIT is developing a new family of nanoporous, low refractive index coatings for next generation NASA UV anti-reflection (AR) application on large plastic optics. The initial application is intended for 2.5 m diameter PMMA Fresnel lenses which… More

Improved measurements of atmospheric CO2 are needed to better characterize processes involving carbon transformations of soil, vegetation, and associated ecosystem components, and exchanges with the atmosphere. However, current state-of-the-art CO2 sensors neither have the accuracy at the low end… More

Precisely sensing nuclear detonations is critical to preventing the proliferation of weapons of mass destruction. Extreme sensitivity on the order of approximately 0.5 ng/sqrt(Hz) is desired, along with robustness and low cost. All three axes of acceleration must be detected. However, current… More

Agiltron proposes an uncooled two-color MWIR imaging system to meet all the critical attributes necessary to satisfy HFI imaging requirements as well as providing a low cost alternative sensor for all USMC and USN fixed and rotary wing aircraft at risk. Agiltron"s solution is based on our… More

An inexpensive imaging instrument to quickly locate leaks of methane and other greenhouse and VOC gases would reduce that cost and effort expended by industry to comply with EPA regulations. In Phase I of this SBIR program, a new gas leak visualization camera was demonstrated using Agiltron¿s… More

We propose to realize a new class of microbolometer FPA technology with significantly reduced 1/f noise by replacing the sensing material (e.g. VOx) with colossal magnetoresistive (CMR) oxides. The program uniquely combines Agiltron's experience in novel IR imager development and leading academic… More

In this Phase I STTR research program Agiltron will demonstrate that low-cost, micro-contact printing is suitable for the fabrication of large area, thin-film, flexible metamaterials with unique optical properties for wavelengths between 2 and 14 microns. Our research partner, the University of… More

Develop economical industrial-scale process for production of bulk gamma radiation detectors based on composite material(s) that have characteristics comparable to large single-crystal detectors. DESCRIPTION: The current generations of moderate- and high-resolution detectors for gamma radiation… More

Leveraging on our extensive R&D and production experience in MEMS based components and sensors, AGILTRON proposes to realize a portable and low-cost equipment based on an innovative highly sensitive magnetometer, for detecting the presence of corrosion without disassembling the aircraft or removing… More

Leveraging on our extensive production experience in fiber optical components and fiber lasers, AGILTRON proposes to develop a new novel high pulse energy tunable blue laser with doped ZBLAN fiber. Based on enhanced blue upconversion by properly selected co-doped materials, the proposed blue fiber… More

Agiltron will develop and produce a low-cost and rugged yet highly accurate Portable Missile Miss-Distance Identification System (PMMDIS). The PMMDIS will be based on Agiltrons field-tested, low-cost uncooled photomechanical infrared imaging technology, the only technology to demonstrate high-frame… More

This program will demonstrate, for the first time, a commercial prototype high power fiber laser in the 3-5m band, based on Agiltron chalcogenide glass infrared optical fiber technology. High power IR lasers that emit multiwatt output at various infrared wavelengths in the 212m region are a… More

This SBIR Phase I research proposal will develop a novel super-capacitor that will have two times the energy density and ten times the power density of the best conventional carbon-based super-capacitors. This will be achieved by fabricating a nano-engineered electrode comprising of core/shell… More

This award is funded under the American Recovery and Reinvestment Act of 2009 (Public Law 111-5). This Small Business Technology Transfer Phase I project will develop a low cost manufacturing process for a carbon nanotube based (CNT) dry adhesive that emulates the mechanical properties of gecko… More

An innovative concept of a fast switching array for high bit-resolution photonic time delay that can be scalable to the ESA systems of MDA/Navy radars is proposed. The design is based on Electro-Optic (EO) effect incorporated with super miniature fiber collimation array, which is suitable to… More

Leveraging Agiltron¿s recent breakthrough in the broad band and tunable photonic high-Q factor RF filtering technique, we propose to develop a high-spectral-purity, low-phase-noise, spurs-free opto-electronic oscillator (OEO) operating at W-band for the NIST applications. Based on our unique… More

DESCRIPTION (provided by applicant): Agiltron proposes an innovative dental OCT (optical coherence tomography) miniature probe with a unique and high speed 2D MEMS scanner. This will enable the miniaturization of the two dimensional probe, so that dentist need only hold a probe in a fixed position… More

Present fiber connector cleaning methods and systems have a high fail rate with an unacceptable level of uncertainty as to the effectiveness of the application. Fast and effective cleaning of fiber optic connectors remains a challenging task due to the high susceptibility of communication fibers to… More

Underwater electric field detection in the vertical (Z-component) direction is becoming more important in anti-submarine warfare (ASW) to detect and classify marine vessels in addition to the horizontal (X and Y component) plane. Leveraging on our extensive experience on photonic approaches for… More

