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  • Discovery Semiconductor's Site Index
    • Advances in Performance of Ultra Wideband Photodiodes and Photoreceivers
      • Integrated 10 GHz Photoreceivers
    • 10 Gbps Photoreceivers Available from Discovery Semiconductors
    • 50 GHz PIN Photodiode Available from Discovery Semiconductors
    • Two Military Contracts Awarded to Discovery Semiconductors
    • Semiconductor Manufacturer's Growth Sustained by NJEDA Financing Mercer County Company Gets New Jersey Technology Fund Assistance
    • Discovery Semiconductors at InterOpto 2000
    • New 20 GHz Bandwidth Optical Receiver
    • New High Gain Narrowband Optical Receiver
    • Discovery Semiconductors Awarded Patent on Innovative Microsatellite Technology
    • APD + TIA Optical Receiver for 10 Gbps
    • Discovery Semiconductors Announces Availability of its 10G Digital 2-r Optical Receiver
    • High Gain 40 Gb/s Optical Receiver
    • Discovery Announced 4 Exciting New Products at OFC 2002
    • Balanced Optical Receivers Improve Sensitivity of Digital Fiber Links by Over 3 dB
    • New Look to our Website
    • New Lab Buddy From Discovery Semiconductors, Inc.
    • Discovery Semiconductors Celebrates Its 10th Year Anniversary!
    • Discovery Semiconductors Chosen Photodiode Supplier for Scientific Space Project
    • Microwave Photonics Brochure
    • Discovery Semiconductors Introduces Optical Coherent Receiver Systems
    • Discovery Semiconductors Delivers High Performance, High Reliability, Custom InGaAs Photodiodes for Navy Applications
    • New High Responsivity 10 Gb/s Optical Receiver
    • Scientists use Discovery's 40 GHz Photodiodes to Characterize 1.3 µm, Directly Modulated Semiconductor Lasers
    • RIN Noise Measurement and Cancellation using Discovery's Balanced Photodetectors
    • Key Telecommunications Patent Granted in Canada to United States Manufacturer
    • Discovery Semiconductors Wins Tibbetts Award
    • Discovery Semiconductors is Named One of New Jersey's Fastest Growing Technology Companies in Deloitte & Touche "Fast 50" Program
    • Digital 2-R Optical Receiver for OC-192/STM-64
    • World's Smallest Coplanar Package for 10 and 40 Gb/s
    • Discovery Semiconductors, Inc. Named One of New Jersey's Fastest Growing Technology Companies in Deloitte & Touche's "Fast 50" Program
    • Discovery Semiconductors Provides High Optical Power Handling Photodiodes for Low Phase Noise Opto-Electronic Oscillators
    • Discovery Semiconductors receives PhAST/Laser Focus World Innovation Award Honorable Mention
    • University of Kiel and Discovery Semiconductors demonstrate the first error free 40 Gb/s transmission over 50 m of Plastic Optical Fiber
    • Discovery Semiconductors Expands 40G Receiver Product Line
    • European Scientists use Discovery's High-Speed Photoreceiver to Characterize 2 Micron Wavelength Mode-Locked Laser
    • LIDAR Balanced Optical Receiver
    • Discovery Semiconductors Introduces Quad Photodiode Arrays for 40G and 100G Optical Communications
    • Discovery Semiconductors to Demo 10Gb/S Coherent System with EDC for 300km Metro Systems using AMCC Chipsets at OFC 2009
    • Discovery Semiconductors Introduces Highly Linear Photodiodes (HLPD®) for DC - 6 GHz RF-over-Fiber Applications (2009)
    • Discovery Semiconductors Introduces Three New Test Instruments at OFC/NFOEC 2010
