Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Jan Gillis is active.

Publication


Featured researches published by Jan Gillis.


international solid-state circuits conference | 2012

A 10Gb/s burst-mode TIA with on-chip reset/lock CM signaling detection and limiting amplifier with a 75ns settling time

Xin Yin; Jasmien Put; Jochen Verbrugghe; Jan Gillis; Xing-Zhi Qiu; Johan Bauwelinck; Jan Vandewege; Heinz-Georg Krimmel; Mohand Achouche

Emerging symmetric 10Gb/s passive optical network (PON) systems aim at high network transmission efficiency by reducing the RX settling time that is needed for RX amplitude recovery in burst-mode (BM). A conventional AC-coupled BM- RX has an inherent tradeoff between short settling time and decision threshold droop, which makes an RX settling time shorter than 400ns hard to achieve. Some techniques have been developed to overcome this limitation, demonstrating a settling time of 150 to 200ns. Our previous work uses feed-forward automatic offset compensation (AOC) to achieve a response time as short as 25.6ns. However, a feed-forward scheme using peak detectors is intrinsically less accurate and results in relatively high power consumption. In this paper, we present a DC-coupled 10Gb/s BM-TIA and burst-mode limiting amplifier (BM- LA) chipset that uses a feedback type AOC circuit with switchable loop BW. This new technique is capable of removing input DC offset in less than 75ns, and offers continuous decision threshold tracking during payload, to cope with the maximum length of CID. The differential TIA output port senses a CM reset signal provided by the succeeding BM-LA, and activates an on-chip reset and lock function. This BM-LA also integrates auto reset/activity generation circuits providing the AOC BW switching signal, so that this time-critical signal is not required from the PON system.


IEEE\/OSA Journal of Optical Communications and Networking | 2012

Experiments on a 10 Gb/s fast-settling high-sensitivity burst-mode receiver with on-chip auto-reset for 10G-GPONs [Invited]

Xin Yin; Xing-Zhi Qiu; Jan Gillis; Jasmien Put; Jochen Verbrugghe; Johan Bauwelinck; Jan Vandewege; H. Krimmel; D. van Veen; Peter Vetter; F. Chang

This paper presents a 10 Gb/s avalanche-photodiode-based DC-coupled reshaping and reamplifying (2R) burst-mode receiver with on-chip auto-reset generation and multiple data rate support, designed for 10G-GPONs. A short 2R settling time of 75 ns (150 ns for lower-rate operation), a high receiver sensitivity of -31.3 dBm, and a large loud/soft ratio of 25.3 dB are demonstrated at 2.5/5/10 Gb/s in burst-mode operation. Allowing multi-rate operation without external reset signals, it shows great potential for use in emerging symmetric 10G-GPON systems and allows for more flexible future optical access networks.


optical fiber communication conference | 2010

Fully DC-coupled 10Gb/s burst-mode PON prototypes and upstream experiments with 58ns overhead

C. Melange; Xin Yin; Bart Baekelandt; Tine De Ridder; Xing-Zhi Qiu; Johan Bauwelinck; Jan Gillis; Pieter Demuytere; Jan Vandewege

This paper presents a chain of four fully DC-coupled 10Gb/s burst-mode prototypes operating with 58ns overhead for the first time. 10Gb/s upstream burst-mode experiments are performed without a time-critical reset signal from test equipment.


Optics Express | 2011

DC-coupled burst-mode receiver with high sensitivity, wide dynamic range and short settling time for symmetric 10G-GPONs.

Jasmien Put; Xin Yin; Xing-Zhi Qiu; Jan Gillis; Jochen Verbrugghe; Johan Bauwelinck; Jan Vandewege; Fabrice Blache; Delphine Lanteri; Mohand Achouche; Heinz-Georg Krimmel; Dora van Veen; Peter Vetter

This paper reports a high performance DC-coupled 10Gbit/s optical burst-mode receiver for symmetric 10G-GPONs. The measured receiver sensitivity is −30.0dBm at BER=10<sup>−3</sup> within a short settling time of 51ns, and a loud/soft ratio wider than 24.0dB.


