Solution categories
Server Rooms / AI / HPC / Cloud Data Centers6
Telecom / ISP / Metro / DCI4
- Access & AggregationPlanned
- Single-fiber SavingPlanned
- WDM Expansion & Long ReachPlanned
- 5G Fronthaul & BackhaulPlanned
Enterprise / Campus / Wi-Fi / Surveillance2
- Access LayerPlanned
- Backbone & CorePlanned
Industrial Automation / Transportation / Smart Factory3
- Wide-temperature EthernetPlanned
- Copper-to-fiber Remote NodesPlanned
- Legacy Equipment Life ExtensionPlanned
Power Systems / Substations / SCADA1
- TeleprotectionPlanned
FTTx / Single-fiber Access / PON1
- Single-fiber Bidirectional AccessPlanned
Fiber-guided Drones / High-interference Inspection1
- Endpoint-based Fiber-guided InspectionPlanned
OEM / ODM / Custom Solutions1
- Cross-family CustomizationPlanned
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SFP Optical Transceiver -
SFP-T Optical Transceiver -
SFP+/SFP28 Optical Transceiver -
40G-800G Optical Transceiver -
1x9 Optical Transceiver -
SFF Optical Transceiver -
Other Optical Transceiver
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Direct Attach Cable -
Breakout DAC Cable -
Active Optical Cable -
Breakout AOC Cable
100BASE-T SFP RJ45 Copper Module
100MBase-T SFP modules are widely used in data centers and enterprise server rooms, delivering high-performance interconnects. The module supports CAT5 twisted-pair cabling up to 100 m, with data rates up to 100 Mbps. It is fully compliant with the SFP Multi-Source Agreement (MSA), IEEE 802.3ab 100BASE-T and SERDES industry specifications. The electrical interface uses an MSA-compliant 20-pin gold-finger edge connector, with an RJ45 port on the line side. This SFP transceiver features a low-power design (only 1.05W for 100m) and is compatible with a wide range of host brands.
Product Specifications
| Part Number | Data Rate | Interface | Reach | Wavelength or Cable | Output Power | Receiver Sensitivity | Operating Temperature | Remarks | Inquiry |
|---|---|---|---|---|---|---|---|---|---|
| SI0015-X1ATXX | 100base-T | RJ45 | 100M | no wavelength | — | — | 0~70° | — | Inquiry |
| SI0015-X1ATXX-WT | 100base-T | RJ45 | 100M | no wavelength | — | — | -40~85° | — | Inquiry |
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.
- Can EEPROM coding be requested?
- EEPROM coding can be evaluated, but it cannot change the port speed, PHY, electrical interface or protocol capability. Available items and charges are included in the formal quotation.
- 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.
Request a Quote