    • Discovery Semiconductors Introduces 10G/20G/40G Optical Coherent System at SubOptic 2010
    • Discovery Semiconductors to Introduce 25Gbaud, 850nm Optical Receivers at OFC/NFOEC 2011
    • Discovery Semiconductors, Inc. Provides Solutions to Your Radio Frequency Photonics Needs
    • Discovery Semiconductors Introduces New Surface Mount Packaging to its Industry Leading Product Line
    • Discovery Semiconductors Balanced Photodiodes with Integrated Optical Delay Line
    • Discovery Semiconductors Delivers Wide Bandwidth Optical Receivers for Allen Telescope Array
    • Discovery Semiconductors, Inc. Introduces 10 Gb/s InGaAs APD + TIA + CDR Lab Buddy Instrument
    • Discovery Semiconductors HLPD® Technology Enables Lowest Phase Noise Optoelectronic Clocks
    • German Researchers use Discovery Semiconductors' 20 Gb/s Multimode Optical Receivers to Characterize 980 nm VCSELs
    • Discovery Semiconductors, Inc. Named One of New Jersey's Fastest Growing Technology Companies in 2001 by Deloitte & Touche's "Fast 50" Program
    • Discovery Semiconductors New Product Announcement - DP-QPSK 40/100 Gb Coherent Receiver Lab Buddy
    • Discovery Semiconductors InGaAs Photodiode Modules Return to Earth After 18 Months on the International Space Station
    • Discovery Semiconductors Introduces Wideband RF Amplifier from 30 kHz to 45 GHz
    • University of Kiel chooses Discovery Semiconductors' Balanced Photoreceivers for 16-ary Modulation Format Research
    • Discovery Semiconductors Introduces a Plug and Play Wideband RF Amplifier from 40 GHz to 70 GHz
    • Modulation Format Flexibility is the Key for Successful Coherent Research
    • Discovery Semiconductors Extends 10 Gb/s Reach up to 300km Using DPSK, Coherent Detection, and Electronic Dispersion Compensation
    • Discovery Semiconductors' Linear, Balanced Receiver, with Automatic Gain Control (AGC) Mode, is an Enabling Technology for New Applications that Exhibit the "WOW Factor!"
    • Discovery Semiconductors Expands its RF Amplifier Product Line
    • Discovery Semiconductors and U.S. Air Force Research Laboratory Demonstrate 10Gb/s RZ-DPSK Free Space Optical Comm Link
    • A New, Simpler Path to 100G/400G Short Reach Applications
    • Discovery Semiconductors Announces Quad Photoreceiver Arrays for 100 Gigabit Ethernet (2009)
    • High Optical Power Handling, Highly Linear InGaAs Photodiodes
    • Discovery Semiconductors Showcases its Highly Linear Photodiode Instrument at CLEO/QELS 2010
    • Long-Wavelength (2 Micron) Wide-Bandwidth Optical Receiver
    • Versatile Limiting Optical Receivers for Datacom Transmission
    • Introducing the "700 Series" of Balanced Photodiodes
    • Discovery Semiconductors Advances its Narrowband Optical Receiver for 54 to 67 GHz RF-over-Fiber Applications
    • News Articles and Press Releases from 2000-2001
    • Discovery Semiconductors, Inc. Adds Gennum Corporation's 25G CDR to its 25Gbaud Lab Buddy Product Line
    • News Articles and Press Releases from 2004-2006
    • Wideband Limiting Differential Amplifier from 30 kHz to 20 GHz
    • Narrowband, Specialty & Custom InGaAs Photodiodes and Optical Receivers - Lab Buddy Instrumentation
    • Ultrafast Detectors: InGaAs Photodiodes Tackle Nonlinearity and Win
    • News Articles and Press Releases from 1994-1999
      • Startup to Develop Satellite-On-A-Chip
      • SBIR Contract Awarded
