Optical ComponentsFor Broadband Networking and Communication Applications

Selection Guide

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A World Leader in InP and GaAs-based Optical Components for Broadband Networking and Communications

Part Number Product Description Max Data Rate (Gb/s)

Wavelength (nm)

Tx type Rx type

GaAs Die Components

AFCD-V71JV1 850nm VCSEL,50G PAM4 1x1 Singlet (2-top contact) 50 850 (VCSEL) n/a

AFCD-V71JW1 900nm VCSEL 50G PAM4 1x1 Singlet (2-top contact) 50 900 (VCSEL) n/a

AFCD-P71DT 850/908nm PiN 50G PAM4 1x1 Singlet (2-top contact) 50 n/a 850 (PIN)

AFCD-V61KC 850nm 28G VCSEL 1x1 Singlet (2-top contact S-G) 25 850 (VCSEL) n/a

AFCD-P51GC 850nm 25G PiN 1x1 Singlet (2-top contact S-G) 25 n/a 850 (PIN)

AFCD-V64JZE 850nm 25-28G VCSEL 1x4 Array (2-top contact S-G) Extended Reach 25 850 (VCSEL) n/a

AFCD-V64JZ 850nm 25-28G VCSEL 1x4 Array (2-top contact S-G) 25 850 (VCSEL) n/a

AFCD-V54JZ 850nm 25G VCSEL 1x4 Array (2-top contact S-G) 25 850 (VCSEL) n/a

AFCD-P54GD 850nm 25G PiN 1x4 Array (2-top contact S-G) 25 n/a 850 (PIN)

AFCD-V5CJR1 850nm 25G VCSEL 1x12 Array (2-top contact G-S) 25 850 (VCSEL) n/a

AFCD-P5CGB 850nm 25G PiN 1x12 Array (2-top contact G-S) 25 n/a 850 (PIN)

AFCD-V31KC 850nm 14G VCSEL 1x1 Singlet (2-top contact S-G) 14 850 (VCSEL) n/a

AFCD-V34GH 850nm 14G VCSEL 1x4 Array (2-top contact G-S) 14 850 (VCSEL) n/a

AFCD-V21GF3 850nm 10G VCSEL 1x1 Singlet (1-top contact), -40C to +90C 10 850 (VCSEL) n/a

AFCD-V21GJ 850nm 10G VCSEL 1x1 Singlet (1-top contact) 10 850 (VCSEL) n/a

AFCD-P21CN 850nm 10G PiN 1x1 Singlet (2-top contact G-S) 10 n/a 850 (PIN)

AFCD-P31CX 850nm 14G PiN 1x1 Singlet (2-top contact G-S) 14 n/a 850 (PIN)

AFCD-V24GH 850nm 10G VCSEL 1x4 Array (2-top contact G-S) 10 850 (VCSEL) n/a

AFCD-V24GH3 850nm 10G VCSEL 1x4 Array (2-top contact G-S), 300 meters 10 850 (VCSEL) n/a

AFCD-P34CW 850nm 10-14G PiN 1x4 Array (2-top contact G-S) 14 n/a 850 (PIN)

Short Reach Component KitsAvago Technologies is offering “one stop shop” chip kit solutions of Vertical Cavity Surface Emitting Lasers (VCSEL), Photo Diodes (PDs), Physical Medium Dependent Integrated Circuits (PMD-ICs) of Trans-Impedance Amplifiers (TIAs), clock and data recovery (CDR) and laser drivers (LDs) and high quality multi-channel lenses for Data Center, High Performance Computing and Enterprise Storage networking applications. The extensive chip set portfolio enables short reach and extended short reach transceiver, Active Optical Cable (AOC) and embedded interconnect solutions with leading edge optical, RF and thermal performance.

The GaAs based VCSEL and PD devices are available in multiple configurations from single channel (1x25-32G), four channel (4x25/ 28G) and twelve channel (12x25/ 28G) arrays. Avago’s PMD IC chips sets include integrated

functions of LD / CDR and TIA / CDR chip sets for 1 x 25-28Gb/s and 4x25-28Gb/s applications. A full suite of on-chip features minimizes external components and serves to accelerate customers’ hardware (and firmware) development, while programmable equalization simplifies PCB design and optimizes performance to any electrical interface. Diffractive and refractive multi-channel optical components including micro-optic lens arrays and silicon lenses for transceiver subassemblies complement the kit solution. Avago’s optical device and PMD IC products have industry leading reliability performance and the Avago dependable quality of supply. Avago has developed and fabricated highly reliable GaAs light emitting devices for fiber optic communications for over 27 years, consistently shipping over 10 million devices per year (< 1 FIT) since 2008.

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Avago is a global technology leader in Indium Phosphide (InP) based optical components. Our products enable applications in the Fiber-To-The-Home (FTTH), Broadband Internet Access, high performance computing, Datacenter and Enterprise Networking, and Metro Communications.

