100BASE-FX, 850 / 1310 / 1550 nm, 2–200 km, including extended-temperature options
This page lists 26 100BASE-FX / 100 Mbps SFP configurations across 850 / 1310 / 1550 nm and 2–200 km for comparison by part number, reach, wavelength, optical power and operating temperature.
Compatibility review requires the exact equipment model, port, software version, protocol and module part number. EEPROM coding cannot change port speed, PHY, electrical interface or protocol capability. Complimentary qualification samples may be requested; shipping and freight are confirmed separately. The warranty is one year, while DOA and return terms follow the formal quote, order or warranty policy.
A 100BASE SFP is a pluggable optical transceiver for switches or media converters that explicitly support the required 100 Mbps optical interface. This page lists 26 configurations for comparison by part number, reach, wavelength, optical power and operating temperature. The “125/155 M” source-data field does not by itself prove that every part supports the same protocol.
The listed configurations span 850 / 1310 / 1550 nm and 2–200 km. Nominal reach is a selection starting point, not a field-distance guarantee; the equipment port, protocol, fiber, measured path loss and design margin still need .
Compare 850 / 1310 / 1550 nm, 2–200 km, optical power and operating temperature on one page. A listing is not a stock or production-status commitment.
With the exact equipment model, port, software version, protocol and module part number, SANOC can assist with EEPROM coding and hardware validation. Results apply only to the validated equipment/software combination.
Complimentary samples may be requested for qualification; complimentary refers to the sample itself, while shipping and freight are confirmed separately. The warranty is one year; DOA/returns follow the quote, order or warranty policy.
Link budget helps compare candidates. Usable reach still depends on fiber, connectors, splices, measured path loss and design margin.
The table includes -40 to 85°C options. Temperature range does not prove IEC 61850, IEEE C37.94 or other protocol/application compatibility; validate the actual equipment and system design.
Send the exact equipment model, port, software version, protocol, required reach, installed-fiber details and candidate module part number. We can use the 26 listed configurations to narrow the options. Results apply only to the validated equipment/software combination. Complimentary qualification samples may be requested; shipping and freight are confirmed separately.
Three answers get you most of the way: which switch or media converter you are working with, how many kilometres this link has to cover, and whether the fiber is already in the ground or still to be pulled. For installed fiber we also need the spare core count and the connector type at each end. Those three answers decide which of the 26 rows are still in play; every other column only matters afterwards. Send us those and we can start.
Work the table below in this order: match Distance against your kilometre figure, use Wavelength / Cable to confirm both ends agree, then drop rows whose Temperature does not cover the environment. The Remark column restates minimum Output Power minus Sensitivity as a planning link-budget value. Use it to compare candidates; usable reach still depends on measured fiber, connector and splice loss plus design margin, so it is not a distance guarantee.
Indoor racks, outdoor cabinets and substations have different environmental conditions. Select commercial or -40 to 85°C rows only after checking the equipment specification and actual temperature; an outdoor cabinet may run hotter internally than the ambient reading. Temperature range does not establish protocol or application compatibility. Keep the part number, order reference and measured optical levels for later comparison.
Switch / media converter model + software version: Port type and speed: Far-end module (brand + part number, if known): Fiber type and distance: Ambient temperature (indoor rack / outdoor cabinet): Quantity:
Cannot fill in every line? Send what you have and we will tell you what is still missing.
Wavelength and reach are in the table below. ZX and EZX are market labels for reach bands; IEEE 802.3 does not define either name. Usable distance depends on optical budget, measured path loss and design margin. The PHY and protocol for a specific part still require confirmation from source data and the target equipment.
