WDM & Optical Transport Datasheet LambdaDriver® - Optical Amplifier Module (EM800-OAx/EM1600-OAx) Features Booster, In line and Pre-Amplifier Up to 22dBm maximum output power Protocol and bandwidth transparent Gain flatness (with GFF) less than 1.0 dB Low Noise figure Optical power monitoring Front panel status LEDs Fast transient suppression time Automatic Laser Shutdown (ALS) Applications DWDM networks Single-channel amplification Distance extention Optical Amplifier modules LambdaDriver® Optical Amplifier modules are a family of low-noise Erbium-Doped Fiber Amplifiers (EDFA) ideal for Metro and Long-Haul Dense Wavelength Division Multiplexing (DWDM) as well as Single Wavelength applications. The optical design, coupled with sophisticated control circuitry, allows these Optical Amplifiers to provide constant gain even with wavelengths being added or dropped in the network. Any fluctuations caused by wavelengths addition/removal can be handled by its ultrafast transient suppression. When paired with the LambdaDriver® Element Management Module , full monitoring and configuration capabilities are supported with a local RS-232 interface and Ethernet/Fast Ethernet interfaces for remote network monitoring using Telnet and SNMP. Using MRV’s MegaVision Web® NMS provides remote control reducing the costly need for many infield service calls. The modules allow monitoring of input and output power levels (real dBm values), temperature and signal gain. The modules can be operated in two modes: automatic gain control or automatic power control. These operating modes and their respective parameter settings are factory pre-configured but can be changed by MRV authorized personnel. In AGC mode, the module maintains constant gain for each channel according to the Gain parameter setting, as long as the total output power does not exceed the maximum rated value (+22 dBm). This mode is factory preconfigured. ����� ����� ����� ����������� ����������� ����������� ���� ��� ����� ������� ��� ��� �� ���� �� �� ����� ���� ��� ����������� �� �� ����������� ����������� ������� ��������� ������� ��������� Long Haul Application ������� ��������� Not sure what solution best fits your needs? Visit www.mrv.com or e-mail us at [email protected] WDM & Optical Transport In APC mode, the module maintains the output total power constant at the pre-defined Output Power settings. Additionaly a special OA module, EM800-OAPD, includes an integrated Tunable Optical Dispersion Compensator (TODC). Tuning of dispersion is done via the system management module. There are 3 types of OAs: Booster, In-Line and PreAmplifier. The main difference between these modules is the Input power level that dictates the application of the specific module and the Gain values. For example, Booster is usually used at the beginning of the line and therefore Input levels above 0 dBm and Gain of 9 to15 dB should be expected. On the other hand, Pre-Amplifier Input level is very weak (down to –32 dBm/channel) because it is positioned at the end of the line. Multi-channel (DWDM) amplifiers are equipped with Gain Flattening Filters (GFF) and provide flat gain response across entire C-band and input power range. For single channel applications GFF cost is saved. Optical Amplifier modules provide Automatic Power Shutdown, when input is below auto-shutdown threshold. Power Shutdown can be also forced through the management. The compact, 1-slot LambdaDriver Optical Amplifier modules install into any of the LambdaDriver® chassis. Most of the standard EDFA units have maximum +18dBm total output power. Special “High Power” EDFA modules have maximum +22dBm total output power that mainly serve high wavelength count (more than 32 waves) DWDM or ultra long single span applications. These high power units are double slot size. Each module provides visual indications of the front panel and can be operated without management as plug and play EDFA. Besides DWDM networks application, LambdaDriver® EDFAs can be used in any Single channel application thus providing flexible means of extending an optical link by compensating for optical budget loss. WDM & Optical Transport Environment Specifications Operating Temperature Storage Temperature Relative Humidity Dimensions (W x H x D) Weight: EM800 + 18dBm type EM1600 + 18dBm type EM800 High Power EM1600 High Power EM800 + 18dBm type EM1600 + 18dBm type EM800 High Power EM1600 High Power Connectors - All - High Power Ouput -5 oC - 45 oC -10 oC - 70 oC 85% maximum, non-condensing 26.93 mm (1.06 in) 26.93 mm (1.06 in) 54.18 mm (2.13 in) 54.18 mm (1.06 in) 0.586 Kg (1.28Lb) 0.865 Kg (2.11Lb) 1.016 Kg (2.24Lb) 1.305 Kg (2.47Lb) x x x x 130.7 mm (5.145 in) x 227 mm (8.956 in) (1 slot wide) 263.4 mm (10.37 in) x 227 mm (8.956 in) (1 slot wide) 130.7 mm (5.14 in) x 227 mm (8.956 in) (2 slot wide) 263.4 mm (10.37 in) x 227 mm (8.956 in) (2 