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Linxit NTK588BQE5-lnx 10GB/s 10GBase-DWDM Single-Mode Fibre 1543.73nm 80km LC Connector XFP Transcei...
- Data Rate: 10 Gb/s
- Standard: 10GBase-DWDM
- Fiber Type: Single-Mode
- Wavelength: 1543.73nm
- Maximum Distance: 80km
- Connector Type: LC Duplex
- Form Factor: XFP
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Product Overview
The Linxit NTK588BQE5-lnx is a 10Gb/s XFP transceiver for DWDM networks, operating on single-mode fiber at 1543.73nm over a distance of 80km. It features an LC connector.
Technical Information
| Brand | Linxit |
| SKU | NTK588BQE5-lnx |
| Data Rate | 10 Gb/s |
| Standard | 10GBase-DWDM |
Additional Specifications
| Fiber Type | Single-Mode |
| Wavelength | 1543.73nm |
| Distance | 80km |
| Connector | LC |
Product Description
This XFP transceiver module from Linxit is engineered for high-speed 10Gb/s data transmission within DWDM (Dense Wavelength Division Multiplexing) network infrastructures. It operates over single-mode fiber optic cables, providing a robust and high-performance link for demanding network applications. The module transmits at a precise wavelength of 1543.73nm, which is a specific channel within the DWDM spectrum, allowing for dense multiplexing of numerous data streams onto a single fiber. The NTK588BQE5-lnx supports an extended transmission range of up to 80 kilometers, making it suitable for long-haul network connections, such as between major network hubs or across extensive metropolitan areas. It is equipped with an LC duplex connector, the industry standard for fiber optic connections, ensuring a secure and reliable physical interface for optimal signal integrity and performance. Designed for hot-swappable operation, this XFP transceiver can be easily installed or removed from compatible network equipment, such as switches and routers, without the need to power down the system. This feature is crucial for minimizing network downtime during maintenance, upgrades, or troubleshooting. Its compatibility with standard XFP ports on networking hardware makes it a versatile solution for expanding network capacity and reach in high-bandwidth, long-distance scenarios.