Leveraging on our extensive experience on laser projection technology, AGILTRON proposes to realize a new class of see-through type of Head Mounted Display (HMD) with wide field of view and foveal vision ability, targeted for integrating with enhanced vision systems for night and daytime dismounted… More

In this SBIR program, we propose to develop a wide angle and fast optical detection system for measuring the slung load cable angle and angular rate in real time, which is necessary to stabilize the external loads in heavy-lift vertical resupply operations by fleet helicopters or unmanned… More

In this program, Agiltron proposes the development of self-powered bio-mechanical swarms for detection and communication of biochemical agents for both civil and defense applications. We propose to integrate a micro electro-mechanical suite of sensors, actuators, power harvesters and electronics by… More

Leveraging on our extensive experience in carbon nanotube material processes and printing technology, AGILTRON together with a research group from UIUC, propose to realize a new class of integrated circuits printed from single wall carbon nanotubes (SWCNTs). This new printed integrated circuit (PIC)… More

The Agiltron lilliputian thermal camera implements a revolutionary approach to thermal imaging. Based on our company's proven photomechanical IR imaging technology, we separate the IR focal plane array (FPA) from the readout integrated circuitry (ROIC), which allows ubiquitous yet highly-functional… More

The multi-beam beamformer can benefit MDA's radar sensor and communication. In this program, Agiltron proposes a photonics-based, multi-beam, low-loss beamformer. Agiltron's variable fiber optic time delay lines will provide true time delay for the beamformer to form, steer, point and track the RF… More

Agiltron, in collaboration with RTI International and Black Forest Engineering, will demonstrate in this program a low-SWAP (size, weight, and power), large pixel resolution, sub-10 m pixel pitch SWIR imaging camera that will meet the Army's requirements for imaging performance. The heart of the… More

Agiltron will demonstrate a low-SWAP (size, weight, and power) multi-spectral imager based on our proven photomechanical IR imaging technology where an LWIR scene is transduced into a visible signal and optically readout by a visible CMOS or CCD imager. The multi-spectral photomechanical imager that… More

Building on the experience in coherent detection optical system design, in fiber lens array beam steering, in fiber optics component fabrication and high speed modulation development, in random surface light scattering, and in light propagation properties, AGILTRON proposes to establish a 3D LADAR… More

Carbon nanotubes possess superior thermal conductivity along their axial direction, which is greater than that of diamond. Their nanoscale geometry offers incredibly high surface area for heat exchange with air and their one-dimensional nanostructures provide the possibility of forming extremely… More

In this SBIR program, Agiltron proposes to develop a new class of wireless sensor nodes with integrated energy harvesters, which will be indefinitely self-powered, for use in Light Armored Vehicle (LAV) environments. The proposed effort leverages on industry-wide development in ultra-low power… More

Leveraging on our extensive experience on laser projection technology, AGILTRON proposes to realize a new class of see-through type of Head Mounted Display (HMD) with wide field of view (WFOV) and dynamic foveal vision ability, targeted for integrating with enhanced vision systems for night and… More

Agiltron, in collaboration with the Nanodielectric Group headed by Prof. Lei Zhu and Steven Boggs at the University of Connecticut (UConn), proposes a novel nano-engineering approach to develop a new category of nano-dielectrics for high energy density capacitor applications. The new approach… More

In this program, Agiltron proposes a novel nano-engineering approach to develop a new category of nonlinear nano-dielectrics for Gigahertz pulsed power applications. The new approach combines the cutting-edge nanomaterials development and manufacture at Agiltron and a recently developed atomic layer… More

In this project, Agiltron, RTI International, and L-3 Communications Electro-Optical Systems will fabricate SiGe digital imaging sensors based on our SWIR imaging technology that will meet or exceed the performance of Gen 3 image intensifier tubes. The SiGe digital imaging sensor consists of a… More

DESCRIPTION (provided by applicant): Agiltron propose to develop a Portable High Resolution Detector for Rapid Field Arsenic Test in Drinking Water, based on Surface-Enhanced Raman Spectroscopy (SERS) and Nanostructured SERS substrates. In Phase I of the p rogram, we will demonstrate feasibility by… More

Realizing a practical optical fiber for the 8-12 micron wavelength range has been a goal of the optical technology community for more than twenty years. Although many special fiber materials and structures have been attempted since the 1980s, none has fully met commercial requirements in terms of… More

Agiltron and the University of Massachusetts Lowell will develop a transformational terahertz (THz) imager based on Agiltron's established optical readout photomechanical imaging technology. The photomechanical imager contains a MEMS-based focal plane array that transduces THz radiation into a… More

A stand-off mid-IR based system offers great promise for the detection of chemical, biological or explosive (CBE) agents. Such a system has yet to be realized due mostly to broad spectral features and interfering substances. In this proposal we will demonstrate the feasibility of a system that… More

