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Lenovo 46C3447 SFP+ SR Transceiver, 10 GbE, LC | SR, Enterprise
Lenovo
MPN: 46C3447
$58.33$109.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10 Gigabit Ethernet SFP+ transceiver
- Short-reach SR optical design
- LC duplex connector
- Multimode fiber support
- SFP+ form factor
- Lenovo part number 46C3447
- Deliver 10 GbE short-reach connectivity using SFP+ SR optics
- Connect multimode fiber links via LC duplex connector
Keep short-reach links fast, predictable, and easy to scale with the Lenovo 46C3447 SFP+ SR transceiver. Designed for 10 GbE environments, this module supports multimode fiber connections through an LC duplex connector, making it a practical choice for top-of-rack switching, aggregation layers, and storage traffic where low-latency optical links matter.
SR optics are a strong fit when you need dense port counts without moving to more expensive long-reach hardware. This transceiver is intended for short-distance deployments on multimode fiber, helping teams connect servers, switches, and network appliances within the same rack row or adjacent rooms. Its SFP+ form factor keeps compatibility straightforward across supported enterprise platforms.
For infrastructure teams, the value is in consistency: a compact optical module that supports 10 GbE performance, simplifies fiber management, and avoids overbuying reach you do not need. That makes it a sensible option for production networks where port density, cable discipline, and predictable optics matter more than headline specs.
Ideal For
- Top-of-rack switch uplinks in a data center row
- Server-to-switch connections over multimode fiber
- Aggregation-layer links between adjacent network cabinets
- Storage network connectivity in short-reach enterprise environments
Why This Product
- 1Short-reach SR optics for multimode fiber, not long-haul transport
- 210 GbE performance in a compact SFP+ module
- 3LC duplex connector for standard enterprise fiber runs
- 4Better fit for dense rack deployments than larger optical formats
