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Transition MIL-S3413-15 Media Rate Converter SC 100BFX Media Converter
- Media Rate Converter.
- Supports 100Base-FX (100BFX) fiber optic standard.
- Utilizes SC fiber optic connectors.
- Enables conversion between different network speeds and media.
- Designed for reliable network extension.
- Suitable for industrial or demanding environments.
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Product Overview
The Transition MIL-S3413-15 is a media rate converter specifically designed for network infrastructure. It facilitates the conversion between different network speeds and media types, utilizing SC connectors for its fiber optic interface and supporting 100BFX (100Base-FX) standards.
Technical Information
| Product Type | Media Converter |
| Fiber Standard | 100Base-FX |
Additional Specifications
| Fiber Connector | SC |
Product Description
The Transition MIL-S3413-15 Media Rate Converter is engineered to provide robust connectivity solutions within network infrastructures. Its core function is to translate signals between different network types, specifically bridging the gap between copper Ethernet and fiber optic networks. The '100BFX' designation clearly indicates support for the 100Base-FX standard, which operates at Fast Ethernet speeds (100 Mbps) over fiber optic cabling. This standard is widely adopted for its ability to transmit data over significantly longer distances than traditional copper Ethernet. The inclusion of SC connectors on the fiber optic side means it uses the widely compatible SC (Subscriber Connector or Standard Connector) physical interface, known for its push-pull latching mechanism and robust design. This converter is ideal for extending network reach into areas where electromagnetic interference is a concern or where distances exceed the limitations of UTP (Unshielded Twisted Pair) copper cables. The 'MIL' prefix in the SKU might suggest a design or testing standard that aligns with military specifications, implying enhanced durability, reliability, and performance in harsh environmental conditions. This device plays a critical role in building resilient and scalable network architectures. By enabling the conversion to fiber optics, it allows for higher bandwidth, increased security, and greater immunity to noise. It is a valuable tool for network administrators managing diverse network environments, ensuring seamless communication between different network segments and devices, and supporting critical data transmission requirements.


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