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s19235 datasheet (3)

Part Manufacturer Description Type PDF
S19235 Applied Micro Circuits Ethernet Transceiver, OC-192 SONET/SDH/FEC/GbE 16-Bit Transceiver Original PDF
S19235PB Applied Micro Circuits Ethernet Transceiver, OC-192 SONET/SDH/FEC/GbE 16-Bit Transceiver, Tape and Reel Original PDF
S19235PB12 Applied Micro Circuits Ethernet Transceiver, OC-192 SONET/SDH/FEC/GbE 16-Bit Transceiver, Tape and Reel Original PDF

s19235 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - S19235

Abstract: STS-48 STS-192 S2509 S19205 S19204 S19203 S19202 S3390 AMCC s19202
Text: S19235 Product Brief OC-192 SONET/SDH/FEC/GbE 16-bit Transceiver PB1204_v2.01_10/03/03 , Telecordia and ITU-T standards. 35 92 S1 Description The S19235 SONET/SDH/FEC and 10 Gigabit , S19235 device provides fully integrated serialization/de-serialization capabilities for low power , KHATANGA (S19205) STS-192c SONET/SDH Framer/Mapper with Integrated MAC S3390 The S19235 can be , AMCC AMCC S19235 AMCC S19235 16 TIA ORX OTX LD GANGES HUDSON MEKONG KHATANGA


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PDF S19235 OC-192 16-bit PB1204 FEC/10GbE 16-bit, S19235 STS-48 STS-192 S2509 S19205 S19204 S19203 S19202 S3390 AMCC s19202
2007 - OC-192 framer mapper s19227

Abstract: s19227 S19235PB12 S19235P
Text: Reserved. S19235_PB1204_v2.02_20070730 Applied Micro Circuits , PRODUCT BRIEF 35 92 S1 S19235 OC-192 SONET/SDH/FEC/GbE/8/10G FC 16-bit Transceiver Features , with OIF SFI-4/Telecordia/ ITU-T Specifications 255 PBGA package Description The S19235 SONET/SDH , to AMCC's SuperPHYTM product family. The S19235 device provides fully integrated serialization , Programmable TSD output differential swing (for XFP and other applications) Overview The S19235 can be used


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PDF S19235 OC-192 SONET/SDH/FEC/GbE/8/10G 16-bit S19235 PB1204 OC-192 framer mapper s19227 s19227 S19235PB12 S19235P
2002 - S19227PBI

Abstract: FEC 10G s19235 OTU-2 10GE to OTU2 OC192C S3394 transponder chip OTN FEC 10GE
Text: HUDSON, GANGES, KHATANGA, COLUMBIA, MAROS, MEKONG, NIAGARA, S3091/92, S3097/98, S19211, S19235 , S3094 , network side, the AMCC S19235 and S3394 are used to provide a high-performance interface to the network , Transponder S19235 300Pin MSA M odule R ubicon LH S3394 10G E-LAN , O C 192/S TM 64 1 x O , encapsulation and creates the FEC overhead. On the network side, the AMCC S19235 and S3394 are used to provide , , this is then passed onto the Figure 3: OC48/STM16 Aggregation to OTU-2 Edge Transponder S19235


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PDF OC192/48/12/3 S19227PBI, S3094) 10GE-LAN OC192/STM-64 10GE-LAN OC48/STM16 S19227PBI FEC 10G s19235 OTU-2 10GE to OTU2 OC192C S3394 transponder chip OTN FEC 10GE
2005 - S19233

Abstract: s19235 TOSA 10G S3390 amcc CDR S19237 TOSA DWDM PB-159
Text: 16 16 AMCC S19235 or S19237 PB1592_v1.01_02/11/05 1 1 TX An equalizer is , can be connected to the AMCC SerDes ( S19235 or S19237) or others across 24 inches of standard FR4 , TOSA TX 1 AMCC S19235 or S19237 16 16-Bit FRAMER 16 Figure 1. System Block , AMCC Suggested Interface Devices S19235 SONET/SDH STS-192/10 Gig Ethernet CMOS Transceiver with


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PDF S19233 FEC/10GbE/ S19233 s19235 TOSA 10G S3390 amcc CDR S19237 TOSA DWDM PB-159
2006 - TOSA 10G

