InP-based OEIC fabrication technology for 40 Gbit/s broadband and 38/60 GHz narrowband photoreceivers

27 GHz bandwidth integrated photoreceiver comprising a waveguide fed photodiode and a GaInAs/AlInAs-HEMT based travelling wave amplifier

Umbach, A.
Passenberg, W.
Unterborsch, G.
Mekonnen, G.G.
Schlaak, W.
Schramm, C.
Ebert, W.
Wolfram, P.
Bach, H.-G.
Waasen, S. van
Bertenburg, R.M.
Janssen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.

January 1996

Optical front-ends are considered to play a major role in future communication systems operating at ...

Noise and nonlinearity of monolithic 38 GHz photoreceiver for OPTIC/mm-wave conversion

Engel, T.
Unterborsch, G.
Hubsch, R.
Mekonnen, G.G.
Bimberg, D.

January 1999

The dynamic range of a monolithic InP-based photoreceiver (OEIC) for narrow band optical/mm-wave con...

27 GHz Bandwidth Integrated Photoreceiver Comprising a Waveguide Fed Photodiode and a GaInAs/AlInAs-HEMT based Travelling Wave Amplifier

Umbach, A.
Passenberg, W.
Bertenburg, R.M.
Janssen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.
Unterborsch, G.
Mekonnen, G.G.
Schlaak, W.
Schramm, C.
Ebert, W.
Wolfram, P.
Bach, H.-G.
van Waasen, S.

January 1996

Optical front-ends are considered to play a major role in future communication systems operating at ...

Technology of InP-based 1.55- mu m ultrafast OEMMICs: 40-Gbit/s broad-band and 38/60-GHz narrow-band photoreceivers

Umbach, A.
Engel, T.
Bach, H.-G.
Waasen, S. van
Droge, E.
Strittmatter, A.
Ebert, W.
Passenberg, W.
Steingrüber, R.
Schlaak, W.
Mekonnen, G.G.
Unterborsch, G.
Bimberg, D.

January 1999

For future long-haul communication systems operating at bitrates of 40 Gbit/s and for broad-band mob...

Narrow-band photoreceiver OEIC on InP operating at 38 GHz

Engel, T.
Strittmatter, A.
Passenberg, W.
Umbach, A.
Schlaak, W.
Droge, E.
Seeger, A.
Steingrüber, R.
Mekonnen, G.C.
Unterborsch, G.
Bach, H.-G.
Bottcher, E.H.
Bimberg, D.

January 1998

We report on the successful monolithic integration of an InP-based photoreceiver operating in the na...

Design, fabrication and characterization of narrow band photoreceiver OEICs based on InP

Engel, T.
Strittmatter, A.
Passenberg, W.
Seeger, A.
Steingrüber, R.
Mekonnen, G.G.
Unterborsch, G.
Bimberg, D.

January 1998

We report on our recent results on the monolithic integration of InP-based narrow band photoreceiver...

InP photoreceiver OEICs for high-speed optical transmission systems

Mekonnen, G.G.
Schlaak, W.
Bach, H.-G.
Engel, T.
Schramm, C.
Umbach, A.

January 2000

Photoreceivers based on InP are becoming increasingly important for 40 Gbit/s telecommunication syst...

Ultrafast monolithically integrated InP-based photoreceiver: OEIC-design, fabrication, and system application

Bach, H.-G.
Umbach, A.
Waasen, S. van
Bertenburg, R.M.
Unterborsch, G.

January 1996

An InP-based photoreceiver OEIC for lambda =1.55 mu m with a bandwidth of 27 GHz is reported. The re...

40 GHz InP-based photoreceiver OEICs: Application for 40 Gb/s TDM systems and beyond

Bach, H.G.
Schlaak, W.
Mekonnen, G.G.
Umbach, A.
Schramm, C.
Unterborsch, G.
Passenberg, W.

January 2000

Progress of 40 Gb/s photoreceiver OEICs for 1.55 mu m TDM systems is described. The OEICs comprise s...

37 GHz bandwidth InP-based photoreceiver OEIC suitable for data rates up to 50 Gb/s

Mekonnen, G.G.
Schlaak, W.
Bach, H.-G.
Steingrüber, R.
Seeger, A.
Enger, Th.
Passenberg, W.
Umbach, A.
Schramm, C.
Unterborsch, G.
Waasen, S. van

January 1999

A photoreceiver optoelectronic integrated circuit based on InP with a bandwidth of 37 GHz is present...

38 GHz narrow band photoreceiver OEIC with MSM photodetector and HEMT amplifier

Engel, T.
Strittmatter, A.
Passenberg, W.
Droge, E.
Umbach, A.
Schlaak, W.
Steingrüber, R.
Seeger, A.
Mekonnen, G.G.
Unterborsch, G.
Bach, H.G.
Bottcher, E.H.
Bimberg, D.

January 1998

For the first time a monolithically integrated InP-based photoreceiver (OEIC) for narrow band applic...

