机场跑道异物检测FOD FinderT Detection and Retrieval System
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especially etch where the material has demonstrated superior etch resistance
Mirrors and optics (up to 1.5 meter) Nuclear fuel rod cladding Components for high temperature (up to
New Mexico
Massachusetts
Trex Spin Out Ventures
Ophthonix (Minority Partnership)
– Complete vision optimization solution – Z-View™ Aberrometer for higher accuracy of vision assessment – i-Zon™ customized eyeglasses – Revenue from products
POAP Sensor
POAP Technology Large format sensor chips with photodiode coating – Use entire surface of chip for imaging – Wavelength sensitivity decoupled from CMOS substrate Cameras for Various Applications DoD DHS Commercial
Silicon Kinetics
– Proprietary instrumentation – Improved sensitivity/cost in Protein Interaction Analysis for Biotech Industry
CrossFiber
– Photonic cross connect and optical add-drop – Break through perforFra Baidu bibliotekance with break through price
e-Phocus (Joint Venture)
– Innovative CMOS imaging sensors
– JV for chips for consumer applications launched in Taiwan
Sago Systems
– Security applications – Unprecedented imaging performance in checkpoint and stand-off application
FOD Finder™ Detection and Retrieval System
The Next Generation Airport Ops vehicle
Grant Bishop Trex Enterprises
Overview
•Trex Enterprises •FOD Finder Capability •Incident Management •Safety •Security
Design Objectives
• • • • • • • • • • • Find and Retrieve FOD Simple to operate Audio guidance Must retrieve FOD Must track FOD Must image FOD Meet current airport procedures Meet FAA Advisory Circular guidance Cover all hard surfaces Install, Setup & Training in less than 7 days Integrate Trex MMW technology with COTS systems • Cost effective ONLY 15% of items on Runway
Current links in the State of Hawaii
FOD Finder
FOD Finder™ is a revolutionary new technology tool used by airports in the combat against the estimated 4 Billion dollars in damage and loss of aircraft utilization. The impact of FOD ultimately cascades into the public sector through avoidable delays in the aviation system resulting in reduced reliability and public confidence. Safety: FOD Finder’s data management system (A.I.R. Boss) provides airport leadership with the ability to perform trend analysis and Safety Risk Assessments (SRM) of hazardous conditions, and identify metrics to reduce the risk of a damaging FOD event while increasing productivity of inspection personnel. The FOD Finder™ has a built-in Runway Incursion Prevention System to warn drivers of oncoming runway and ILS boundaries. FOD Finder™ sees through fog, rain, and nighttime conditions where finding and removing hazards from runways and taxiways is mission critical. Efficiency: FOD Finder™ can inspect a twomile long runway in less than 25% of the time of conventional inspection methods. The speed and effectiveness of FOD Finder™ reduces the time a runway is closed for a detailed safety inspection, increases runway utilization, and improves the productivity of airfield personnel performing inspections.
Loea Corporation
– Ultra high bandwidth point-to-point wireless communication
– FCC approved MMW radios – Revenue from products
– No x-ray and no gender ID
0% Moon (W/cm 2/um) (Littleton)
0.60 0.50 0.40 0.30 0.20 0.10 0.00 400
Visible through SWIR Sensing
Loea Corporation
Hawaii based Loea Corporation led the Nation in creating the first wireless, point-to-point communications technology operating in the radio frequency E-band millimeter spectrum of 71.0-86.0 GHz transferring 1.25 gigabits per second of information. Loea petitioned the FCC to gain access to this area of the spectrum in 2000, and won approval. Loea’s 2500 radio received commercial FCC approval in July 2005 and is currently being marketed for government and commercial applications. Loea’s wireless radios penetrate rain, fog, clouds, snow, artillery debris, volcanic ash (vog) and dust storms. The U.S. Coast Guard, U.S. Navy and academic institutions use Loea for primary and redundant communications. Trex Enterprises spun out Loea Corporation in 2000, Loea’s 2500 product is GSA approved.
LIGHT CMOS READOUT CIRCUITRY METAL PIXEL PADS LIGHT PHOTOCONDUCTOR POLYSILICON CIRCUITRY
Proprietary Coating
Si SUBSTRATE
Si SUBSTRATE
Conventional Imaging Chip
3600°F) applications/environments. Trex CVC SiC™ outperforms other silicon carbides by more than 1000°F.