Abstract: 10G CDR S19233 s19235 amcc CDR S19256 GR-253 S19237
Text: serial input and output can be connected to the AMCC SerDes ( S19235 or S19237) across 60 cm (24") of improved FR-4 material or across 40 cm of standard FR-4 with one connector. TOSA AMCC S19235 /37 , the S19233 OC-192/10GE/10FC SPECIFIC AT IONS S19233 AMCC Suggested Interface Devices S19235


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PDF S19233 S19233 PB1592 TOSA 10G 10G CDR s19235 amcc CDR S19256 GR-253 S19237
2006 - TOSA 10G

Abstract: amcc CDR s19235 S19256 GR-253 OC192 S19233 S19237 FEC 10G
Text: connected to the AMCC SerDes ( S19235 or S19237) across 60 cm (24") of improved FR-4 material or across 40 cm of standard FR-4 with one connector. TOSA AMCC S19235 / 37 XFI AMCC S19256 Dual , S19256 SPECIFIC AT IONS S19256 AMCC Suggested Interface Devices S19235 SFI-4 Phase 1 SONET/SDH


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PDF S19256 S19256 10GbE 10GFC OC192 PB2018 TOSA 10G amcc CDR s19235 GR-253 S19233 S19237 FEC 10G
2006 - qt2025

Abstract: QT2225 QT2225-1 S4886 QT2025-1 S19262 AMCC S4882 S4882 S19258 S19233
Text: S19233/S19256 S19235 /S19237 S19250/S19252 S3155/S3165 S3394 S3485 S4882/S4883/S4884 S4886/S4887 , 255 PBGA 17x17 I L/R S19233 (EDC) S19235 CDR 9.9 ­ 11.3 Gbps 1.8V & 3.3V , RSSILOSAC S19233 10G CDR /16 S19233 S19235 /37 /16 XFP 155-176 MHz · · · · · · , SONET/SDH SONET/SDH SONET/SDH/FEC DWDM · 6 mm x 6 mm0.8 mm 49 PBGA PHY S19235 /S19237 , 10-12 BER 10 mV p-p S19250: (EDC) 155.52 155.52 MHz XFP S19235 & S19237 & S19250


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PDF QT2022/QT2032 QT2025 QT2025-1 QT2045 QT2225 QT2225-1 S1212/S1220 S1213/S1221 S1216/S1217 S19233/S19256 qt2025 QT2225 QT2225-1 S4886 QT2025-1 S19262 AMCC S4882 S4882 S19258 S19233
2010 - TOSA 10G

Abstract: GR-253 S19233 S19235 S19237 FEC 10G CDR
Text: AppliedMicro SerDes ( S19235 or S19237) across 600 mm (24") of improved FR-4 material or across 400 mm of , , providing a single footprint for designs ranging from 10 m to 120 km. TOSA AppliedMicro S19235 /37


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PDF S19233 TOSA 10G GR-253 S19233 S19235 S19237 FEC 10G CDR
2004 - S3394

Abstract: regenerator in optical Rubicon S19227PBI s19235 S19203 S19208 transponder chip g
Text: with AMCC HUDSON, GANGES, KHATANGA, COLUMBIA, MAROS, MEKONG, NIAGARA, S3091/92, S3097/98, S19235 , S19235 and S3394 are used to provide a highperformance interface to the network side optics. This diagram , a standard FEC to enhanced Figure 2: OC192/STM64 to OTU-2 Edge Transponder S19235 300Pin MSA , network side, the AMCC S19235 and S3394 are used to provide a high-performance interface to the network , Aggregation to OTU-2 Edge Transponder S4850 S19235 S4848 Mekong Maros RubiconLH S3394 S4850


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PDF OC192/48/12/3 S19227PBI OC48/STM-16 10GE-LAN S3394 regenerator in optical Rubicon S19227PBI s19235 S19203 S19208 transponder chip g
2004 - s19235

Abstract: OTU1 Motorola LH 6055 S19227PBI S3394 Gbps transponder chip g OTN SWITCH rubicon S19203
Text: , S3097/98, S19235 , S3394 and S3485. Client and Line side loopback · Client side and line side , MSA SFI4P1 Transponder. On the network side, the AMCC S19235 and S3394 are used to provide a , rate to the 7% overhead rate. Figure 2: OC192/STM64 to OTU-2 Edge Transponder S19235 300Pin MSA , 2006 network side, the AMCC S19235 and S3394 are used to provide a high-performance interface to , Aggregation to OTU-2 Edge Transponder S4850 S19235 S4848 Mekong Maros RubiconLH S3394 S4850


