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Transition Networks C3110-1013 Gigabit Ethernet ION Card 1000Base-T to 1000Base-SX MM SC
The Transition Networks C3110-1013 Gigabit Ethernet ION Card provides a reliable bridge between copper based 1000Base-T networks and fiber optic 1000Base-SX multimode SC connections. Designed for high-performance data centers, enterprise backbones an... Read More
price
$128.95
- In Stock: 6
- Manufacturer: Transition Networks
- Model or Part: C3110-1013
- Condition: Refurbished
- Weight: 1.00lb
- Dimensions: 7.70in x 5.30in x 2.20in
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Item Condition
New - Sealed or Open Box ConditionExcellent - Almost-New, Missing Original Packaging
Refurbished - Seller Refurbished, Good Condition, Previously Used Item
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Overview
The Transition Networks C3110-1013 Gigabit Ethernet ION Card provides a reliable bridge between copper based 1000Base-T networks and fiber optic 1000Base-SX multimode SC connections. Designed for high-performance data centers, enterprise backbones and campus networks, this hot-swappable ION card delivers full gigabit throughput with low latency and robust error handling. Its compact form factor fits into standard ION slots, making upgrades and migrations simple and cost-effective.
Key Features
- Dual media support - 1000Base-T RJ45 port and 1000Base-SX multimode SC fiber port
- Full 1 Gbps throughput with less than 5 microseconds latency
- Hot-swap capable for zero-downtime installation
- Built-in link integrity monitoring and auto-negotiation
- Power over Ethernet (PoE) compatible for flexible power options
- Compact ION form factor for easy integration into existing chassis
Technical Specifications
- Model/Part Number: C3110-1013
- Interface: 1000Base-T RJ45, 1000Base-SX MM SC fiber
- Supported fiber type: Multimode OM1, OM2, OM3, OM4
- Maximum cable length: Up to 550 meters on multimode fiber, up to 100 meters on copper
- Operating temperature: 0 to 70 degrees Celsius
- Power consumption: 5 watts typical
- Compliance: IEEE 802.3ab, IEEE 802.3z
Typical Applications
- Data center server farms requiring seamless copper to fiber conversion
- Enterprise campus networks linking building-to-building fiber runs with existing copper infrastructure
- High-density storage area networks where low latency and high reliability are critical
- Industrial automation systems that need rugged fiber connectivity alongside legacy copper links
- Telecommunications backhaul where fiber optic distances exceed copper limits