      • Integrated 10 GHz Photoreceivers
      • SBIR Goal: 44-GHz Photoreceivers
    • Discovery Semiconductors Manufactures a Balanced Receiver to Meet Every Application
    • 2 Micron InGaAs Photodiodes and Optical Receivers - Lab Buddy Instrumentation
    • New Product Announcement: High Speed Uncooled 2.2 Micron Wavelength InGaAs Photodiodes to 20GHz
    • Wideband Linear Differential Amplifier from 30 kHz to 20 GHz with Adjustable Gain and Bandwidth
    • Go Further with Discovery Semiconductors' Photoreceiver + CDR Lab Buddy Instrumentation for 10G and 25G
    • 2.2 Micron SWIR InGaAs Linear AGC Balanced Optical Receiver to 18 GHz
    • Narrowband InGaAs Photodiodes and Optical Receivers - Fiberoptic Modules
    • Discovery Semiconductors Introduces True DC-coupled Optical Receivers
    • High Speed Uncooled 2.2 micron SWIR InGaAs Photodiodes to 20 GHz
    • 10G InGaAs Photodiodes and Optical Receivers - Lab Buddy Instrumentation
    • Discovery Semiconductors Introduces an Easy-to-Use, Linear Balanced Receiver Instrument with Remote Command and Control Software
    • Linear AGC Balanced Receiver for 40G/100G Coherent Communications
    • 2 Micron SWIR InGaAs Balanced Photoreceiver with 150 MHz Bandwidth
    • Multimode Optical Receivers for Space-to-Ground Laser Communication
    • 40G DPSK DQPSK Balanced Optical Receivers
    • Discovery Semiconductors New Product Announcement - 2.2 Micron SWIR InGaAs Linear AGC Balanced Optical Receiver to 18 GHz
    • High Optical Power, Highly Linear 2.2 Micron InGaAs Photodiodes
    • High Optical Power Handling InGaAs Photodiodes to 50 GHz
    • New DC to 60 GHz Photodetector
    • Highly Linear InGaAs Photodiode (HLPD®) Lab Buddy to 22 GHz
      • Improved Impulse Response of Top-Illuminated InGaAs Photodiodes using GRIN Lens Coupling (2008)
      • GRIN Lens Coupled Top-Illuminated Highly Linear InGaAs Photodiodes (2008)
    • 100 Gb Ethernet (4 x 25 Gb/s) Quad Optical Receiver 1310nm/1550nm
    • News Articles and Press Releases from 2002-2003
    • Balanced InGaAs Photodiodes for 40 Gb
    • 10 Gb/s High-Sensitivity High-Gain APD Optical Receiver with Optional CDR
    • Q/V Band Amplifier from 35 GHz to 70 GHz
    • 25G/40G Limiting InGaAs Optical Receiver 850nm-1550nm with CDR
    • 10G InGaAs APD Optical Receiver with Optional CDR
    • 20 GHz Linear Balanced Photoreceivers with Optional CDR
    • InGaAs Photodiodes: 6 GHz, Highly Linear, Optical Power Handling
    • 10 Gb/s High-Sensitivity Limiting PIN-TIA Optical Receiver with Optional CDR
    • 10 GHz Linear InGaAs PIN+TIA Optical Receiver with Optional CDR
    • Wideband RF Amplifier from 30 kHz to 45 GHz
    • PDF Datasheet Request
    • Discovery Semiconductors is an ISO 14001:2004 Certified Company
    • Lab Buddy Instrumentation and Systems
    • 2 Micron SWIR InGaAs Optical Receiver to 6 GHz
    • DP-QPSK 100 Gb/400 Gb Coherent Optical Receiver Lab Buddy
    • Thermo-Electrically Cooled Extra Highly Linear Photodiode (xHLPD)
    • Ultra-fast InGaAs PIN Photodiodes to 60 GHz
    • 25G/40G Linear InGaAs Optical Receiver for 850nm-1550nm with CDR
    • Balanced InGaAs Photodiodes to 20 GHz
    • 20 GHz Linear InGaAs Optical Receiver
    • InGaAs PIN Photodiodes to 20 GHz with High Optical Power Handling
    • Discovery Semiconductors is an ISO 9001:2008 Certified Company
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  • Employment Opportunities