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PDF OC192/48/12/3 S19227PBI-2 S3094) 10GE-LAN OC192/STM-64 s19235 OTU1 Motorola LH 6055 S19227PBI S3394 Gbps transponder chip g OTN SWITCH rubicon S19203
2004 - S19227PBI11-2

Abstract: rubicon S19235 motorola 239 S19227PBI11 s19227 otu2 S3394
Text: , COLUMBIA, MAROS, MEKONG, NIAGARA, S3091/92, S3097/98, S19235 , S3394 and S3485. DATA INTERFACES Both the , the connection to a standard 300 Pin MSA SFI4P1 Transponder. On the network side, the AMCC S19235 and , -2 Edge Transponder S19235 300Pin MSA M odule R ubicon LH S3394 10G E-LAN , O C 192/S TM 64 1 , overhead. On the network side, the AMCC S19235 and S3394 are used to provide a high-performance interface , S19235 S4848 Mekong Maros RubiconLH S3394 S4850 1 x OTU2 10.7GHz 4 X OC48/STM16


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PDF OC192/48/12/3 S19227PBI11-2, 10GE-LAN OC192C S3094) S19227PBI11-2 rubicon S19235 motorola 239 S19227PBI11 s19227 otu2 S3394
2006 - S19250

Abstract: S19250PB STS-192 S19202CBI20 S19203 S19204 S19227 amcc S19203 rubicon
Text: Compatible with S19235 /S19237. · 1.1 W typical The S19250 MUX/DeMux chip is a fully integrated , system timing. The S19250 is designed to be pin compatible with the S19235 /S19237. Therefore, the


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PDF S19250 STS-192 16-bit 300-pin S19250 PB2011 S19250PB S19202CBI20 S19203 S19204 S19227 amcc S19203 rubicon
2004 - Not Available

Abstract: No abstract text available
Text: HUDSON, GANGES, KHATANGA, NIAGARA, S3091/92, S3097/98, S19235 , S3394, and S3485. Client and Line side , Optical module through the S3394 and S19235 as a part of the DispersionXX-2 chipset solution. Figure 2: LAN Protocol to OTU-2 Mapper Volta 192 Rubicon Metro S19235 Optical Module S3394 1 x OTU2


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PDF OC-192/48/12/3 S19231PBI11, 10GE-LAN 10GELAN OC192C 192/STM-64
2010 - QT2225

Abstract: qt2025 s4886 S10124 QT2225-1 G.975.1 S4882 S4884 QT2025-1 S19262
Text: .14 S19235 / S19252 , S19235 /S19237/S19250 S4884 QT2225-1 S19252 S4886 S3155 Physical Layer Devices , S19233 Dual CDR with EDC 9.9 ­ 11.3 Gbps 1.8 V & 3.3 V 49 PBGA 6x6 I L/R S19235 , S19233 TOSA XFP Module 14 AppliedMicro Product Selector Guide S19235 /37 /16 S19235 , S19235 /37 Power Supply Transmitter Features · Built-In Self Test (BIST) feature with Error Counter


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PDF S19225 VOLTA-192. QT2022/QT2032. S19227 RUBICON-LH/S19262 QT2025. S19231 QT2025-1. S19258 QT2225. QT2225 qt2025 s4886 S10124 QT2225-1 G.975.1 S4882 S4884 QT2025-1 S19262
2002 - s19235

Abstract: OC192C S19231PBI Generic AIS
Text: the S3394 and S19235 as a part of the DispersionXX-2 chipset solution. FORWARD ERROR CORRECTION , Mapper Device Figure 2: LAN Protocol to OTU-2 Mapper Volta 192 Rubicon Metro S19235 Optical


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PDF S19231PBI, OC-192/48/12/3 10GE-LAN 192/STM-64 48/STM-16 10GELAN pS3394 s19235 OC192C S19231PBI Generic AIS
2004 - transponder dwdm

Abstract: S339
Text: FEC function and interfaces to an Optical module through the S3394 and S19235 as a part of the , S19235 Optical Module S3394 1 x OTU2 10.7GHz GE, FC, 2XFC, Escon , Ficon , DVB DispersionXX


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PDF OC-192/48/12/3 S19231PBI, 10GE-LAN 10GELAN OC192C 192/STM-64 transponder dwdm S339
2010 - S19250

Abstract: lvds MUX/DEMUX S19235 Dispersion Compensation Module
Text: x 17 mm, 1.0 mm pitch package with RoHS compliant lead free option. Pin Compatible with S19235


