WaveReady WRT Gbps Extended-Reach DWDM Tunable Transponder with XFP Client Interface

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1 COMMUNICATIONS MODULES & SUBSYSTEMS WaveReady 10 Gbps Extended-Reach DWDM Tunable Transponder with XFP Client Interface Key Features Tunable in software over the full C-band with stimulated Brillouin scattering (SBS) suppression Supports transponder or regenerator modes in a single dual-slot module Supports four 10 gigabit rates: OC-192, 10 GigE, 10 GFC, OC-192 over ITU-T G km dispersion reach (3000 ps/nm model), +5 dbm 94 km dispersion reach (1600 ps/nm model), +4 dbm Reshapes, Regenerates, and Retimes (3R operation) Remote management and installation turn-up supported by embedded management channel (-200 model only) Pluggable XFP client-side optics ensure easy interfacing with 850, 1310, or 1550 nm equipment Applications Enables reach extension on SONET, Storage Area Network (SAN), Gigabit Ethernet (GigE), and dispersionlimited links Supports wavelength services and Metro optical access overlay Compliance Telcordia NEBS Level 3 GR-253-CORE, Issue 3, Sections 4.1 (Physical Layer Classifications), (Jitter for Regenerators), and 7 (Other Generic Criteria) UL 60950, First Edition CAN/CSA C22.2 No FCC Class A CE IEC RoHS compliant (exemptions 7b, 8a) DWDM Reach Extension and Regeneration The WaveReady is a multirate, full C-band tunable, bidirectional transponder that converts short-reach 10 Gbps optical signals to long-reach, single-mode dense wavelength division multiplexing (DWDM) optical interfaces. Dispersion reach can be as high as 176 km (3000 ps/nm) at +5 dbm output power. Supporting dense wavelength multiplexing schemes, the can expand the useable bandwidth of a single optical fiber to over 400 Gbps. Automatic Rate Detection The automatically detects incoming data rates so that no provisioning is required. The provides a standard line interface for multiple protocols through replaceable 10G small form-factor pluggable (XFP) client-side optics. The XFP supports various protocols and reaches including OC-192/STM64 (SR-1), 10 Gigabit Ethernet (10 GigE) (10GBaseSR, 10GBaseLR, and 10GBaseER), 10 G Fibre Channel (10 GFC), and synchronous optical network (SONET) over ITU G.709 ( Gbps). The module supports 3R operation at all supported rates. Optical Service Demarcation The also has advanced demarcation capability for carrier services, including remote management, data-rate provisioning, loopback testing, and power monitoring, among others. These functions facilitate fault location and correction and simplify operations required by service management and service level agreements (SLA). AON and Agile Transmission Modules The is a tunable transponder in the JDSU Agile Transmission Modules family, products designed for agile optical networks (AONs). The flexibility of the is critical to the successful and rapid deployment of next-generation, Internet Protocol (IP) based voice, data, and video services, which are driving new network management challenges for communications service providers. NORTH AMERICA: JDSU (5378) WORLDWIDE: JDSU WEBSITE:

2 WaveReady 2 Point-to-Point Single Channel Link Typical Link Budget Model Minimum Rx Power Total Power Budget 1 Maximum Distance DT101B-100 (1600 ps/nm version) 21 dbm 2 25 db 100 km DT101B-200 (3000 ps/nm version) 21.5 dbm 26.5 db 106 km 1. With embedded operations channel present, add 1 db additional power penalty. 2. A 2 db power penalty is included. Point-to-Point Four Channel DWDM Link WaveReady 3500F Shelf WaveReady 3500F Shelf Demux Mux WRA 217 WRA 217 WRA 217 WRA 217 Demux Mux Typical Link Budget Data rate Minimum Total Power Maximum Distance Amplifier Rx Power 1 Budget 2, 3 Configuration DT101B-100 (1600 ps/nm version) 21 dbm 25 db 80 km Pre-amp only DT101B-200 (3000 ps/nm version) 20 dbm 38 db 150 km Booster and pre-amp 1. With embedded operations channel present, add 1 db additional power penalty. 2. Mux and Demux are MDX-04M(D)X2001A. 3. Fiber type = NDSF 0.25 db/km at 1550 nm.

