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VD-H Activities at Universität Duisburg-Essen (UDE)

VD-H Activities at Universität Duisburg-Essen (UDE). Paper IMS’07: Dual Band LTCC based Wireless Transceiver with Optical Interface using Polymer Fiber POF Market Research & Demonstration FTTH – Point to Point Networks (P2P) & CATV Planned Activities Comments on VD-H. Overview.

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VD-H Activities at Universität Duisburg-Essen (UDE)

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  1. VD-H Activities at Universität Duisburg-Essen (UDE)

  2. Paper IMS’07: Dual Band LTCC based Wireless Transceiver with Optical Interface using Polymer Fiber POF Market Research & Demonstration FTTH – Point to Point Networks (P2P) & CATV Planned Activities Comments on VD-H Overview

  3. Bidirectional Transmission over PF-GI-POF Dual Band LTCC Antenna Chip for 2.45 GHz and 5.5 GHz WLAN IEEE 802.11a/b/g Standard Efficient V-EAT RoF: Transmission Concept – UDE/ETH Zurich

  4. Dual band module Low Power electrical antenna and filtering network Direct fiber alignment to V-EAT by LTCC RoF: Block Diagram of LTCC Transceiver (ETH)

  5. Vertical Electro-Absorption Transceiver (V-EAT) for an LTCC based wireless transceiver for In-House applications using polymer optical fibers (POF) Radio over Polymer Optical Fiber (RoPOF) Single fiber solution for up- and downlink signal Desired wavelength: 850nm RoF: V-EAT Concept • Detection and modulation functionalities • Modulated Signal reflected back into fiber • PF-GI-POF used (< 25 dB/km @850nm) • Remote optical powering (planned)

  6. MM-Wave base station with optical feed Publication EuMC 2006 System concept: RoF: Planned MM-Wave Generation

  7. mm-wave oscillator RoF: Planned MM-Wave Generation

  8. In the field Testbed (100 meter): Fast Ethernet and ISDN connection over Twisted Pair (Cat.5e) MM-GOF (62.5/125µm) POF testbed with two SI-POF (< 220 dB/km @ 650nm) POF Demo & Testbed UDE – FhG-IMS In-Haus 1 Duisburg (FhG-IMS) ZHO Universität Duisburg

  9. POF Market Research Demonstration of POF In-House Network POF Demonstrators & Market Research

  10. FTTH - Hybrid Integrated Transceiver

  11. Remote Optical Powering for Camera & RoPOF Systems Project UDE – FhG-IMS Planned Activities I POF Base Station Camera Signal Processing + PV-Cell Power Laser

  12. Mobilities (UDE): Valencia (UPVLC): Wave propagation in MMF (POF) Ingo Möllers (UDE -> UC3M) Madrid (UC3M): Temperature and E-field sensor with POF, Remote optical powering, RoF David Sanchez (UC3M -> UDE) Ingo Möllers (UDE -> UC3M) Athens (UoA): Optical and electrical modal dispersion reduction Ingo Möllers (UDE -> UC3M) Eindhoven (TU/e), Torino (PoliTo), London (UCL, Dr. Malcoci) Planned Activities II

  13. RoPOF technology Innovative developments in FTTH New areas of application (Camera) Partner mobilities/exchanges and joint experiments with the objective of joint papers Comments on UDE Activities

  14. Interactions between partners improved & more activities Some future research work agreed incl. mobilities and joint papers Tasks 1-4 have possibly to be redefined (Leader Task 3) Home networks are in a worldwide focus today POF and MMF will play a significant role Radio over POF is also a hot topic Low-cost solutions are coming up and Si- or CMOS-photonics are receiving much interest (Roberto tomorrow) Annual Report: Input for Annual Report needed from everyone VD-H (-> Klaus Hagedorn) Deadline extended to 5 March, 2007 !!! Comments on Running VD-H

  15. Thank you for your attention! Dipl.-Ing. Ingo Möllers Universität Duisburg-Essen ZHO/Optoelektronik Lotharstr. 55 D-47057 Duisburg http://www.uni-due.de/oe Tel.: +49 (0)203 / 379 - 4635 Fax: +49 (0)203 / 379 - 2409 E-Mail: ingo.moellers@uni-due.de

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