Amplification Technologies, Inc.

For more information contact Michael Leibov, CEO, 50 Eisenhower Drive, Paramus, NJ, 07652 p. 201-880-8111, www.ampti.net All persons who receive this Presentation agree that they will hold the contents of this Presentation and all enclosures and related documents in the strictest confidence. Recipients of this Presentation agree that they will not copy, reproduce or distribute to others this Presentation or enclosures or related documents in whole or in part, or utilize the contents hereof for any other purpose other than to evaluate the operations of Amplification Technologies, Inc., and will return this Presentation at the request of Amplification Technologies, Inc.

Introduction-Overview Amplification Technologies is the originator of the patented new technology Discrete Amplification to detect and amplify very weak signals in a semiconductor device.

Corporate Vision This technology offers unparalleled and far-reaching benefits to industries such as defense, surveillance and monitoring, homeland security as well as scientific instrumentation, and many others

IMAGING

(2004 example, our image will be like sharp B/W picture)

Discrete Amplification (DA) Technology The solid-state discrete-amplification (DA) technology distributes low-level signals into individual photoelectron components, amplifies the signals in separate amplification micro-channels to a precisely determined level, and then combines them into one analog output signal.

Intellectual Property ATI owns United States patent U.S. Patent No. 6,885,827 titled “High Sensitivity, High Resolution Detection of Signals” (April 2005) and was granted a follow-up patent “High Sensitivity, High Resolution Detection of Signals,” U.S. Patent 7,085,502 in August 2006.

Intellectual Property Additionally, ATI benefits from the numerous patents and innovative technological work of their of their senior scientific staff, among them

Dr. Rafael Ben-Michael, CTO

Photomultiplier Tubes (“PMT”)  “1930’s” technology  Require high voltage  Bulky  Fragile  Sensitive to magnetic fields  Limited in certain operational areas of speed of detection and recovery.

Avalanche Photodiodes (“APD”)  Introduce excess noise (unwanted signals or distortion) in the amplification process  Have limited abilities to increase the strength (amplitude) of the signal (gain)  Cannot be operated continuously - Require “dead time” before they recover to sense the presence or absence of the next signal.

ATI Discrete Amplification  High Sensitivity        

Low noise High gain Continuous operation Analog / Digital outputs Detector arrays Solid state -compact and rugged Ease of integration with electronics Low manufacturing cost

DA Performance Parameters ATI, using standard semiconductor manufacturing processes has produced micro sensors that have:  High gain: up to 100K times- Measure of the amplification  Low noise-factor: less than 5% – Measure of unwanted byproduct signals  Fast response time: less than 1 nanosecond – Fast signal detection that allows output signal digital processing in real time  DA sensors can detect the signal of a single photon (the smallest unit of light) in a visible or invisible spectrum

Existing Markets  Remote Sensors including LIDAR/LADAR (Light Detection and Ranging/Laser Detection and Ranging  Security Devices  Image Sensors  Optical Network Hardware  Spectrography

Existing Markets—Size in Dollars Market Segment

Remote Sensors/LIDAR/LADAR Security Devices Image Sensors

Estimated Size Estimated Four Year Growth Rate 2012

$300 million

16.50%

$100 million $1.7 billion

9-10.2% 7.5-9%

Optical Network Hardware Spectroscopy

$1.3 billion $50 million

6% 11-13%

Biosensors

$1.5 billion

10.5-14%

Future Markets  Scientific Instrumentation  Biochip Devices  Chemical Lab-on-a-Chip and Analytical Instruments  Nuclear Imaging Instrumentation

Detector

/

Medical

Management Mikhail Leibov, CEO  1995--Founder and CEO of Corbina Telecom  2007--President of IDT Telecom Dr. Rafael Ben-Michael, CTO  Expert in technical management, device processing, module design, high speed communication and access network technologies  President of RBM Photonics Design LLC  Ph.D. in Physics and Optoelectronics, physics of lasers and photonic integrated circuits, Technion, Israel Institute of Technology, Haifa, Israel  Holds fourteen U.S. patents

Competition  Hamamatsu Photonics K.K. (Japan)

Photomultiplier tubes, light sources, imaging tubes, optosemiconductor, and imaging and analyzing systems

 PerkinElmer Inc. (US)

APDs, Single photon counting APDs

 Photonis (Netherlands)

Night vision, industrial, scientific and medical imaging

 SensL (Ireland)

Low light detection technology based on a silicon detector fabrication process

 Princeton Lightwave, Inc. APDs, Single photon counting APDs

Recent Milestones  February, 2010-- Signing of Contracts With NASA for Two Small Business Innovation Research (SBIR) Projects  April 20, 2010--Contract With Lockheed Martin  October, 2010--Selection by NASA for a Phase II Small Business Innovation Research Project  September, 2010--ATI Selected by US Army for SBIR Grant Related to Night Vision  September, 2010-- Successful Completion of Two NASA Phase I SBIR Projects

Recent Milestones – Cont’d  January,2012- Completed fabrication of a second

generation of DAPDs  April, 2012 – Demonstrated the best in class LRF front-end receiver with below 1nW sensitivity  October, 2012 – Awarded Phase 1 MDA grant to develop new missile detection approach

Competitive Edge to InGaAs Devices

Short and Medium-term Targets 

Range finding/Lidar/Ladar

 

Imaging Instrumentation

Long-term Goals Silicon Biosensors Chemical sensors

Research and Development Remote sensing

 LIDAR/LADAR and atmospheric sensing  3D imaging

Communication

 Free space optical communication in photon starved application  Absolutely-secure key distribution for the ultimate encryption

Industrial and Biomedical  

Single photon fluorescence Semiconductor diagnostics

Sales and Marketing • National Aeronautics and Space Administration (NASA) • US Army • US Navy • US Airforce

Competitive Edge—Summary            

Next generation patented technology Photon-counting level sensitivity Higher Flexibility Expanded potential for superior operating characteristics Superior detection of other kinds of low level signals Performance improvements over existing technologies Higher photon detection efficiency Faster response Large optical aperture Room temperature operation Higher voltage stability Higher thermal stability