100G QSFP28 Transceivers
Sanoc 100G QSFP28 transceivers cover SR4, LR4, CWDM4, ER4 and ZR4 options for data center, campus and DCI links. Compatibility is reviewed case by case using the complete equipment model, port, software or firmware version, protocol, and exact module part number. Eligible projects may request a complimentary sample for qualification; sample availability, shipping arrangements and freight are confirmed separately.
Product Specifications
| Part Number | Data Rate | Interface | Reach | Wavelength or Cable | Output Power | Receiver Sensitivity | Operating Temperature | Remarks | Inquiry |
|---|---|---|---|---|---|---|---|---|---|
| SQ85J0-X1ATXX-SR4 | 100G | — | 100m | 850nm | — | — | 0~70° | — | Inquiry |
| SQ13J0-02ATXX-WT | 100G | QSFP+/QSFP28 | 2km | CWDM4 | — | — | -40~85° | — | Inquiry |
| SA89J0-X1ATXX | 100G | — | 100m | 850/910nm | — | — | 0~70° | — | Inquiry |
| SQ13J0-10ATXX | 100G | QSFP+/QSFP28 | 10km | Lan-WDM | — | — | 0~70° | — | Inquiry |
| SQ13J0-10ATXX-WT | 100G | QSFP+/QSFP28 | 10km | Lan-WDM | — | — | -40~85° | — | Inquiry |
| SQ13J0-40ATXX-ER4 | 100G | — | 40km | Lan-WDM | — | — | 0~70° | — | Inquiry |
| SQ13J0-40ATXX-ER4-WT | 100G | — | 40km | Lan-WDM | — | — | -40~85° | — | Inquiry |
| SQ13J0-80ATXX-ZR4 | 100G | — | 80km | Lan-WDM | — | — | 0~70° | — | Inquiry |
| SQ13J0-80ATXX-ZR4-WT | 100G | — | 80km | Lan-WDM | — | — | -40~85° | — | Inquiry |
| SQ13J0-00ATXX-ZR4 | 100G | — | 100km | Lan-WDM | — | — | 0~70° | — | Inquiry |
| SQ13J0-X5ATXX-DR1 | 100G | — | 500m | 1310nm | — | — | 0~70° | — | Inquiry |
| SQ13J0-02ATXX-FR1 | 100G | — | 2km | 1310nm | — | — | 0~70° | — | Inquiry |
| SQ13J0-10ATXX-LR1 | 100G | — | 10km | 1310nm | — | — | 0~70° | — | Inquiry |
| SA27J0-10ATXX | 100G | — | 10km | 1271nmTX/1331nmRX | — | — | 0~70° | — | Inquiry |
| SA33J0-10ATXX | 100G | — | 10km | 1331nmTX/1271nmRX | — | — | 0~70° | — | Inquiry |
| SA29J0-10ATXX | 100G | — | 10km | 1291nmTX/1311nmRX | — | — | 0~70° | — | Inquiry |
| SA31J0-10ATXX | 100G | — | 10km | 1311nmTX/1291nmRX | — | — | 0~70° | — | Inquiry |
| SA04J0-20ATXX | 100G | — | 20km | 1304.58nmTX/1309.14nmRX | — | — | 0~70° | — | Inquiry |
| SA09J0-20ATXX | 100G | — | 20km | 1309.14nmTX/1304.58nmRX | — | — | 0~70° | — | Inquiry |
| SQ85J0-X2ATXX-SWDM4 | 100G | — | 150m | SWDM4 | — | — | 0~70° | — | Inquiry |
Related Product Series
What to confirm before selecting
This page lists 20 candidate entries for initial comparison. The table does not confirm stock, lead time, host compatibility or final approved specifications. Final details must be confirmed against the quotation datasheet for the exact part number and the project requirements.
- Complete device model, port, software or firmware version, and protocol.
- Required data rate, interface or connector, and fiber or cable type.
- Actual reach or cable length, operating temperature, and deployment environment.
- Quantity, requested delivery date, and the part number or compatibility question to verify.
Selection and inquiry resources
Browse application solutionsStart from the deployment scenario; the actual fit still requires project confirmation.Services and supportFind tools, technical support and related information.Submit an exact-part-number requestInclude the device, port, environment and quantity so the team can review the request.
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?
- Sanoc applies FQC and OQC quality-control stages after production and before shipment. Inspection follows the product, lot size and applicable sampling plan.
- 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.
Need help selecting or verifying compatibility?
Send us the device model, application requirements, and quantity to discuss suitable products, a quote, and lead time. If you already have a part number, please include it.
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