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PDF S19250 OC-192 16bit S19250 STS-192/10 lvds MUX/DEMUX S19235 Dispersion Compensation Module
2002 - processor cross reference

Abstract: AU4-64c 192x192 AU44 STS-192 STM-64 STM-16 S19204CBI12 GR-253 FRGN192
Text: ] DX_LSDATA_OUT_[4]_[3:0] AMCC S19235 SerRxD± S3485 SerTxD± XCVR FO XCVR SONET OC-48 SerRxD


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PDF S19204CBI12, STS-192/STM-64 STS-192/STM-64 STS-48/STM-16. STS-48/STM-16s. 16-bit S3485 processor cross reference AU4-64c 192x192 AU44 STS-192 STM-64 STM-16 S19204CBI12 GR-253 FRGN192
2007 - AMCC DATE CODE MARKING

Abstract: AMCC PART MARKING S19233 S19250 AMCC DATE CODE S19235 AN2076 Marking code 66b TOSA DWDM S19233PBIFB
Text: -120 km · · · · · · · · · · · · · · · Figure 1. System Block Diagram TOSA AMCC S19235 /37 , specification. The high speed serial input and output can be connected to the AMCC SerDes ( S19235 or S19237 , . Optical and Electrical Loopbacks 2. Power Down CDR Table 2. AMCC Suggested Interface Devices AMCC S19235


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PDF S19233 S19233 GR-253 AMCC DATE CODE MARKING AMCC PART MARKING S19250 AMCC DATE CODE S19235 AN2076 Marking code 66b TOSA DWDM S19233PBIFB
2002 - 6 to 64 demux

Abstract: STM-64 64 to 4 Mux STS-192 STM-16 s19235 S19223CBI11 GR-253 FR192 xcvr
Text: ] AMCC S19235 SerRxD± S3485 SerTxD± XCVR FO XCVR SONET OC-48 SerRxD± S3485 SerTxD± XCVR


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PDF STS-192/STM-64 S19223CBI11, STS-192/STM-64 STS-48/STM-16s. STS-48/STM-16 STS-192/ STM-64 STS-192/STM-64-to-STS-192/STM-64 STS-6c/9c/24c S3485 6 to 64 demux 64 to 4 Mux STS-192 STM-16 s19235 S19223CBI11 GR-253 FR192 xcvr
2004 - 10ge wan OTU mapping

Abstract: No abstract text available
Text: ) 10 Gbps interface. · Compatible with AMCC HUDSON, GANGES, KHATANGA, MEKONG, NIAGARA, S19235 , S3394


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PDF OC192/48/12/3 S1962PBI, 10GE-LAN OC192C OC48/STM-16 10ge wan OTU mapping
2004 - S19262PBI

Abstract: s19250 Rubicon 10GE-LAN OC192C S19203 S19208 S3394 xFP STM-64
Text: Compatible with AMCC HUDSON, GANGES, KHATANGA, MEKONG, NIAGARA, S19235 , S3394, S3485, S19237, and S19250


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PDF OC192/48/12/3 S19262PBI, OC48/STM-16 10GE-LAN OC192C S19262PBI s19250 Rubicon OC192C S19203 S19208 S3394 xFP STM-64
2009 - s19250

Abstract: Rubicon s19235 OC192C S19203 S19208 S3394 10GE-LAN otu2
Text: Compatible with AMCC HUDSON, GANGES, KHATANGA, MEKONG, NIAGARA, S19235 , S3394, S3485, S19237, and S19250


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PDF OC192/48/12/3 S1962PBICB, 10GE-LAN OC192C s19250 Rubicon s19235 OC192C S19203 S19208 S3394 otu2
2004 - PJO 399

Abstract: No abstract text available
Text: , NIAGARA, S3091/92, S3097/98, S19235 , S3394 and S3485. Client and Line side loopback • Client side , the connection to a standard 300 Pin MSA SFI4P1 Transponder. On the network side, the AMCC S19235 and , the 7% overhead rate. Figure 2: OC192/STM64 to OTU-2 Edge Transponder S19235 300Pin MSA M , side, the AMCC S19235 and S3394 are used to provide a high-performance interface to the network side , /STM16 Aggregation to OTU-2 Edge Transponder S4850 S19235 S4848 Mekong Maros RubiconLH


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PDF S19227PBI11 PJO 399
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