- 相關推薦
Small Form Factor Fiber Optic Transceiver Module for High-end SONET/SDH Application
2.5Gb/s SONET/SDH applications with reach up to 80km in standard SMF fiber, is presented. Introduction Due to the trend towards higher port densities in high-capacity communication systems,Small Form Factor (SFF) Transceivers are becoming popular [1]. Originally, SFF transceivers were designed to address short reach (2km) and intermediate reach(15km) applications using PIN receivers [2]. We have developed SFF transceivers for the high-end SONET/SDH space (2.5Gb/s speed for 40km and 80km reach). This part of the SONET/SDH space is unique due to the need for Avalanche Photo Diode (APD) based receiver within a SFF footprint, and still maintaining a good transceiver performance is a real challenge.
作 者： Sunil Priyadarshi Ihab Khalouf Kishore Kamath Jesse Booker Julie Sheridan Eng 作者單位： Sunil Priyadarshi(Presently affiliated with Luminent Inc. (A division of MRV Communications)20550 Nordhoff St., Chatsworth, CA 91311, USA)Ihab Khalouf,Kishore Kamath,Jesse Booker,Julie Sheridan Eng(TriQuint Semiconductor (formerly Agere Systems, Optoelectronics Division),9999 Hamilton Blvd, Breinigsville, PA 18031, USA)
刊 名： 光學學報 ISTIC EI PKU 英文刊名： ACTA OPTICA SINICA 年，卷(期)： 2003 23(z1) 分類號： O4 關鍵詞：【Small Form Factor Fiber Optic Transc】相關文章：
Coherent combining of tunable erbium-doped fiber lasers by a single-mode fiber feedback loop04-28
Heighten the Study on Factor Seven Activating Protease04-27
A novel 852-nm tunable fiber laser04-28
New Rational Form Solutions to mKdV Equation04-28
A letter form my penpal-Qing05-04
小班英語Big…. Small…教案08-11
Role of hepatocyte growth factor in diagnosing and predicting recurrence of stroke04-28
Interfacial Properties Modification of Carbon Fiber/ Polyarylacetylene Composites04-29
Biodegradation kinetic of organic compounds of acrylic fiber wastewater in biofilm04-25