Proceedings of SPIE | 2014

The dual-gain 10 μm back-thinned 3k×3k CMOS-APS detector of the solar orbiter extreme UV imager

J.-P. Halain; A. Debaize; Jan Gillis; L. Jacques; T. De Ridder; L. Hermans; M. Koch; G. Meynants; G. Schippers

The Extreme Ultraviolet Imager (EUI) on-board the Solar Orbiter mission will provide image sequences of the solar atmosphere at selected spectral emission lines in the extreme and vacuum ultraviolet. For the two Extreme Ultraviolet (EUV) channels of the EUI instrument, low noise and radiation tolerant detectors with low power consumption and high sensitivity in the 10-40 nm wavelength range are required to achieve the science objectives. In that frame, a dual-gain 10 μm pixel pitch back-thinned 1k x 1k Active Pixel Sensor (APS) CMOS prototype has been tested during the preliminary development phase of the instrument, to validate the pixel design, the expected EUV sensitivity and noise level, and the capability to withstand the mission radiation environment. Taking heritage of this prototype, the detector architecture has been improved and scaled up to the required 3k x 3k array. The dynamic range is increased, the readout architecture enhanced, the power consumption reduced, and the pixel design adapted to the required stitching. The detector packaging has also been customized to fit within the constraints imposed by the camera mechanical, thermal and electrical boundaries. The manufacturing process has also been adapted and back-thinning process improved. Once manufactured and packaged, a batch of sensors will undergo a characterization and calibration campaign to select the best candidates for integration into the instrument qualification and flight cameras. The flight devices, within their cameras, will then be embarked on the EUI instrument, and be the first scientific APSCMOS detectors for EUV observation of the Sun.


optical fiber communication conference | 2012

Successful experimental validation of an integrated burst mode receiver designed for 10G-GPON systems in a packet-OADM metro network

Dominique Chiaroni; Xin Yin; Xing-Zhi Qiu; Jan Gillis; Jiasmien Put; Johan Bauwelinck; Delphine Lanteri; Fabrice Blache; Mohand Achouche; J. Gripp

A burst mode receiver designed for 10G-GPON systems was tested in a packet-optical add/drop multiplexer metro network. Fast power dynamic range and OSNR tolerance recordings demonstrate that this receiver is compliant with metro network requirements.


european conference on optical communication | 2011

DC-coupled burst-mode receiver with high sensitivity, wide dynamic range and short settling time for symmetric 10G-GPONs

Xin Yin; Xing-Zhi Qiu; Jan Gillis; Jasmien Put; Jochen Verbrugghe; Johan Bauwelinck; Jan Vandewege; Fabrice Blache; Delphine Lanteri; Mohand Achouche; H. Krimmel; D. van Veen; Peter Vetter


Electronics Letters | 2011

10 Gbit/s burst-mode limiting amplifier with switched time constants for fast settling and large CID tolerance

Jasmien Put; Xin Yin; Jan Gillis; Xing-Zhi Qiu; Johan Bauwelinck; Jan Vandewege; H. Krimmel; Peter Vetter


optical fiber communication conference | 2012

Experiments on 10Gb/s fast settling high sensitivity burst-mode receiver with on-chip auto-reset for 10G-GPONs

Xin Yin; Xing-Zhi Qiu; Jan Gillis; Jasmien Put; Jochen Verbrugghe; Johan Bauwelinck; Jan Vandewege; H. Krimmel; D. van Veen; Peter Vetter; Y. Chang


Electronics Letters | 2007

1.25 Gbit=s ITU-T G.984.2 burst-mode transimpedance amplifier without reset pins

Peter Ossieur; T. De Ridder; Johan Bauwelinck; E. De Backer; Jan Gillis; Xing-Zhi Qiu; Jan Vandewege

Collaboration


Dive into the Jan Gillis's collaboration.

Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Researchain Logo
Decentralizing Knowledge