A Neutron detection device is an indispensable tool for power, medical, and defense applications. Proliferation of weapons of mass destruction such as nuclear weapons is a serious threat in today's world. Low cost, low power, high performance, rugged and portable neutron detection devices are highly… More

Leveraging on Agiltron's industry leading development of optical MEMS devices and the PI's experience with FTIR spectrometer design, we propose to develop a new class of high performance compact and rugged FTIR spectrometers for LWIR optical range. The design is based on the MEMS lamellar mirror… More

We propose to realize a new class of microbolometer FPA technology with significantly reduced 1/f noise by replacing the sensing material (e.g. VOx) with colossal magnetoresistive (CMR) oxides. The program uniquely combines Agiltron's experience in novel IR imager development and leading academic… More

DESCRIPTION (provided by applicant): Detection of exposure to environmental agents by measurement of internal dose of such agents or their metabolites, chemical or biological, requires rapid assessment and identification of exposure to both known and unkno wn threats. Fast detection and… More

Leveraging on our extensive production experience in fiber optical components and fiber lasers, AGILTRON proposes to realize a new high pulse energy tunable blue laser with doped ZBLAN fiber. Based on enhanced blue upconversion by properly selected co-dopant materials, the proposed blue fiber laser… More

Agiltron proposes to use patterned metal-vanadium oxide layers as a fast, high contrast infrared optical switch. The desired effect, based upon extraordinary optical transmission, has been demonstrated for visible light and should have greater contrast in the infrared. The effect of grain size,… More

Printed integrated circuits (PIC) allow us to take advantage of substrates that otherwise could not be utilized in traditional fabrication techniques. This enables the production of circuits that are transparent, flexible, and conformal, opening a wide range of new applications for large area… More

AGILTRON proposes to realize a new MEMS energy harvester capable of powering in-situ micro sensors and their wireless modules under harsh operational environments. The design overcomes current shortcomings and achieves sufficient power output, reliability, miniature size, and low cost. The approach… More

The proposed innovative in-fiber beam expansion technology and the all inorganic micro-optic fiberoptic device designs intrinsically have advantages in power handling, speed, insertion loss, reliability, and potentially cost as compared with other approaches. Our approaches overcome all the major… More

Agiltron, Inc. and Engineering & Scientific Innovations, Inc. propose a new non-rotating wind energy generator, based upon our extensive R&D experiences on aerodynamics, electromagnetic generators, and power management. The generator will have a total volume less than 9 cubic meters, total weight… More

Based on Agiltron''s extensive experience in design and fabrication of UV LED cure systems that are currently employed in commercial fiber optics applications, we propose to produce a state-of-the-art UV LED-based cure system for manufacturing impregnated fiberglass galvanic barrier for the new… More

We propose to develop a compact, marine-deployable chemical sensor for the underwater detection of explosives using surface enhanced Raman spectroscopy (SERS). SERS is a well known tool for chemical identification, down to the single molecule level of sensitivity that provides some unique advantages… More

This Phase II technology pursuit is a follow-on research and development effort to USSOCOM's Phase I SBIR Contract No. H92222-07-P-0051. As the result of this follow-on Phase II effort, Agiltron shall provide and demonstrate two (2) very high resolution, low power and low cost imagers that collect… More

Agiltron proposes to develop an integrated stand-alone multiple gas sensor for small spaces suitable for detection of gases emitted from batteries. The proposed composite gas sensor is based on multiplexed wavelength modulated tunable diode laser absorption spectroscopy (TDLAS). Using multiple diode… More

Agiltron will develop an infrared coating and Ka-band pass filter that can be used in missile domes and windows. An electrically conductive doped silicon thin layer is proposed as the shielding layer to replace the current embedded metal grid for shielding out-of-band microwave and radio… More

In this program, Agiltron will partner with Raytheon Integrated Defense Systems (IDS) to build, test, and deliver to the Navy a 3-D Fire Targeting System that will be the first such system to meet the requirements for exterior shipboard fire detection in next-generation Navy warships, such as the… More

Knowing the exact submarine position while submerged is critical for the Strategic Systems Programs (SSP) submarine programs to ensure mission success. Based on the fiber sensor technology, AGILTRON proposes to realize a distributed sensor device to determine the relative location of a GPS device to… More

We propose to develop a system to identify hull surface contamination, such as lubricants and amines formed during the coating process, using a measurement technique that can be adapted to a ship construction environment. The method we propose is laser light scattering, specifically standoff Raman… More

Building on our experience in fiber lens array beam steering, gradient index optical component design and fabrication, and high quality precise optical system design, AGILTRON proposes to produce an micro gimbal with gradient index lens technology. It includes four key optical modules: (1) precise… More