3 WaveReady 3 Optical Specifications 1 Parameter Minimum Typical Maximum Transport and Customer Interface Side Input and output data rates Transport Side: DWDM Receiver Gbps (OC-192/STM64), Gbps (10 GigE LAN PHY), Gbps (10 Gig Fibre Channel), Gbps (OC-192 over ITU-T G.709) Input wavelength 1290 nm 1610 nm Input overload power operational 1600 ps/nm model 7 dbm 3000 ps/nm model 8 dbm Input overload power absolute (without damage) 3 dbm OSNR limit 1600 ps/nm model 2 at Gbps (OC-192), BER = db OSNR 3000 ps/nm model from Gbps (OC-192) to Gbps, 10 dbm Pin 18 dbm, BER = Dispersion 1000 ps/nm 27 db Dispersion 1500 ps/nm 23.5 db Dispersion 2400 ps/nm 23.5 db Dispersion 3000 ps/nm 25.5 db Input sensitivity, 1600 ps/nm model, Auto RX DT 24 dbm Input sensitivity, 3000 ps/nm model at Gbps (OC-192), OSNR > 30 db 3, Auto RX DT, BER = Dispersion 1000 ps/nm 20 dbm Dispersion 1500 ps/nm 21.5 dbm Dispersion 2400 ps/nm 21.5 dbm Dispersion 3000 ps/nm 19 dbm Transport Side: DWDM Optical Path Between S and R Maximum dispersion (3000 ps/nm model) 3000 ps/nm Maximum dispersion (1600 ps/nm model) 1600 ps/nm Transport Side: DWDM Transmitter at Reference Point T Output wavelength: ITU C-Band 100 GHz. Selected wavelengths 1600 ps/nm model nm nm 3000 ps/nm model nm nm Output wavelength stability ±25 pm Output power, EOL +4 dbm (1600 ps/nm model), +5 dbm (3000 ps/nm model) Jitter generation, tolerance, and transfer Meets Telcordia GR-253, ITU-T G.825 & 783, ANSI X , IEEE 802.3, 10 GFC 1200-MX-SN-I. 1. All specifications are guaranteed over the life, operating temperatures, wavelength range, and input voltage specified. 2. OSNR limit is defined as the OSNR (measured in a 0.1 nm bandwidth) that results in a 2 db power penalty when compared to operation in an unlimited OSNR environment (i.e., OSNR > 30 db). 3. A 1 db penalty is included for the embedded management channel.

4 WaveReady 4 Monitors Parameter NI Rx power monitor NI Tx power monitor (measured at laser) CI Rx and Tx power monitoring Typical ±1 dbm from 22 to 10 db, ± 2 dbm from 22 to 26 db ±1 db from 0 to 4 dbm See XFP specification Electrical Specifications 1 Parameter Minimum Typical Maximum DC supply voltage 48 V Power dissipation 19 W 25 W Alarm relay signals Dry contact major and minor alarms. Relay open under normal operation. Relay closed when power is off. 1. Electrical specifications assume installation in a WaveReady 3500F shelf (DMS-3500FSE03). Physical Specifications Parameter Size (H x W x L) Weight (approximate) Typical x 5.58 x cm (6.8 x 2.2 x 8.8 in) 1.4 kg (3.1 lb) Environmental Specifications Parameter Minimum Typical Maximum Normal operating temperature 0 C 40 C Extended operating temperature 5 C 55 C Storage temperature 40 C 85 C Relative humidity (non-condensing) 5% 90%

