Quick Answer

Start with the target device, port, link distance, fiber type and document needs. Then use the article content below to narrow the model path before sending an RFQ.

SFP Transceiver refers to the Small form-factor pluggable optics. It is a compact, hot-swappable transceiver used in data communication and telecommunications networks. The SFP transceiver is specified by Multisource Agreement (MSA), which was developed and followed by different optical transceiver manufacturers. SFP transceivers have a wide range of detachable interfaces to multimode or single-mode fiber optics, which allows users to select the appropriate transceiver according to the required optical range for the network. SFP interfaces between communication devices like switches, routers, and fiber optic cables, and performs conversions between optical and electrical signals. SFP transceiver supports communications standards including synchronous optical networking (SONET)/synchronous digital hierarchy (SDH), fast and gigabit ethernet, fiber channel and CPRI. SFP Transceiver also called mini-GBIC because it is upgraded version of Gigabit Interface Converter (GBIC) module but with smaller dimensions, in other words, it is a modern type transceiver. SFP MSA SFP MSA (multi-source agreement) INF-8074 was developed by many network component and equipment vendors including Finisar, Tyco Electronics, IBM, Infineon Technologies etc. The MSA defines the mechanical interface such as Package Dimensions, Host Board Layout, Electrical Interface such as Pin definitions and module definition Interface and data field description. The documents strictly define sufficient characteristics of an SFP optics so that different equipment vendors and transceiver manufacturers may implement ports on their devices with proper function. Besides of this, SFF-8472 also defines an enhanced memory map with a digital diagnostic monitoring interface (DDM or DOM) for optical transceivers that allows pseudo real time access to device operating parameters. The interface is an extension of the serial ID interface defined in the GBIC specification as well as the SFP MSA. Types of SFP Transceiver Classified by Applications: SONET/SDH SFP,FE/GE SFP,Fiber Channel SFP,CPRI/LTE SFP,Video SFP,CWDM SFP,DWDM SFP Classified by Data rate: 155Mb,622Mb,1.25Gb,2.125Gb,2.5Gb,2.97Gb,3.07Gb,4.25Gb,6Gb Classified by Distance: SX usually less than 2km, LX 10-20km, EX - 1310 nm or 1550nm for distances of 40km, ZX - 1550 nm for distances of 80km, EZX - 1550 nm for distances of 120~160km

Compatibility Checklist

Before requesting pricing, collect the details that affect coding review and quote quality.

Device information

Device brand, model, firmware or OS version, target port and required module code.

Link information

Required reach, fiber type, connector, wavelength plan and deployment environment.

Purchase context

Quantity, destination country, required delivery target and packaging or labeling needs.

Proof documents

Datasheet, catalog, test report request, certificate path or inspection record requirement.

FAQ

What information is needed for compatibility review?

Submit brand, device model, firmware or OS, target port, required module code and quantity.

Can I request a datasheet before ordering?

Yes. Use the datasheet center or RFQ form to request the current file version for the target model.

What should I include in an RFQ?

Product variant, quantity, country, target device, reach, connector, required documents and deployment notes.

Where can I review testing or compliance paths?

Use the Testing & Quality and Certifications & Compliance pages, then request project documents through the RFQ.