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Receivers

2 Micron SWIR InGaAs Balanced Photoreceiver with 150 MHz Bandwidth

A low-noise, 20 dB gain balanced photoreceiver for wavelengths from 1.2 to 2.2 micron with over 150 MHz bandwidth for LIDAR or eye-safe free-space applications. The R205M consists...
Receivers

25G Clock and Data Recovery (CDR) Lab Buddy

The Discovery Semiconductors Inc. reference-free 1:1 Clock & Data Recovery (CDR) unit, included in the Lab Buddy, conveniently interfaces with the Bit Error Rate (BER) test...
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Receivers

Wavelength-Division-Multiplexing Optical-Transmission Device Using Signal-Compensation Technique and Low-Bandwidth Optical Receivers

TECHNICAL REVIEW:In the 5th generation mobile fronthaul (5G-MFH), a wavelength-division-multiplexing (WDM) optical-transmission device is used to efficiently connect many remote...
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Receivers

Space Qualified inGaAs Quad PD + TIA Photoreceivers

The Space Qualified InGaAs Quad PD + TIA Photoreceivers from Discovery Semiconductors Inc. offers a large active area diameter; small photodiode capacitance; small crosstalk between...
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Receivers

SWIR InGaAs Photoreceivers for Space

Choose from 20+ different products for your Shortwave Infrared (SWIR) missions to LEO, GEO, Moon, Mars, and beyond, for applications such as Sensing, Optical Communications, RF...
Quantifi Photonics Iqrx 1005 O Band
Receivers

O-Band Coherent Optical Receiver

Quantifi Photonics’ new IQRX-1005 model is the world’s first commercially-available coherent receiver to enable coherent signal testing in the O-band, a new frontier for coherent...
Silver Honoree 2020
Receivers

Discovery Semiconductors’ Honored by 2020 Military and Aerospace Electronics Innovators Awards

Discovery Semiconductors’ (DSC) an innovator in manufacturing high reliability, space qualified, optical receivers announced today that its Space Qualified InGaAs Quad PD + TIA...
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Receivers

28 Gbaud PAM4 Real Time Optical Datacom Link up to 10 km

We present a forward error correction (FEC)-assisted, 10 km long, 28 Gbaud PAM4 optical link having error free performance over a wide dynamic range of -10 dBm to 0 dBm received...
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Receivers

InGaAs Narrowband Receivers for 5G

Designed for microwave RF over fiber applications and emerging applications, such as 5G, these high-gain fiber-pigtailed modules are designed to support 28, 39 and 60 GHz applications...
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Receivers

10G Clock and Data Recovery (CDR) Lab Buddy

The Discovery Semiconductors Inc. 1:1 Clock & Data Recovery (CDR) unit, included in the Lab Buddy, conveniently interfaces with the Bit Error Rate (BER) test equipment and provides...
Screen Shot 2019 10 29 At 2 20 56 Pm 5db88318de44b
Receivers

Single and Dual Polarization InGaAs Optical Coherent Receivers

We have manufactured single as well as dual polarization optical coherent receivers that comprise of InGaAs balanced receivers and an optical hybrid. The bandwidth of InGaAs balanced...
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Receivers

Discovery Semiconductors Introduces 25G to 28G Clock and Data Recovery (CDR) Lab Buddy for Test and Measurement Applications

Discovery Semiconductors introduces 25G clock and data recovery (CDR) Lab Buddy for test and measurement applications. Discovery's reference-free 1:1 CDR Lab Buddy, conveniently...
Linearity plot of DSC-R418.
Receivers

28 Gbaud Linear InGaAs Optical Receiver with Adjustable Gain for PAM-4

Ewing, NJ USADiscovery Semiconductors introduces a linear PIN + transimpedance amplifier with user-adjustable gain and is primarily designed for 25 to 28 Gbaud / 50 to 56 Gbps...
DSC-R418 Lab Buddy instrument
Receivers

Linear InGaAs Optical Receiver with Adjustable Gain up to 28 Gbaud

The DSC-R418 is a linear PIN + trans-impedance amplifier with user-adjustable gain and is primarily designed for 25 to 28 Gbaud / 50 to 56 Gbps 4 level Pulse Amplitude Modulation...
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Receivers

Multimode Optical Receivers for Space-to-Ground Laser Communication

Discovery Semiconductors' pioneering multimode optical receivers up to 10 Gb/s are getting increasingly used for Space-to-Ground Laser Communication Links by Tesat Spacecom, of...
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Receivers

40G DPSK DQPSK Balanced Optical Receivers

The DSC-R410 balanced receiver product family is ideally suited for a variety of applications up to 44 Gb/s such as DPSK, DQPSK and Dual-Polarization DPSK. The R410 is available...
Tesat T-AOGS at the astronomical site in Teneriffe, Spain
Receivers

Discovery Semiconductors’ Multimode Optical Receivers Enable Space to Ground Laser Communication Links

Discovery Semiconductors’ pioneering multimode optical receivers up to 10 Gb/s are getting increasingly used for Space-to-Ground Laser Communication Links by Tesat Spacecom1, ...
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Receivers

Discovery Semiconductors’ Versatile Limiting Optical Receivers Ideal for Datacom Transmission Experiments

Discovery Semiconductors’ versatile PIN + TIA + Limiting optical receiver (DSC-R603) is ideally suited for Datacom applications up to 12.5Gb/s. It has an adjustable decision threshold...
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Receivers

Discovery Semiconductors Introduces an Easy-to-Use, Linear Balanced Receiver Instrument with Remote Commant and Control Software

Discovery Semiconductors introduces to the marketplace the first easy-to-use, linear balanced receiver instrument with remote command and control software. Discovery’s software...
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Receivers

Discovery Semiconductors' Linear, Balanced Receiver, with Automatic Gain Control (AGC) Mode, is an Enabling Technology for New Applications that Exhibit the "WOW Factor!"

From time to time our customers share with us applications which they have developed using the diverse, Discovery Semiconductors’ product line. When we first read “Observing microscopic...
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Receivers

A New, Simpler Path to 100G/400G Short Reach Applications

As a new, simpler path to 100G and 400G short reach applications, Pulse Amplitude Modulation (PAM) is emerging as a popular choice. The ability to sort out the signal in the electrical...

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