Juniper Networks
SFP 1GE CWDM 1510 NM TRANSCEIVER
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Juniper EX-SFP-GE80KCW1510 SFP 1GE CWDM 1510 nm | Enterprise Optics
Juniper Networks
MPN: EX-SFP-GE80KCW1510
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Key Features
- 1 GbE CWDM transceiver
- 1510 nm wavelength
- SFP form factor
- Juniper Networks compatibility
- Single-mode fiber support
- Hot-swappable optical module
- Extend 1 GbE transport using CWDM 1510 nm optics
- Preserve fiber capacity with wavelength-specific optical signaling
Keep 1 GbE links moving across CWDM infrastructure with a Juniper SFP tuned for 1510 nm operation. This transceiver is designed for environments where fiber count is constrained and wavelength discipline is part of the network plan. It supports compact, hot-swappable deployment in SFP ports, making it a practical fit for access, aggregation, and backbone links that need predictable optical behavior.
For teams standardizing on Juniper optics, this module helps maintain alignment across mixed-distance fiber runs without adding unnecessary complexity. CWDM deployment is often chosen when organizations want to extend service over existing plant instead of pulling new fiber, and this optic fits that strategy with a wavelength-specific design. It is a straightforward choice for infrastructure teams that value compatibility, consistency, and clean optical segmentation over generic alternatives.
Use it where 1 GbE transport must stay stable and serviceable, especially in networks that depend on disciplined wavelength allocation. The result is a compact optical component that supports the kind of controlled, production-grade connectivity expected in enterprise switching environments.
Ideal For
- 1 GbE uplinks in Juniper switching environments
- CWDM transport across campus or metro fiber plants
- Fiber-constrained backbone extensions
- Wavelength-managed aggregation links
Why This Product
- 1Uses CWDM 1510 nm optics for wavelength-specific transport
- 2Matches Juniper switching environments more closely than generic optics
- 3Supports 1 GbE links in a compact SFP footprint
- 4Fits fiber-constrained deployments where wavelength planning matters


