Verrillon Confidential Presentation on Components Optical Communication 40202.

Slides:



Advertisements
Similar presentations
About us Here in INTEC E&C., everyone is working hard to be a part of the globalization of superhigh speed communication. Mutual trust, Customer satisfaction,
Advertisements

Optical Amplifier (OA)
Fiber-To-The-Premises: VOiP Brian Whitton Executive Director – Access Network Design Verizon July 20, 2007.
ITU-T Workshop on IP/Optical Optical amplifiers and their standardization in ITU-T & IEC Akira Hirano NTT Network Innovation Labs, NTT Corporation.
Long Term Evolution LTE Long Term Evolution LTE Sanjeev Banzal Telecom Regulatory Authority of India Sanjeev Banzal Telecom Regulatory.
1 © 1999, Cisco Systems, Inc. IP over DWDM NANOG May 24, 1999 Larry McAdams
Radio over fiber.
FCX Performance, Inc.. The Power of One 2 World class flow control solutions built on over 100 years of experience FCX does not run businesses; we provide.
Outline H History of lightwave undersea cable systems H Optical amplifier technologies H Examples of lightwave undersea cable networks – TPC-5CN – APCN.
NortelNortel's WDM System. Fiber-optic communications is based on the principle that light in a glass medium can carry more information over longer distances.
2 x0 0 12/13/2014 Know Your Facts!. 2 x1 2 12/13/2014 Know Your Facts!
5 x4. 10 x2 9 x3 10 x9 10 x4 10 x8 9 x2 9 x4.
Why we need optical communication ?
Simultaneously Stokes and anti-Stokes Raman amplification in silica fiber Victor G. Bespalov Russian Research Center "S. I. Vavilov State Optical Institute"
Building a Continuous Wave Erbium Doped Fiber Laser and Amplifier Ben Baker Kristen Norton.
Comcore Technologies’ Property Information 1 Introduction of Technologies and Products Dr. Yong Huang Chairman & CEO.
CHAPTER 6 OPTICAL AMPLIFIERS
EE 230: Optical Fiber Communication From the movie Warriors of the Net Lecture 8 Fiber Amplifiers.
Characterization of fiber amplifiers Lecture-5. EDFA architecture Figure: EDFA architecture Characterization of DFA.
Fiber-Optic Communications
1 Lecture 7b DWDM 1. Introduction 2. Principles of Wavelength Division Multiplexing 3. WDM System Components 4. Wavelength-Independent Coupler 5. Construction.
E D F A Seminar By: Geno G James EE-566 Optical Communication.
STUDY OF AMPLIFICATION ON ERBIUM DOPED FIBER AMPLIFIER Lita Rahmasari, Assoc. Prof. Dr. Yusof Munajat, Prof. Dr. Rosly Abdul Rahman Optoelectronics Laboratory,
Optical Amplifiers An Important Element of WDM Systems Xavier Fernando ADROIT Group Ryerson University.
PAGE 1 Glasgow 2014 Gary Stevens COMPACT DUAL CHANNEL OPTICAL FIBRE AMPLIFIER FOR SPACE COMMUNICATION APPLICATIONS G&H Systems and Technology Group & University.
FBG and Applications The Filter that Breaks Grading Broptics Communications Corp.
1 Wang Qiming Counsellor for S & T Embassy of the People ’ s Republic of China 12 September 2007 Solar Energy Utilization in China.
A Company Selling Technology and not just a Product.
10/5/20151 Optoelectronics I A. Kosari  Optoelectronics I (Autumn 2014)
[1] National Institute of Science & Technology OPTICAL NETWORKING Swagat Kumar Samantaray EC Optical Networks(OPNET) Presented by Swagat Kumar.
CHAPTER 6 OPTICAL AMPLIFIERS
Next Generation Optical Amplifier for 10’s of Tera-bps Data Transmission Optical Communication Systems Lab. Seoul National University
Design of Lightwave Communication Systems and Networks
Broptics: the Only FBG Source from Taiwan The Filter that Breaks Grading Broptics Communications Corp Mar 29, 2002.
WDM Fiber Vibrometry Krzysztof M. Abramski.
PREAMBLE OF OPTICAL NETWORKS. INDEX PREAMBLE STRUCTUREPREAMBLE STRUCTURE HOLLISTIC FIX HOLLISTIC FIX KEY CONCEPT KEY CONCEPT KEY RESEARCH AREA KEY RESEARCH.
Optical telecommunication networks.  Introduction  Multiplexing  Optical Multiplexing  Components of Optical Mux  Application  Advantages  Shortcomings/Future.
Intel Process Technology Gaps June 2003 Intel Confidential Paula Goldschmidt IE- SBD Mgr.
CHAPTER 6 OPTICAL AMPLIFIERS. The Need of Optical Amplification Erbium-Doped Fiber Amplifiers (EDFAs) – application in long haul. Today’s amplifier of.
Comparison of Three Dispersions Normal Anomalous.
Optical Amplifiers By: Ryan Galloway.
Fig. 11-1: Applications of optical amplifiers. Fig. 11-2: Generic optical amplifier.
Design of Lightwave Communication Systems and Networks
Erbium Doped Fiber Amplifiers Erbium Doped Fiber Amplifiers are considered the most important invention of the 1990’s in the telecommunication industry.
YONSEI UNIVERSITY YONSEI UNIVERSITY Simulation project - Arrayed Waveguide Gratings 김창훈.
教育部顧問室光通訊系統教育改進計畫台科大 師大 淡江 東南 萬能 教育部顧問室光通訊系統教育改進計畫 台科大 師大 淡江 東南 萬能 3. 光調變器之性能量測 (Modulation Measurements) Modulation measurement is essential in characterizing.
High Power Cladding-pumped Fiber Laser Speaker: Shiuan-Li Lin Advisor : Sheng-Lung Huang Solid-State Laser Crystal and Device Laboratory.
Electromagnetic Resonators ELL212: Uday Khankhoje EE, IIT Delhi 1.
Erbium-doped fiber amplifiers Joonas Leppänen Emma Kiljo Jussi Taskinen Niklas Heikkilä Alexander Permogorov Group 3 EDFA Photonics.
by: Mrs. Aboli N. Moharil Assistant Professor, EXTC dept.
Optical Amplifier.
Network Monitoring Service Pricing. Table Of Contents 1. Company profile 2. Features of Network Monitoring Services 3.3. Advantages of Network Monitoring.
Fiber To The Home: GPON Overview
Introduction to Optoelectronics Optical communication (3) Optical components Prof. Katsuaki Sato.
Rare-Earth-Doped Fiber Lasers
A Concept: Transmitting and Receiving Fiber Optic Signals with Petabit per Second Capacity Tom Juliano ECE-641 February 20, 2003.
S OPTICAL COMMUNICATIONS AND INSTRUMENTS
Testing and Packaging of Wavelength Converters
Device test stations Multi-probe electrical DC injection and optical input/output Near-field measurement Analogue characteristics 1) 50GHz Network analyzer,
Broadband Lateral Tapered Structures for Improved Bandwidth and Loss Characteristics for All-Optical Wavelength Converters Xuejin Yan, Joe Summers, Wei.
Overview of WDM Upgrade Capacity of fiber
Broadband Lateral Tapered Structures for Improved Bandwidth and Loss Characteristics for All-Optical Wavelength Converters Xuejin Yan, Joe Summers, Wei.
Fiber Laser Part 1.
Slab waveguide solution
FiberOptic Coupler/Splitter 980 nm Single Mode (patent pending)
Fiber Optic WDM Coupler/Splitter 1480/1550 nm (patents pending)
Fiber Optic Wideband Coupler/Splitter 850, 1310 or 1550 multimode
Performance Specifications
1550nm 2x2 Coupler With Reduced Cladding PM Fiber (patents pending)
FiberOptic Coupler/Splitter 1480 nm Single Mode (patents pending)
Presentation transcript:

