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3Com 3C512210 10Mb/s 10Base-FL RJ-45 Connector AUI Transceiver Module
- Ethernet Transceiver Module
- 10Mb/s Data Rate
- 10Base-FL Standard
- RJ-45 Connector (for AUI interface)
- Fiber Optic Output
- Connects AUI to Fiber
- Legacy Ethernet support
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Product Overview
The 3Com 3C512210 is a 10Mb/s 10Base-FL Ethernet Transceiver Module with an RJ-45 connector. It serves as a bridge between AUI ports and fiber optic networks, specifically for the 10Base-FL standard.
Technical Information
| Product Type | Ethernet Transceiver Module |
| Data Rate | 10 Mb/s |
| Standard | 10Base-FL |
| Connector (Device Side) | RJ-45 (for AUI connection) |
Additional Specifications
| Connector (Network Side) | Fiber Optic (e.g., SC, ST - not specified) |
| Interface | AUI to Fiber Optic |
| Brand | 3Com |
Product Description
The 3Com 3C512210 is a specialized transceiver module designed for legacy Ethernet networks operating at 10 Mbps. It specifically implements the 10Base-FL standard, which utilizes fiber optic cabling for network transmission. This module acts as a media converter, enabling devices equipped with an Attachment Unit Interface (AUI) port to connect to a fiber optic network segment. The module features an RJ-45 connector, which is typically used to interface with the AUI port on older network cards or hubs. The other side of the module provides an output for a fiber optic cable, allowing for the transmission of data over light signals. The 10Base-FL standard is designed for industrial or harsh environments where electrical interference is a concern, offering greater immunity compared to copper cabling. This transceiver is a key component for maintaining or extending the life of older Ethernet infrastructure that relies on AUI connections. It facilitates the integration of legacy equipment into fiber optic backbones or segments, providing a cost-effective solution for network upgrades or expansions where full replacement of older devices is not feasible. Its primary function is to ensure reliable data communication between the AUI interface and the fiber optic medium.
