Start with device and protocol
Provide the complete device model, port and software version, and state whether the application is 10G Ethernet, Fibre Channel or other.
10G SFP+ Optical Transceiver
10G SFP+, dual-fiber LC, DDM, 300 m–40 km
SANOC operates its own factory in New Taipei City, Taiwan, where manufacturing and engineering teams support 10G SFP+ selection and deployment. Dual-fiber LC configurations cover 850 nm/300 m and 1310 nm at 10 km, 20 km and 40 km, for 10G optical links in enterprise backbones, data centers and telecom equipment. Actual origin and supply conditions for specific products follow the designated part number, formal quotation and order data.
Before selection, confirm the complete model, port, software version, protocol, fiber type and actual distance of the devices at both ends, then verify DDM, operating temperature and Tx/Rx optical parameters against the designated part number. SR, LR, LRM, ER, ZR and EZR are not interchangeable by distance alone; the applicable protocols and standards follow the corresponding datasheet.
What is a 10G SFP+?
A 10G SFP+ is a 10G-class pluggable optical transceiver; this family is built around dual-fiber LC with DDM, covering multimode short reach and single-mode medium-to-long reach. DDM lets the device read temperature, voltage, laser bias and Tx/Rx optical power. The readable fields, accuracy and alarm thresholds depend on the part number and device platform.
SR, LR, LRM, ER, ZR and EZR are not interchangeable by distance alone; the applicable protocols and standards follow the corresponding datasheet. The configurations listed on this page reach up to 40 km; for ZR, EZR or longer distances, SANOC confirms the suppliable part numbers and corresponding datasheets.
Product-line data on this page
8listed part numbers
10Glisted data rates
2listed temperature classes
Why SANOC
Taiwan manufacturing with engineering support
SANOC operates its own factory in New Taipei City; manufacturing, engineering, quality and sales teams assist with fiber, reach, optical power, temperature and production-deployment requirements.
Platform and part-number validation
EEPROM coding and on-device validation can be evaluated against the device, port, software version, protocol and complete part number. EEPROM cannot change rate, PHY, electrical interface, protocol or optical power conditions.
Sample validation first
Free samples can be requested per project to confirm module identification, link status, error counts and DDM on the actual device and link. Samples are free; shipping to overseas or remote areas is usually borne by the customer.
Finished-Product and Pre-Shipment Quality Inspection (FQC/OQC)
After production and before shipment, SANOC performs FQC and OQC inspections according to the product, lot size, and applicable sampling plan. OQC includes a pre-shipment visual inspection. Inspection items, sample quantities, and available quality documentation are confirmed based on the product and order requirements.
After-sales terms
Products carry a 1-year warranty; DOA handling follows the formal quotation, order terms or product warranty policy.
How to select 10G SFP+
Start with the device and protocol, then verify link conditions, optical power and environment requirements.
Confirm link conditions
Distinguish multimode from single-mode fiber, the LC connector and the actual distance, then choose among 300 m, 10 km, 20 km or 40 km. SR, LR, LRM, ER, ZR and EZR must also be judged against wavelength, optical power and device standards — not by name or distance alone.
Verify optical power per part number
Check Tx minimum, Rx sensitivity, receiver overload, connection count and line loss; kilometres are only one of the conditions.
Confirm environment and monitoring
Choose the temperature version for the equipment room, outdoor cabinet or industrial environment, and confirm which DDM fields the device needs to read.
Compatibility and pre-purchase validation
10G SFP+ modules with the same housing can still differ in fiber, wavelength, optical power and applicable standards, so SR, LR and ER versions are not directly interchangeable. If a device requires specific module identification, EEPROM coding and on-device validation can be evaluated against the designated device, port, software version and module part number. EEPROM only handles module identification and partial platform acceptance; it cannot change port rate, PHY, electrical interface, protocol or optical power conditions, and validation results apply only to the combination actually tested.
Copy-and-send quotation template
Device brand and complete model at both ends + software version: Port name and protocol in use: Fiber type, connector and actual distance: Current Tx/Rx readings and connection count: Operating temperature and required DDM fields: Quantity and destination:
If some fields are unknown, send what you have and we will identify the missing information.
Compare the versions
- 850 nm / 300 mSY85A0-X3ATXX family: multimode short reach, for in-room and intra-building backbone links.
- 1310 nm / 10 kmSY13A0-10ATXX family: single-mode medium reach, a common campus and metro configuration.