5 WaveReady 5 Interface Specifications Parameter Optical Craft communications TL1/SNMP Front panel Specification LC/PC XFP, SMF or MMF on output port A and input port B (per XFP specification). LC/PC SMF on output port C and input port D. Requires WaveReady or 3500F-series shelf and a WaveReady COM200 module. Craft access through RS232/DB9 connector on front panel of COM200 module. Requires WaveReady 3500F-series shelf and a WaveReady COM200 communications module. TL1/SNMP interfaces via the 10/100BaseT Ethernet/RJ45 connector on the front panel of a COM200. Six LEDs: CARD (power); MAJ/CRIT (major/critical alarm); MIN (minor alarm); PORT A/B (port status at the client side); PORT C/D (port status at the network side); MGT (management channel) Supported Client-side XFPs 1310 nm Single-Mode Client XFP (short reach): WRT-XFPSMR3 Protocol Bit Rate Wavelength Launch Reach Receiver Maximum (Gbps) (nm) Power (dbm) (km) Sensitivity 1 (dbm) Input Power (dbm) OC-192/STM GigE LAN PHY GFC OC-192 with G.709 FEC Supported Client-side XFPs 850 nm Multimode Client XFP (short reach): WRT-XFPMMR8 Protocol Bit Rate Wavelength Launch Reach Stressed Receiver (Gbps) (nm) Power (dbm) (m) Sensitivity (dbm) 10 GigE WAN PHY to to GigE LAN PHY to to GFC to to

6 WaveReady 6 Supported Client-side XFPs 1550 nm Single-Mode Client XFP (intermediate reach): WRT-XFPSMRIR2 Protocol Bit Rate Wavelength Launch Reach Receiver Maximum (Gbps) (nm) Power (dbm) (km) Sensitivity 2 (dbm) Input Power (dbm) OC-192/STM GigE WAN PHY GigE LAN PHY GFC OC-192 with G.709 FEC Supported Client-side XFPs 1550 nm Single-Mode Client XFP (long reach): WRT-XFPSMRLR2 Protocol Bit Rate Wavelength Launch Reach Receiver Maximum (Gbps) (nm) Power (dbm) (km) Sensitivity 3 (dbm) Input Power (dbm) OC-192/STM GigE WAN PHY GigE LAN PHY Values quoted are for worst-case extinction ratio and BER of 1 x and Framed PRBS pattern of Values quoted are Receiver Sensitivity for OC-192/STM-64 and Stressed Receiver Sensitivity for 10 GigE WAN, 10 GigE LAN, and 10 GFC. 3. Values quoted are Receiver Sensitivity for OC-192/STM-64.

7 WaveReady 7 ITU Frequencies and Wavelengths 1 ITU Frequency Wavelength ITU Frequency Wavelength ITU Frequency Wavelength Number (THz) λ (nm) Number (THz) λ (nm) Number (THz) λ (nm) Output for both modules can be tuned to the above ITU frequencies and wavelengths (λ). Ordering Information For more information on this or other products and their availability, please contact your local JDSU account manager or JDSU directly at JDSU (5378) in North America and JDSU worldwide or via at customer.service@jdsu.com. Associated Parts Product Code DT101B-100 DT101B-200 Description 1600 ps/nm 3000 ps/nm Product Code DMS-3500FSE03 COM-200ET003Y WRT-XFPSMR3 WRT-XFPMMR8 WRT-XFPSMRIR2 WRT-XFPSMRLR2 Description WR3500F Shelf COM200 Communication module Multi-rate XFP, 1310 nm SR Multi-rate XFP, 850 nm VSR Multi-rate XFP, 1550 nm IR2 Multi-rate XFP, 1550 nm LR2

8 WaveReady NORTH AMERICA: JDSU (5378) WORLDWIDE: JDSU WEBSITE: Product specifications and descriptions in this document subject to change without notice JDS Uniphase Corporation WRT842.DS.CMS.TM.AE October 2008