Part Number Product Description Max Data Rate (Gb/s)

Function # Channels

PMD ICs

AFSI-R71C4 50G Linear TIA (PAM4) 50 TIA (linear) 1

AFSI-N71C4 50G Linear VCSEL Laser Driver (PAM4) 50 Laser Driver 1

AFSI-L61C4S 28G SR Laser Driver 28 Laser Driver 1

AFSI-T61C4S 28G SR Transimpedance Amplifier 28 TIA 1

AFSI-D61Q4 28G Dual CDR (GbE and FC) 28 CDR 2

AFSI-D51Q4 25G Dual CDR (GbE) 25 CDR 2

AFSI-L64C4S 28G Quad SR Laser Driver 28 Laser Driver 4

AFSI-T64C4S 28G Quad SR Transimpedance Amplifier 28 TIA 4

AFSI-D64B4 28G Dual Quad CDR (GbE and FC) 28 CDR 8

AFSI-D54B4 25G Dual Quad CDR (GbE) 25 CDR 8

AFSI-Q21x3S 11.1 Gbps SR Laser Driver and Limiting Amplifier 11.1 Laser Driver + Post Amp 1

AFSI-T21C3S 11.1 Gbps SR Transimpedance Amplifier 11.1 TIA 1

AFSI-Q22C4 10.3 Gbps Dual SR Transceiver (AOC) 10.3 Laser Driver + TIA + Post Amplifier 2

AFSI-Q24C1S 10.3 Gbps Quad SR Transceiver 10.3 Laser Driver + TIA + Post Amplifier 4

TO-Can ComponentsAvago provides a broad array of InP-based lasers and detectors packaged in TO-cans as technology enablers for BOSA/ TRISA and TOSA/ ROSA applications. Avago has been a long-time industry leader in the design, fabrication and quality assurance of high-performance laser and

Part Number Product Description Max Data Rate (Gb/s)

Wavelength (nm)

Tx type Rx type

TO Can Components

TO293B 1.3 µm DFB TO Can for Uncooled Applications 2.5 1310 (DFB) n/a

TO293Bxxx 1.3 µm DFB TO Can for Uncooled Applications (CWDM) 2.5 1270~1450 (DFB) n/a

TO295J 1.5 µm DFB TO Can for Uncooled Applications 2.5 1550 (DFB) n/a

TO295Jxxx 1.5 µm DFB TO Can for Uncooled Applications (CWDM) 2.5 1470~1610 (DFB) n/a

TO295J149 1.49 µm DFB TO Can for FTTx Applications 2.5 1490 (DFB) n/a

TO124NLV APD-TIA TO Can 2.5 n/a 1270-1610 (APD)

TO293BxxxH 1.3 µm DFB TO Can for 20km Wide-Temperature Uncooled Applications (CWDM) 6 1270~1450 (DFB) n/a

TO295JxxxH 1.5 µm DFB TO Can for 20km Wide-Temperature Uncooled Applications (CWDM) 6 1470~1610 (DFB) n/a

TO299K 1.3 µm FP TO Can for 2km Wide-Temperature Uncooled Applications 10 1310 (FP) n/a

TO293BN 1.3 µm DFB TO Can for 10km Wide-Temperature Uncooled Applications 10 1310 (DFB) n/a

TO293B1xxT 1.3 µm DFB TO Can for 10km Wide-Temperature Uncooled Applications (CWDM) 10 1270~1450 (DFB) n/a

TO295JxxxT 1.5 µm DFB TO Can for 10km Wide-Temperature Uncooled Applications (CWDM) 10 1470~1610 (DFB) n/a

TC293BxxxT 1.3 µm DFB TO Can for 10km Cooled Applications (CWDM) 10 1270~1450 (DFB) n/a

TO294US157P 1577nm EML TO Can for 20km Cooled Applications 10 1577 (EML) n/a

TO294YS000P 1.5 µm EML TO Can for 40km Cooled Applications (TDM) 10 1550 (EML) n/a

TO294YSxxxP 1.5 µm EML TO Can for 40km Cooled Applications (DWDM) 10 1550 (EML) n/a

TC295JxxxT 1.5 µm DFB TO Can for 10km Cooled Applications (CWDM) 10 1470~1610 (DFB) n/a

TO124EAT APD-TIA TO Can 10 n/a 1270-1610 (APD)

TO134A APD-TIA TO Can 10 n/a 1270-1610 (APD)

detector chips with over 3 trillion service hours (<1 FIT) since 2005. Avago offers TO-can products suitable for the GPON and 10GEPON, CWDM/ DWDM Wireless Backhaul, Wireless Front-Haul/ LTE and Metro market segments. The TO-can portfolio includes Fabry Perot, DFBs and EML lasers as well as APD detectors.