InP-Based High-Speed Photoreceivers for Optical Fibre Communications

Heinz-gunter Bach

October 2015

Monolithic photoreceivers for 40/43 Gbit/s fibre-based communication systems are reviewed. A versati...

40 Gbit/s photoreceiver with DC-coupled output and operation without bias-T

Mekonnen, G.G.
Bach, H.-G.
Schlaak, W.
Steingruber, K.
Seeger, A.
Passenberg, W.
Ebert, W.
Jacumeit, G.
Eckhardt, T.
Ziegler, R.
Beling, A.

January 2002

The photonic-based telecommunication systems are continuously upgraded to a bit rate of 40 Gbit/s. T...

Ultrafast GaInAs/AlInAs/InP Photoreceiver based on Waveguide Architecture

Bach, H.-G.
Umbach, A.
Bertenburg, R.M.
Janßen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.
Unterbörsch, G.
Passenberg, W.
Mekonnen, G.G.
Schlaak, W.
Schramm, Christian
Ebert, W.
Wolfram, P.
van Waasen, Stefan

January 1996

An InP-based photoreceiver OEIC with a bandwidth of 27 GHz is reported. The device consists of a pin...

27-GHz bandwidth high-speed monolithic integrated optoelectronic photoreceiver consisting of a waveguide fed photodiode and an InAlAs/InGaAs-HFET traveling wave amplifier

van Waasen, S.
Umbach, A.
Schramm, C.
Unterborsch, G.
Wolfram, P.
Tegude, F. -J.
Auer, U.
Bach, H. -G.
Bertenburg, R. M.
Janssen, G.
Mekonnen, G. G.
Passenberg, W.
Reuter, R.
Schlaak, W.

January 1997

A monolithic integrated photoreceiver for 1.55-μm wavelength has been designed for operation in a 20...

27 GHz bandwidth integrated photoreceiver comprising a waveguide fed photodiode and a GaInAs/AlInAs-HEMT based travelling wave amplifier

Umbach, A.
Passenberg, W.
Unterborsch, G.
Mekonnen, G.G.
Schlaak, W.
Schramm, C.
Ebert, W.
Wolfram, P.
Bach, H.-G.
Waasen, S. van
Bertenburg, R.M.
Janssen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.

January 1996

Optical front-ends are considered to play a major role in future communication systems operating at ...

Noise and nonlinearity of monolithic 38 GHz photoreceiver for OPTIC/mm-wave conversion

Engel, T.
Unterborsch, G.
Hubsch, R.
Mekonnen, G.G.
Bimberg, D.

January 1999

The dynamic range of a monolithic InP-based photoreceiver (OEIC) for narrow band optical/mm-wave con...

27 GHz Bandwidth Integrated Photoreceiver Comprising a Waveguide Fed Photodiode and a GaInAs/AlInAs-HEMT based Travelling Wave Amplifier

Umbach, A.
Passenberg, W.
Bertenburg, R.M.
Janssen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.
Unterborsch, G.
Mekonnen, G.G.
Schlaak, W.
Schramm, C.
Ebert, W.
Wolfram, P.
Bach, H.-G.
van Waasen, S.

January 1996

Optical front-ends are considered to play a major role in future communication systems operating at ...

Technology of InP-based 1.55- mu m ultrafast OEMMICs: 40-Gbit/s broad-band and 38/60-GHz narrow-band photoreceivers

Umbach, A.
Engel, T.
Bach, H.-G.
Waasen, S. van
Droge, E.
Strittmatter, A.
Ebert, W.
Passenberg, W.
Steingrüber, R.
Schlaak, W.
Mekonnen, G.G.
Unterborsch, G.
Bimberg, D.

January 1999

For future long-haul communication systems operating at bitrates of 40 Gbit/s and for broad-band mob...

Narrow-band photoreceiver OEIC on InP operating at 38 GHz

Engel, T.
Strittmatter, A.
Passenberg, W.
Umbach, A.
Schlaak, W.
Droge, E.
Seeger, A.
Steingrüber, R.
Mekonnen, G.C.
Unterborsch, G.
Bach, H.-G.
Bottcher, E.H.
Bimberg, D.

January 1998

We report on the successful monolithic integration of an InP-based photoreceiver operating in the na...

Design, fabrication and characterization of narrow band photoreceiver OEICs based on InP

Engel, T.
Strittmatter, A.
Passenberg, W.
Seeger, A.
Steingrüber, R.
Mekonnen, G.G.
Unterborsch, G.
Bimberg, D.

January 1998

We report on our recent results on the monolithic integration of InP-based narrow band photoreceiver...

InP photoreceiver OEICs for high-speed optical transmission systems

Mekonnen, G.G.
Schlaak, W.
Bach, H.-G.
Engel, T.
Schramm, C.
Umbach, A.

January 2000

Photoreceivers based on InP are becoming increasingly important for 40 Gbit/s telecommunication syst...

Ultrafast monolithically integrated InP-based photoreceiver: OEIC-design, fabrication, and system application

Bach, H.-G.
Umbach, A.
Waasen, S. van
Bertenburg, R.M.
Unterborsch, G.