slot wide) SC E2000APC Technical Specifications Parameter Wavelength Range Maximum Output power Booster & In-Line With Mid-Stage SOAB13, SOAI & Pre-Amplifier High Power Booster High Power In-line Minimum Input power Booster In-Line Pre-Amplifier Input Dynamic Range Input/Output Isolation (Min) Signal Gain * Booster In-line Pre-amp Gain Flatness at Specified Gain with GFF Signal- Noise Figure for Gain > 20 dB Optical Return Loss (at Input and Output ports) Polarization Mode Dispersion Polariziation Dependent Gain Transient Overshoot (10 dB Drop) Transient Suppression Time (10 dB Drop) Minimum 1528 Value Typical Maximum 1563 +18 +17 +13 +22 +21 -15 -25 -30 Units nm dBm dBm 25 dB dB 30 9 or 15 20 or 25 10 or 20 +/-0.5 5.0 dB +/-1.0 5.5 25 0.3 +/-0.2 0.5 0.5 +/-0.5 1.0 < 32 dB dB dB dB dB dB µs Management Tunable dispersion range (EM800/EM1600 - OAPD EM800/EM1600 - OABD, EM800/EM1600 - OAID) -1700ps/nm to +1700ps/nm WDM transmission laser status, Temperature status, Port reception status, Port transmission status Input power, Output power, Gain, Temperature Input power, Output power, Temperature LEDs Monitoring Alarm Power Consumption: 18dBm type High Power * Model dependent - see ordering information section 3.3 W 15 W Ordering Information WDM & Optical Transport EM800-OAIM Optical In Line Amplifier with Mid-stage +17dbm output and 20db gain EM800-OAIM25 Optical In Line Amplifier with Mid stage +17dbm output and 25db gain EM800-OAI Optical In Line Amplifier + 18dbm output and 20db gain EM800-OAP Optical Pre-Amplifier + 13dbm output and 20db gain EM800-OAP10 Optical Pre-Amplifier +13 dbm output and 10db gain EM800-OAB Optical Booster Amplifier + 18dbm output and 9db gain EM800-OABM Optical Booster Amplifier with Mid-stage +17dbm output and 9db gain EM800-SOAIM Single channel Optical in line Amplifier with Mid-stage +13dbm output and 20db gain EM800-SOAI Single channel Optical in line Amplifier output +13dbm output and 20db gain EM800-SOAI25 Single channel Optical in line Amplifier output +17dbm output and 25db gain EM800-OAI25 Optical In Line Amplifier +18dbm output and 25db gain EM800-SOAP Single channel Optical Pre - Amplifier +13dbm output and 20db gain EM800-SOAB Single channel Optical Booster Amplifier +18dbm output and 15db gain EM800-SOAB13 Single channel Optical Booster Amplifier +13dbm output and 15db gain EM1600-OABM Optical Booster Amplifier with Mid-stage +17dbm output and 9db gain EM1600-OAIM Optical In Line Amplifier with Mid-stage +17dbm output and 20db gain EM1600-OAI Optical In Line Amplifier +18 dbm output and 20db gain EM1600-OAP Optical Pre-Amplifier +13 dbm output and 20db gain EM1600-OAP10 Optical Pre-Amplifier +13 dbm output and 10db gain EM1600-OAB Optical Booster Amplifier +18 dbm output and 9db gain EM1600-SOAIM Single channel Optical in line Amplifier with Mid-stage + 13dbm output and 20db gain EM1600-SOAI Single channel Optical in line Amplifier + 13dbm output and 20db gain EM1600-SOAP Single channel Optical Pre-Amplifier + 13dbm output and 20db gain EM1600-SOAB Single channel Optical Booster Amplifier + 18dbm output and 15db gain EM1600-SOAB13 Single channel Optical Booster Amplifier + 13dbm output and 15db gain High Power EDFAs EM800-OAI21P Optical In Line Amplifier with +21dbm output and 20db gain EM800-OAI21PM Optical In Line Amplifier with Mid-stage +21dbm output and 20db gain EM800-OAI21PM25 Optical In Line Amplifier with Mid-stage +21dbm output and 25db gain EM800-OAB22P Optical Booster Amplifier with +22dbm output and 9db gain EM800-OAB22PM Optical Booster with Mid-stage+22dbm output and 9db gain EM800-SOAB22P Single channel Optical Booster Amplifier +22dbm output and 20db gain EM1600-OAB22P Optical Booster Amplifier with +22dbm output and 9db gain EM1600-OAB22PM Optical Booster Amplifier with Mid-stage +22dbm output and 9db gain EM1600-OAI21P Optical In Line Amplifier with +21dbm output and 20db gain EM1600-OAI21PM Optical In Line Amplifier with Mid-stage +21dbm output and 20db gain EM1600-SOAB22P Single channel Optical Booster Amplifier + 22dbm output and 20dB gain EDFAs with Integrated TDC EM800-OAPD Optical Pre-Amplifier with integrated DC +13dbm output and 20db gain EM800-OABD Optical Booster Amplifier with integrated DC +18dbm output and 9db gain EM800-OAID Optical In Line Amplifier with integrated DC +18dbm output and 20db gain EM800-OAI25D Optical In Line Amplifier with integrated DC +17dbm output and 25db gain EM1600-OAPD Optical Pre-Amplifier with integrated DC +13dbm output and 20db gain EM1600-OABD Optical Booster Amplifier with integrated DC +18 dbm output and 9db gain EM1600-OAID Optical In Line Amplifier with integrated DC +18 dbm output and 20db gain EM1600-OAP10D Optical Pre-Amplifier with integrated DC +13dbm output and 10db gain MRV-LD-OA Rev.4 11-08 Copyright ©2008 MRV Communications, Inc. 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