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Planet MTB-XSR 850nm Transceiver
- 850nm wavelength
- Short-reach optical communication
- Likely SFP or SFP+ form factor
- Designed for multi-mode fiber (MMF)
- Hot-pluggable module
- Used in data centers and LANs
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Product Overview
The Planet MTB-XSR is an 850nm transceiver module, likely an SFP or SFP+ form factor, designed for short-reach optical communication. It is typically used for multi-mode fiber applications.
Technical Information
| Form Factor | Not Specified (Likely SFP/SFP+) |
| Data Rate | Not Specified |
| Wavelength | 850 nm |
Additional Specifications
| Fiber Type | Multi-Mode Fiber (MMF) |
| Connector Type | Not Specified (Likely LC) |
| Maximum Distance | Short Reach |
Product Description
The Planet MTB-XSR transceiver operates at a wavelength of 850nm, which is characteristic of transceivers designed for multi-mode fiber (MMF) applications. This wavelength is commonly used for short-reach optical links, such as those found within data centers, server rooms, and local area networks (LANs). The 'XSR' designation likely stands for 'Extended Short Reach' or similar, indicating its suitability for distances beyond standard short-reach specifications but still within the MMF domain. While the specific form factor isn't explicitly stated, it is highly probable that the MTB-XSR is an SFP (Small Form-Factor Pluggable) or SFP+ module, given its common usage in modern networking equipment. These modules are hot-pluggable, allowing for easy installation and replacement without disrupting network operations. The 850nm wavelength is cost-effective for MMF deployments and provides sufficient bandwidth for many enterprise applications. This transceiver is essential for establishing high-speed connections between network devices over multi-mode fiber. Its primary use case involves connecting servers to switches, switches to other switches, or providing uplinks in top-of-rack (ToR) or end-of-row (EoR) architectures within data centers. The choice of 850nm and MMF is often driven by a balance of performance, cost, and distance requirements for these environments.