January 1996

An InP-based photoreceiver OEIC for lambda =1.55 mu m with a bandwidth of 27 GHz is reported. The re...

40 GHz InP-based photoreceiver OEICs: Application for 40 Gb/s TDM systems and beyond

Bach, H.G.
Schlaak, W.
Mekonnen, G.G.
Umbach, A.
Schramm, C.
Unterborsch, G.
Passenberg, W.

January 2000

Progress of 40 Gb/s photoreceiver OEICs for 1.55 mu m TDM systems is described. The OEICs comprise s...

37 GHz bandwidth InP-based photoreceiver OEIC suitable for data rates up to 50 Gb/s

Mekonnen, G.G.
Schlaak, W.
Bach, H.-G.
Steingrüber, R.
Seeger, A.
Enger, Th.
Passenberg, W.
Umbach, A.
Schramm, C.
Unterborsch, G.
Waasen, S. van

January 1999

A photoreceiver optoelectronic integrated circuit based on InP with a bandwidth of 37 GHz is present...

38 GHz narrow band photoreceiver OEIC with MSM photodetector and HEMT amplifier

Engel, T.
Strittmatter, A.
Passenberg, W.
Droge, E.
Umbach, A.
Schlaak, W.
Steingrüber, R.
Seeger, A.
Mekonnen, G.G.
Unterborsch, G.
Bach, H.G.
Bottcher, E.H.
Bimberg, D.

January 1998

For the first time a monolithically integrated InP-based photoreceiver (OEIC) for narrow band applic...

InP-Based High-Speed Photoreceivers for Optical Fibre Communications

Heinz-gunter Bach

October 2015

Monolithic photoreceivers for 40/43 Gbit/s fibre-based communication systems are reviewed. A versati...

40 Gbit/s photoreceiver with DC-coupled output and operation without bias-T

Mekonnen, G.G.
Bach, H.-G.
Schlaak, W.
Steingruber, K.
Seeger, A.
Passenberg, W.
Ebert, W.
Jacumeit, G.
Eckhardt, T.
Ziegler, R.
Beling, A.

January 2002

The photonic-based telecommunication systems are continuously upgraded to a bit rate of 40 Gbit/s. T...

Ultrafast GaInAs/AlInAs/InP Photoreceiver based on Waveguide Architecture

Bach, H.-G.
Umbach, A.
Bertenburg, R.M.
Janßen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.
Unterbörsch, G.
Passenberg, W.
Mekonnen, G.G.
Schlaak, W.
Schramm, Christian
Ebert, W.
Wolfram, P.
van Waasen, Stefan

January 1996

An InP-based photoreceiver OEIC with a bandwidth of 27 GHz is reported. The device consists of a pin...

27-GHz bandwidth high-speed monolithic integrated optoelectronic photoreceiver consisting of a waveguide fed photodiode and an InAlAs/InGaAs-HFET traveling wave amplifier

van Waasen, S.
Umbach, A.
Schramm, C.
Unterborsch, G.
Wolfram, P.
Tegude, F. -J.
Auer, U.
Bach, H. -G.
Bertenburg, R. M.
Janssen, G.
Mekonnen, G. G.
Passenberg, W.
Reuter, R.
Schlaak, W.

January 1997

A monolithic integrated photoreceiver for 1.55-μm wavelength has been designed for operation in a 20...

27 GHz bandwidth integrated photoreceiver comprising a waveguide fed photodiode and a GaInAs/AlInAs-HEMT based travelling wave amplifier

Umbach, A.
Passenberg, W.
Unterborsch, G.
Mekonnen, G.G.
Schlaak, W.
Schramm, C.
Ebert, W.
Wolfram, P.
Bach, H.-G.
Waasen, S. van
Bertenburg, R.M.
Janssen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.

January 1996

Optical front-ends are considered to play a major role in future communication systems operating at ...

Noise and nonlinearity of monolithic 38 GHz photoreceiver for OPTIC/mm-wave conversion

Engel, T.
Unterborsch, G.
Hubsch, R.
Mekonnen, G.G.
Bimberg, D.

January 1999

The dynamic range of a monolithic InP-based photoreceiver (OEIC) for narrow band optical/mm-wave con...

27 GHz Bandwidth Integrated Photoreceiver Comprising a Waveguide Fed Photodiode and a GaInAs/AlInAs-HEMT based Travelling Wave Amplifier

Umbach, A.
Passenberg, W.
Bertenburg, R.M.
Janssen, G.
Reuter, R.
Auer, U.
Tegude, F.-J.
Unterborsch, G.
Mekonnen, G.G.
Schlaak, W.
Schramm, C.
Ebert, W.
Wolfram, P.
Bach, H.-G.
van Waasen, S.

January 1996

Optical front-ends are considered to play a major role in future communication systems operating at ...

InP-based OEIC fabrication technology for 40 Gbit/s broadband and 38/60 GHz narrowband photoreceivers

Abstract

Extracted data

InP-based OEIC fabrication technology for 40 Gbit/s broadband and 38/60 GHz narrowband photoreceivers

Abstract

Extracted data

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