Optical Transmit and Receive Subassemblies

Part Number Product Description Max Data Rate (Gb/s)

Wavelength (nm)

Tx type Rx type

Optical Transmitand ReceiveSubassemblies

AFCP-T4X25PL 4x25G LAN-WDM LR4 (10km) Transmit Optical Subassembly (TOSA) (CFP4 Compatible) 100 1310 (EML) n/a

AFCP-R4X25EL 4x25G LAN-WDM LR4 (10km) Receive Optical Subassembly (ROSA) (CFP4 Compatible) 100 n/a 1310 (PIN)

AFCP-CT4X25 4x25G CWDM4 (2km) Transmit Optical Subassembly (TOSA) (QSFP28 Compatible) 100 1310 (DFB) n/a

AFCP-CR4X25 4x25G CWDM4 (2km) ReceiveOptical Subassembly (ROSA) (QSFP28 Compatible) 100 n/a 1310 (PIN)

TPIC-10410 4x10G 40GBASE-LR4 (10km) Transmit Optical Subassembly (TOSA) (QSFP+ Compatible) 40 1310 (DFB) n/a

RPIC-10410 4x10G 40GBASE-LR4 (10km) Receive Optical Subassembly (ROSA) (QSFP+ Compatible) 40 n/a 1310 (PIN)

AFCP-CT4X10D 4x10G “LR4-lite” (2km) Transmit Optical Subassembly (TOSA) (QSFP+ Compatible) 40 1310 (DFB) n/a

AFCP-CR4X10P 4x10G “LR4-lite” (2km) Receive Optical Subassembly (ROSA) (QSFP+ Compatible) 40 n/a 1310 (PIN)

AFCE-CT1X28 1x28G 25GE/ 32GFC (10km) Transmit Optical Subassembly (TOSA) (SFP28 Compatible) 28 1310 (DFB) n/a

AFCE-CR1X28 1x28G 25GE/ 32GFC (10km) Receive Optical Subassembly (ROSA) (SFP28 Compatible) 28 n/a 1310 (PIN)

TX294Y 1.5 µm Cooled EML XMD MSA TOSA, 40km, TDM & DWDM, Standard Temperature, (SFP+ Com-patible) - Coaxial TOSA package 10 1550 (EML) n/a

1655 1.5 µm Cooled EML XMD MSA TOSA, 40km, TDM & DWDM, Standard & Extended Temperature (-40/+90°C), Extra-low PTEC (SFP+ Compatible) 10 1550 (EML) n/a

1656 1.5 µm Cooled EML XMD MSA TOSA, 80km, TDM & DWDM, Standard & Extended Temperature (-40/+90°C), Extra-low PTEC (SFP+ Compatible) 10 1550 (EML) n/a

1625 1.5 µm Cooled EML XMD MSA TOSA, 40km, TDM & C/DWDM, Standard & Extended Tempera-ture (-40/+90°C) (XFP Compatible) 10 1550 (EML) n/a

1626 1.5 µm Cooled EML XMD MSA TOSA, 80km, TDM & C/DWDM, Standard & Extended Temperature (-40/+90°C) (XFP Compatible) 10 1550 (EML) n/a

1610 1.5 µm Cooled DFB MSA TOSA, 120km, TDM, DWDM & CWDM (SFP Compatible) 2.5 1550 (DFB) n/a

1611 1.5 µm Cooled DFB MSA TOSA, 200km, TDM, DWDM & CWDM (SFP Compatible) 2.5 1550 (DFB) n/a

Avago’s in-house InP and Silica-on Silicon technology platforms and diverse toolbox of device elements enable the efficient design and the scalable high volume fabrication for a broad variety of optical ASICs. Whether by single chip (monolithic) integration or by multi-chip (hybrid) assemblies, Avago has achieved high levels of integration using both InP and SoS. The level of integration enables us to provide solutions that have significantly smaller size, higher reliability and lower power consumption compared to traditional discrete components. Our current product offering includes 4x25G TOSA/ ROSAs for 100G-LR4 and CWDM4 applications, 4x10G TOSA/ROSAs for the 40G-LR4 LAN/Datacenter market, and 1x28G TOSAs and ROSAs for 32G Fibre Channel and 25Gigabit Ethernet applications.

With class-leading electro-optic performance and exceptionally low power consumption, Avago’s 10G and 2.5G TOSAs are designed for integration into SFP+, XFP, SFP and other transceiver and transponder modules, as well as optical line cards addressing Metropolitan Network applications. The TOSA portfolio is broadened through Avago’s Direct Modulated (DML) lasers and cooled electro-absorption (EML) lasers for wide-temperature Time-Division-Multiplexing (TDM), Coarse-wavelength-Division-Multiplexing (CWDM) and Dense WDM (DWDM) applications in Access, Metro and LAN/ Datacenter applications.

For product information and a complete list of distributors, visit our website:www.avagotech.com www.avagotech.com/opticalcomponentsBroadcom, the pulse logo, Connecting everything, the Connecting everything logo, Avago Technologies and the A logo are the trademarks of Broadcom in the United States, certain other countries and/or the EU.Copyright © 2015-2016 Broadcom. All Rights Reserved.The term “Broadcom” refers to Broadcom Limited and/or its subsidiaries. For more information, please visit www.broadcom.com.AV00-0288EN 03/11/16