  • Papers & Patents 2009-2016
    • Papers & Patents 2006-2008
      • Coherent Receivers Enable Next-Generation Transport (2006)
      • Rad-hard, Ultra-fast, InGaAs Photodiodes for Space Applications (2006)
      • Coherent Optical Receiver System with Balanced Photodetection (2006)
      • Unpreamplified 10 Gb/s Heterodyne Detection of OOK and DPSK with Record Receiver Sensitivity (2006)
      • High Performance, High Reliability, Custom Dual InGaAs Photodiodes for 2 to 18 GHz Electronic Warfare (EW) Applications (2006)
      • Miniature, Light Weight, Coherent Optical Receiver System for Space Platforms (2007)
      • First Experimental Transmission over 50 m GI-POF at 40 Gb/s for Variable Launching Offsets (2007)
      • Comparison of Simulation and Measurement Results of a High Speed Intersatellite Optical Communication System (2006)
      • United States Patent - Feedback-Controlled Coherent Optical Receiver with Electrical Compensation/Equalization (2008)
      • 10 Gb/s Coherent System Deploying Stable, Low Linewidth Phase Locked Loop (2006)
      • Measured Noise Performance for Heterodyne Detection of 10-Gb/s OOK and DPSK (2007)
      • Multimode Fibered Photodetectors for High-Power High-Speed Applications Beyond 10 Gb/s (2007)
      • Repeaterless 10.7-Gb/s DPSK Transmission Over 304 km of SSMF Using a Coherent Receiver and Electronic Dispersion Compensation (2008)
      • Unpreamplified Heterodyne Detection of 10 Gb/s NRZ-OOK with High Receiver Sensitivity (2006)
      • Coherent Receivers for Phase-Shift Keyed Transmission (2007)
      • Coherent Optical Receiver with Widely Tunable Local Oscillator Laser (2007)
      • High-Speed Low-Noise p-i-n InGaAs Photoreceiver at 2-um Wavelength (2008)
    • Unrepeatered Transmission of 21.4-Gb/s (2x10.7-Gbaud) RZ-DQPSK over 220km of SSMF using Heterodyne Detection and Electrical Dispersion Compensation (2009)
      • Papers & Patents 2006-2009
    • High Phase Linearity, High Power Handling, InGaAs Photodiodes for Precise Timing Applications (2009)
    • Dual InGaAs Photodiodes Having High Phase Linearity for Precise Timing Applications (2009)
    • Low-Noise Large-Area Quad Photoreceivers Based on Low-Capacitance Quad InGaAs Photodiodes (2009)
    • Characterization of Power-to-Phase Conversion in High-Speed P-I-N Photodiodes (2011)
    • Papers & Patents 1994-2005
      • Imaging and Spectroscopy - Monolithic InGaAs-on-silicon Detector with a CMOS Switched Capacitor Integrator (1994)
      • Imaging and Spectroscopy - Monolithic InGaAs-on-silicon Short Wave Infrared Detector Arrays (1997)
      • Micro-Satellite - Design of An Integrated Satellite (INT-SAT) Using Advanced Semiconductor Technology (1998)
      • Imaging and Spectroscopy - The Next Generation of Monolithic Infrared Detector Arrays (1998)
      • Telecommunication - Multilevel Photonic Modules for Millimeter Wave Phased Array Antennas (1998)
      • Telecommunication - 100 GHz Dual-Depletion InGaAs/InP Photodiode (2000)
      • Telecommunication - Ultrafast InGaAs PIN Detector for Eyesafe LIDAR (1998)
      • Telecommunication - Monolithic InGaAs PIN Photodetector-GaAs MHEMPT Amplifier OEIC Fabrication and Implementation for 28 GHz LMDS Applications (2002)
      • Optical Coherent Receivers for 2.5 and 5 Gb/s (2005)
      • Telecommunication - Reliability of Optical Fibers and Optical Fiber Systems (1999)