- 1310 nm / 20 kmSY13A0-20ATXX family: longer single-mode reach; verify Tx/Rx against the link budget.
- 1310 nm / 40 kmSY13A0-40ATXX family: the longest configuration on this page; for longer reaches (ZR/EZR) SANOC confirms the suppliable part numbers.
Versions and reaches are preliminary grouping only, not a guarantee for a part number or platform compatibility. Names such as SR, LR, LRM, ER, ZR and EZR and their applicable standards follow the corresponding datasheet; actual wavelength, optical power and temperature must be confirmed in the quotation datasheet and project validation for the designated part number.
Product Specifications
Use this table to compare wavelength, data rate, interface, reach, output power, receiver sensitivity, and operating temperature across part numbers. The specifications and applicable standards associated with designations such as SR, LR, LRM, ER, ZR, and EZR are defined in the datasheet for each part number.
For ET versions, use the operating temperature shown for the specific part number and confirm the complete conditions in its datasheet. Please contact us with the complete part number for details.
Filter the listed configurations
| Part Number | Data Rate | Interface | Reach | Wavelength or Cable | Output Power | Receiver Sensitivity | Operating Temperature | Remarks | Inquiry |
|---|---|---|---|---|---|---|---|---|---|
| SY85A0-X3ATXX-ET | 10G | LC DDM | 300m | 850nm | -1 to -7 dBm | -9.9 dBm | -10 ~ 85°C | — | Inquiry |
| SY85A0-X3ATXX-WT | 10G | LC DDM | 300m | 850nm | -1 to -7 dBm | -9.9 dBm | -40 ~ 85°C | — | Inquiry |
| SY13A0-10ATXX | 10G | LC DDM | 10km | 1310nm DFB | 0.5 to -8.2 dBm | -14.5 dBm | 0 ~ 70°C | — | Inquiry |
| SY13A0-10ATXX-WT | 10G | LC DDM | 10km | 1310nm DFB | 0.5 to -8.2 dBm | -14.5 dBm | -40 ~ 85°C | — | Inquiry |
| SY13A0-20ATXX | 10G | LC DDM | 20km | 1310nm DFB | 1 to -5 dBm | -14.4 dBm | 0 ~ 70°C | — | Inquiry |
| SY13A0-20ATXX-WT | 10G | LC DDM | 20km | 1310nm DFB | 1 to -5 dBm | -14.4 dBm | -40 ~ 85°C | — | Inquiry |
| SY13A0-40ATXX | 10G | LC DDM | 40km | 1310nm DFB | 4 to 0 dBm | -16 dBm | 0 ~ 70°C | — | Inquiry |
| SY13A0-40ATXX-ET | 10G | LC DDM | 40km | 1310nm DFB | 5 to 0.5 dBm | -14.5 dBm | -20 ~ 85°C | — | Inquiry |
Related Engineering Resources
Related Product Series
Product Inspection and Compatibility FAQ
Sanoc QA Manager Lin Yi-Kung explains the principles used for inspection, standards and compatibility review.
- How is suitability for a specified device confirmed?
- Provide the complete device model, port, software or firmware version, protocol and exact part number. Compatibility results apply only to the validated device, software, port and part-number combination.
- What inspections are performed before shipment?
- After production and before shipment, SANOC performs FQC and OQC inspections according to the product, lot size, and applicable sampling plan. OQC includes a pre-shipment visual inspection. Inspection items, sample quantities, and available quality documentation are confirmed based on the product and order requirements.
- Does compliance with IEEE, SFF or MSA mean compatibility with every device?
- No. These standards define basic interfaces, form factors, pin assignments and data formats. Actual compatibility must still be checked against the device, port, software or firmware version, protocol and module part number.
- Is an established link enough to proceed directly with deployment?
- Not by itself. Before deployment, check transmit and receive optical power, DDM/DOM alarms, temperature, link loss and compatibility with the target platform.
- How should a part number be selected from the product specification table?
- Compare data rate, reach, wavelength or cable, interface, transmit power, receiver sensitivity and operating temperature. Do not infer values that are not listed; request the Datasheet for the exact part number when complete conditions are required.
Send us your device and link conditions
Include the complete device model, port, software version, protocol, fiber type, distance, Tx/Rx readings, operating temperature and quantity, so we can reply with the complete part number, datasheet, samples and quotation.
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