Verrillon Confidential Presentation on Components Optical Communication 40202

2 Verrillon Confidential Contents Specialty fibers Verrillon Couplers AOFR/Verrillon EDFA New Elite Fiber Lasers / EDFA Keopsys TOSA/ROSA Transmitters New-Elite Spectrometer CDI ACTION PLAN

3 Verrillon Confidential Rare-Earth Doping Capabilities Erbium Doped Fiber -High Al concentration for efficiency and gain flatness -Very consistent deposition and processing -Full EDF characterization lab

4 Verrillon Confidential AOFRs Competitive Advantages Coupler Design and Process -AOFR in-house designed stations Flexibility in coupler design Clean Furnace High level of automation High degree of process control Superior packaging Superior Performance Superior Reliability AOFR A Verrillon Company

5 Verrillon Confidential AOFRs Competitive Advantages Large Capacity Potential -1.5M coupler capacity available Over 12 years of experience device hours in the field device hours tested -ISO9001 Certified since 1993 AOFR A Verrillon Company

6 Verrillon Confidential Product Line-up Couplers/Splitters -1x2 or 2x2 Wideband or Wavelength Flattened -Splitter assemblies (1x2 to 2x32) -1x3 and 1x4 monolithic splitters WDMs -1310/1550 broadband WDMs -980/1550 and 1480/1550 EDFA pump WDMs AOFR A Verrillon Company

7 Verrillon Confidential High Reliability Couplers Sub-sea requirements - <0.1 FIT (for 10k devices - 1 failure allowed in 120 yrs) - Full product traceability for 27 years Process changes from standard product - Chemical fiber stripping - Manufactured under clean-room conditions - Additional testing and data recording - Additional process inspection (photo records) - Angle cleave of null termination port - Temperature screening - Pigtail proof testing AOFR A Verrillon Company

8 Verrillon Confidential NE6300 Series – Mini EDFA Erbium-Doped Fiber Amplifier Features: Compact package. Single-channel or narrow band amplification allowable. Wide operating wavelength. Low power consumption ( 1W) with un-cooled laser option. High stability and reliability Applications Single channel and narrow band amplification for long-haul, metropolitan and access networks. Amplifiers for transmitter modules. Boost tunable laser sources. Description: The NE6300 series product are well designed to offer excellent performance of single-channel or narrow band amplification in a compact package. The characteristics of small form factor, low power consumption and high reliability can be achieved through optimized optical and circuit designs. With the embedded circuits including microprocessor unit, laser diode control, TEC cooler and photo-diode detection, this mini-EDFA can provide optical signal amplification in long-haul, metropolitan or access networks. The status message can be accessed through RS232 interface.

9 Verrillon Confidential Action Plan Look for RFQs -WDM , C-Band 5/95; 2/98;1/99 -Many couplers in one package -TOSA/ROSA -Transceivers -Spectrometer -Fiber Laser

10 Verrillon Confidential Contact Details -Moshe Bril -IL Photonics -Phone: Fax: Mobile: Site: Hashita 511, POB -Beit Shemesh 99552, Israel.