Ballistic applications
Sensors
36 MPixel Video Sensor
History
• Corporate History
California
Headquarters
Oahu
– Established in 1978 – Acquired by Thermo Electron in 1988 – IPO in 1991 on AmEx
Maui Kauai
• Acquired by Employees from Thermo Electron in 2000 • Approximately 190
Quantum Efficiency Comparison
1.00 0.90 0.80 0.70
Quantum Efficiency
5.0E-08 uc-Ge Predicted QE Gen III QE 0% Moon Spectrum 4.5E-08 4.0E-08 3.5E-08 3.0E-08 2.5E-08 2.0E-08 1.5E-08 1.0E-08 5.0E-09 0.0E+00 600 800 1000 Wavelength (nm) 1200 1400 1600
Advanced Materials
Trex's CVC SiC™ products, fabricated utilizing its patented CVC technology, are rapidly gaining acceptance in a number of high value added applications within the DoD and industry. Semiconductor wafer processing equipment,
Mirrors and optics (up to 1.5 meter) Nuclear fuel rod cladding Components for high temperature (up to
New Mexico
Massachusetts
Trex Spin Out Ventures
Ophthonix (Minority Partnership)
– Complete vision optimization solution – Z-View™ Aberrometer for higher accuracy of vision assessment – i-Zon™ customized eyeglasses – Revenue from products
POAP Sensor
POAP Technology Large format sensor chips with photodiode coating – Use entire surface of chip for imaging – Wavelength sensitivity decoupled from CMOS substrate Cameras for Various Applications DoD DHS Commercial
Silicon Kinetics
– Proprietary instrumentation – Improved sensitivity/cost in Protein Interaction Analysis for Biotech Industry
CrossFiber
– Photonic cross connect and optical add-drop – Break through perforFra Baidu bibliotekance with break through price
e-Phocus (Joint Venture)
– Innovative CMOS imaging sensors
– JV for chips for consumer applications launched in Taiwan
Sago Systems
– Security applications – Unprecedented imaging performance in checkpoint and stand-off application
FOD Finder™ Detection and Retrieval System
The Next Generation Airport Ops vehicle
Grant Bishop Trex Enterprises
Overview
•Trex Enterprises •FOD Finder Capability •Incident Management •Safety •Security
Design Objectives
• • • • • • • • • • • Find and Retrieve FOD Simple to operate Audio guidance Must retrieve FOD Must track FOD Must image FOD Meet current airport procedures Meet FAA Advisory Circular guidance Cover all hard surfaces Install, Setup & Training in less than 7 days Integrate Trex MMW technology with COTS systems • Cost effective ONLY 15% of items on Runway
Current links in the State of Hawaii
FOD Finder
FOD Finder™ is a revolutionary new technology tool used by airports in the combat against the estimated 4 Billion dollars in damage and loss of aircraft utilization. The impact of FOD ultimately cascades into the public sector through avoidable delays in the aviation system resulting in reduced reliability and public confidence. Safety: FOD Finder’s data management system (A.I.R. Boss) provides airport leadership with the ability to perform trend analysis and Safety Risk Assessments (SRM) of hazardous conditions, and identify metrics to reduce the risk of a damaging FOD event while increasing productivity of inspection personnel. The FOD Finder™ has a built-in Runway Incursion Prevention System to warn drivers of oncoming runway and ILS boundaries. FOD Finder™ sees through fog, rain, and nighttime conditions where finding and removing hazards from runways and taxiways is mission critical. Efficiency: FOD Finder™ can inspect a twomile long runway in less than 25% of the time of conventional inspection methods. The speed and effectiveness of FOD Finder™ reduces the time a runway is closed for a detailed safety inspection, increases runway utilization, and improves the productivity of airfield personnel performing inspections.
Loea Corporation
– Ultra high bandwidth point-to-point wireless communication
– FCC approved MMW radios – Revenue from products
– No x-ray and no gender ID
0% Moon (W/cm 2/um) (Littleton)
0.60 0.50 0.40 0.30 0.20 0.10 0.00 400
Visible through SWIR Sensing
Loea Corporation
Hawaii based Loea Corporation led the Nation in creating the first wireless, point-to-point communications technology operating in the radio frequency E-band millimeter spectrum of 71.0-86.0 GHz transferring 1.25 gigabits per second of information. Loea petitioned the FCC to gain access to this area of the spectrum in 2000, and won approval. Loea’s 2500 radio received commercial FCC approval in July 2005 and is currently being marketed for government and commercial applications. Loea’s wireless radios penetrate rain, fog, clouds, snow, artillery debris, volcanic ash (vog) and dust storms. The U.S. Coast Guard, U.S. Navy and academic institutions use Loea for primary and redundant communications. Trex Enterprises spun out Loea Corporation in 2000, Loea’s 2500 product is GSA approved.
LIGHT CMOS READOUT CIRCUITRY METAL PIXEL PADS LIGHT PHOTOCONDUCTOR POLYSILICON CIRCUITRY
Proprietary Coating
Si SUBSTRATE
Si SUBSTRATE
Conventional Imaging Chip
3600°F) applications/environments. Trex CVC SiC™ outperforms other silicon carbides by more than 1000°F.
Ballistic applications
Sensors
36 MPixel Video Sensor
History
• Corporate History
California
Headquarters
Oahu
– Established in 1978 – Acquired by Thermo Electron in 1988 – IPO in 1991 on AmEx
Maui Kauai
• Acquired by Employees from Thermo Electron in 2000 • Approximately 190
Quantum Efficiency Comparison
1.00 0.90 0.80 0.70
Quantum Efficiency
5.0E-08 uc-Ge Predicted QE Gen III QE 0% Moon Spectrum 4.5E-08 4.0E-08 3.5E-08 3.0E-08 2.5E-08 2.0E-08 1.5E-08 1.0E-08 5.0E-09 0.0E+00 600 800 1000 Wavelength (nm) 1200 1400 1600
Advanced Materials
Trex's CVC SiC™ products, fabricated utilizing its patented CVC technology, are rapidly gaining acceptance in a number of high value added applications within the DoD and industry. Semiconductor wafer processing equipment,