      • United States Patent - Lightweight Miniaturized Integrated Microsatellite Employing Advanced Semiconductor Processing and Packaging Technology (2000)
      • Telecommunication - DC to 65 GHz Wide Bandwidth InGaAs Photodiodes and Photoreceivers (2000)
      • Canadian Intellectual Brevet-Patent - Method and Apparatus for Monolithic Optoelectronic Integrated Circuit Using Selective Epitaxy (2001)
      • Telecommunication - Balanced Photoreceivers for Analog and Digital Fiber Optic Communications (2005)
      • Optical Coherent Receivers for 2.5 and 10 Gb/s (2005)
    • High-Speed, Large-Area, p-i-n InGaAs Photodiode Linear Array at 2-micron Wavelength (2012)
    • Synchronous Homodyne Detection of 42.8Gb/s NRZ-ASK Using Standard DFB Lasers (2009)
    • Multilevel Modulation Formats Push Capacities Beyond 100 Gbit/s (2012)
    • Highly Linear, High Power Handling Photodiode for RF Photonic Links (2009)
    • 2.2 Micron, Uncooled, InGaAs Photodiodes and Balanced Photoreceivers up to 25 GHz Bandwidth (2013)
    • Highly Linear Dual Photodiodes for KU-Band Applications (2009)
    • Single and Dual Polarization InGaAs Optical Coherent Receivers for Coherent LADARs (2016)
    • Optical Coherent Receiver With a Switchable Electrical Dispersion Compensator for 10 Gb/s DPSK Transmission up to 300 km of SSMF in Metro Optical Networks (2010)
    • 25 Gbps 850 nm Photodiode for Emerging 100 Gb Ethernet Applications (2011)
    • Low-Noise, UV-to-SWIR Broadband Photodiodes for Large-Format Focal Plane Array Sensors (2012)
    • Developments in High Performance Photodiodes (2012)
    • Crosstalk Analysis In Large-Area Low-Capacitance InGaAs Quad Photodiodes (2013)
    • High-Power Highly Linear Photodiodes for High Dynamic Range LADARs
    • Photodiode Limitations in the Generation of Low-Noise Microwave Signals From Stable Frequency Combs (2009)
    • Phase Noise in the Photodetection of Ultrashort Optical Pulses (2010)
    • Next-Gen Communications Fiber: Multilevel Modulation Formats Push Capacities Beyond 100 Gbit/s (2012)
    • Ultra-Low Noise, Large-Area InGaAs Quad Photoreceiver with Low Crosstalk for Laser Interferometry Space Antenna (2012)
    • High Power-Handling Linear Integrated Coherent Photoreceivers for RF Photonics (2013)
    • Balanced PIN-TIA Photoreceiver with Integrated 3 dB Fiber Coupler for Distributed Fiber Optic Sensors (2014)
  • News Articles and Press Releases from 2007-2016
  • Wideband RF Amplifiers
  • InGaAs Photodiodes and Optical Receivers - Lab Buddy Instrumentation
  • 100G/200G/400G Coherent Optical Receivers
  • 2 Micron InGaAs Photodiodes and Optical Receivers
  • 25G Datacom InGaAs Photodiodes and Optical Receivers ----- CDR & PAM4
  • Contact Us -- Please take a minute to complete the following form
  • 40G InGaAs Photodiodes and Optical Receivers - Fiberoptic Modules
    • Telecommunication - Ultrafast, Dual-Depletion Region, InGaAs/InP p-i-n Detector (1996)
      • United States Patent - Method and Apparatus for Monolithic Optoelectronic Integrated Circuit Using Selective Epitaxy (1997)
      • Telecommunication - Resonant Optical Detection (1995)
  • The Heritage of Discovery Semiconductors
  • Discovery Semiconductors Quality & Reliability
  • InGaAs Narrowband Receivers for 60 GHz cellular, Ka Q U V bands
  • Highly Linear Photodiodes ( HLPD®)
  • 10G InGaAs Photodiodes and Optical Receivers - Fiberoptic Modules