| Part Number | Data Rate | Interface | Reach | Wavelength or Cable | Output Power | Receiver Sensitivity | Operating Temperature | Remarks | Inquiry |
|---|---|---|---|---|---|---|---|---|---|
| SJ8515-02ATXX | 125/155 M | LC SFP DDM | 2km | 850 nm | -3 to -10 dBm | -28 dBm | 0 ~ 70°C | 18 dB | Inquiry |
| SJ8515-02ATXX-WT | 125/155 M | LC SFP DDM | 2km | 850 nm | -3 to -9dBm | -23 dBm | -40 ~ 85°C | 14 dB | Inquiry |
| SJ1315-02ATXX | 125/155 M | LC SFP DDM | 2km | 1310 nm | -8 to -20 dBm | -32 dBm | 0 ~ 70°C | 12 dB | Inquiry |
| SJ1315-02ATXX-WT | 125/155 M | LC SFP DDM | 2km | 1310 nm | -8 to -20 dBm | -32 dBm | -40 ~ 85°C | 12 dB | Inquiry |
| SJ1315-05ATXX | 125/155 M | LC SFP DDM | 5km | 1310 nm | -6 to -10 dBm | -30 dBm | 0 ~ 70°C | 20 dB | Inquiry |
| SJ1315-05ATXX-WT | 125/155 M | LC SFP DDM | 5km | 1310 nm | -6 to -10 dBm | -30 dBm | -40 ~ 85°C | 20 dB | Inquiry |
| SJ1315-20ATXX | 125/155 M | LC SFP DDM | 20 km | 1310 nm | -5 to -15 dBm | -34 dBm | 0 ~ 70°C | 19 dB | Inquiry |
| SJ1315-20ATXX-WT | 125/155 M | LC SFP DDM | 20 km | 1310 nm | -8 to -15 dBm | -32 dBm | -40 ~ 85°C | 17 dB | Inquiry |
| SJ1315-30ATXX | 125/155 M | LC SFP DDM | 30 km | 1310 nm | -8 to -15 dBm | -34 dBm | 0 ~ 70°C | 19 dB | Inquiry |
| SJ1315-30ATXX-WT | 125/155 M | LC SFP DDM | 30km | 1310 nm | -8 to -13 dBm | -34 dBm | -40 ~ 85°C | 21 dB | Inquiry |
| SJ1315-40ATXX | 125/155 M | LC SFP DDM | 40km | 1310 nm | 0 to -5 dBm | -34 dBm | 0 ~ 70°C | 29 dB | Inquiry |
| SJ1315-40ATXX-WT | 125/155 M | LC SFP DDM | 40km | 1310 nm | 0 to -5 dBm | -34 dBm | -40 ~ 85°C | 29 dB | Inquiry |
| SJ1315-60ATXX | 125/155 M | LC SFP DDM | 60km | 1310 nm | 0 to -5 dBm | -34 dBm | 0 ~ 70°C | 29 dB | Inquiry |
| SJ1315-60ATXX-WT | 125/155 M | LC SFP DDM | 60km | 1310 nm | 0 to -5 dBm | -34 dBm | -40 ~ 85°C | 29 dB | Inquiry |
| SJ1515-80ATXX | 125/155 M | LC SFP DDM | 80 km | 1550 nm DFB | 0 to -6 dBm | -34 dBm | 0 ~ 70°C | 28 dB | Inquiry |
| SJ1515-80ATXX-ET | 125/155 M | LC SFP DDM | 80 km | 1550 nm DFB | 0 to -5 dBm | -34 dBm | -20 ~ 85°C | 29 dB | Inquiry |
| SJ1515-00ATXX | 125/155 M | LC SFP DDM | 100 km | 1550 nm DFB | 0 to -5 dBm | -35 dBm | 0 ~ 70°C | 30 dB | Inquiry |
| SJ1515-00ATXX-WT | 125/155 M | LC SFP DDM | 100 km | 1550 nm DFB | 0 to -5 dBm | -35 dBm | -40 ~ 85°C | 30 dB | Inquiry |
| SJ1515-12ATXX | 125/155 M | LC SFP DDM | 120 km | 1550 nm DFB | 5 to 0 dBm | -36 dBm | 0 ~ 70°C | 36 dB | Inquiry |
| SJ1515-12ATXX-WT | 125/155 M | LC SFP DDM | 120km | 1550 nm DFB | 5 to 0 dBm | -34 dBm | -40 ~ 85°C | 34 dB | Inquiry |
| SJ1515-14ATXX | 125/155 M | LC SFP DDM | 140km | 1550 nm DFB | 6 to 2 dBm | -36 dBm | 0 ~ 70°C | 38 dB | Inquiry |
| SJ1515-14ATXX-WT | 125/155 M | LC SFP DDM | 140km | 1550 nm DFB | 6 to 2 dBm | -36 dBm | -40 ~ 85°C | 38 dB | Inquiry |
| SJ1515-16ATXX | 125/155 M | LC SFP DDM | 160km | 1550 nm DFB | 6 to 2 dBm | -38 dBm | 0 ~ 70°C | 40 dB | Inquiry |
| SJ1515-16ATXX-WT | 125/155 M | LC SFP DDM | 160km | 1550 nm DFB | 6 to 2 dBm | -38 dBm | -40 ~ 85°C | 40 dB | Inquiry |
| SJ1515-B0ATXX | 125/155 M | LC SFP DDM | 200km | 1550 nm DFB | 6 to 2 dBm | -44 dBm | 0 ~ 70°C | 46 dB | Inquiry |
| SJ1515-B0ATXX-WT | 125/155 M | LC SFP DDM | 200km | 1550 nm DFB | 8 to 4 dBm | -46 dBm | -40 ~ 85°C | 50 dB | Inquiry |
Sanoc QA Manager Lin Yi-Kung explains the principles used for inspection, standards and compatibility review.
Send us the part number or requirements, target equipment, software version, fiber type, reach, temperature and quantity, and we will confirm the available configuration and quote.
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