This program addresses the development of non-intrusive, broad band, high sensitivity microwave electrical field sensors. Non-intrusive high frequency electrical field probes of high sensitivity have both military applications in fields of high power microwave weapon (HPM) development, and wide… More

Agiltron proposes to produce a new class of multimode fiber that is more durable and bendable yet less cost to replace the current mil-spec qualified fibers used in aerospace. Our approach is a combination of an advanced trench index cladding fiber design that prevents light leaking-out in… More

Improvements in high energy particle accelerator detectors are needed to realize their potential for new discoveries in basic physics. The micromegas detector could achieve the best performance and lowest cost for the large structures required. Reducing critical dimensions and optimizing material… More

Recent materials development together with an improving understanding of organic transistors has enabled solution-processed materials that show good performance, with high transparency in the visible range. In this program, leveraging on our extensive experience in organic material development and… More

We propose to realize a new class of microbolometer FPA technology with significantly reduced 1/f noise by replacing the sensing material (e.g. VOx) with colossal magnetoresistive (CMR) oxides. The program uniquely combines Agiltron"s experience in novel IR imager development and leading… More

A Neutron detection device is an indispensable tool for power, medical, defense, and homeland security applications. Proliferation of weapons of mass destruction such as nuclear weapons is a serious threat in today’s world. Low cost, low power, high performance, rugged and portable neutron… More

Leveraging Agiltron’s industrial leading developments for optical measurement of motion in MEMS devices, we propose to use electro-optical sensors for measuring the displacement and gap in the NIST micro-rheometer. No electrical connections are required to the moving parts. All electronics and… More

1. Intellectual Merit Supercapacitors are indispensable energy storage and conversion devices with wide applications. Agiltron is developing a next generation EDLC supercapacitor that has more than two times the energy density and ten times the power density of the best conventional carbon-based… More

DESCRIPTION (provided by applicant): The overall goal of this proposed research is to adopt an inexpensive IR camera and image analysis software for non-contact monitoring the breath of a premature infant. Sleep apnea in these patients can lead to significant health problems, even death. Existing… More

DESCRIPTION (provided by applicant): The combination of high toxicity and widespread occurrence has created a pressing need for effective monitoring of arsenic in groundwater. Through this program Agiltron will develop a field deployable monitoring tool based on surface enhanced Raman spectroscopy… More

Increasing the optical surface finishing precision and reducing surface roughness will greatly benefit astronomy telescope and other optical systems. Conventional optical finishing only delivers about 1/10 lambda surface flatness and is hard to handle arbitrary surface shape. To finish optical… More

Agiltron proposes to develop volumetric optical coherence microscopic imaging technology for the full anterior chamber of the rabbit eye with high depth resolution, high speed, and high sensitivity to quantitatively assess the depth and extent of initial injury (001) in ocular irritant test. Studies… More

A Neutron detection device is an indispensable tool for power, medical, and defense applications. Proliferation of weapons of mass destruction such as nuclear weapons is a serious threat in today`s world. Low cost, low power, high performance, rugged and portable neutron detection devices are… More

Nuclear physics research has a need for position sensitive charge particle and gamma ray tracking devices. The micromegas detector could achieve the best performance and lowest cost for the large structures required. These detectors will be exposed to intense radiation, operate in high magnetic… More

Leveraging Agiltron"s industrial leading developments and production of Raman instruments, external cavity laser and nonlinear optical components, we propose to develop a new class of high performance compact deep ultraviolet (UV) laser for Raman spectroscopy. The approach is closely coupled… More

ABSTRACT: With a cutoff at 1.6 & #956;m, high carrier mobility, and the potential to be integrated with silicon integrated circuits, Ge offers the possibility to achieve large size arrays and small pixel pitch for high sensitivity SWIR imaging near room temperatures. In addition, integrating… More

ABSTRACT: The widespread use of thermoelectric devices to scavenge waste heat is currently limited due to two major reasons low ZT and the incompatibility of the material or process to form high-density thermojunctions needed for high-efficiency thermoelectric power generators. In this program,… More

ABSTRACT: Leveraging Agiltron industry leading development and production of spectrometer systems and components and wide band sensor arrays, we propose to develop a new class of high performance compact, high resolution, wide band spectrometer-on-a-chip. The approach is closely coupled with recent… More

In this Phase I STTR research program we will demonstrate low-cost and high throughput roll-to-roll processing to fabricate large area metamaterials. This program leverages recent breakthrough in nano-imprinting technology at University of Michigan, our partner in this program. In Phase I, we will… More

An innovative, super-miniature, fast-switching array-based photonic time delay device is being developed for the active electronically scanned-array (AESA) MDA and Navy radars. The design is based on the fast electro-optic effect, the super miniature fiber-lens collimation array, and the existing… More