SonicWall
SFP Plus RJ45 Module
In Stock
SonicWall SFP+ RJ45 10GBASE-T Module, Copper | Enterprise Networking
SonicWall
MPN: 02-SSC-1874
$265.19$325.00
MAP: $325.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10GBASE-T Ethernet support
- SFP+ transceiver form factor
- RJ45 copper connector
- 10 Gbps data rate
- Copper media for short-reach links
- Designed for SonicWall compatibility
- Deliver 10 GbE uplinks using 10GBASE-T copper Ethernet
- Simplify short-reach connectivity with an RJ45 connector
Move 10 GbE traffic over familiar copper infrastructure with the SonicWall SFP+ RJ45 module. This transceiver is built for 10GBASE-T Ethernet, giving network teams a straightforward way to add high-speed RJ45 connectivity to compatible SonicWall platforms. It is well suited for short-distance links where existing twisted-pair cabling is already in place and fiber termination would add time or cost.
For infrastructure teams, the value is in simplicity and control. The module supports copper-based handoffs that are easy to deploy, easy to replace, and easy to standardize across branch, campus, and appliance environments. It helps preserve investment in structured cabling while delivering the bandwidth needed for modern security, virtualization, and aggregation workloads.
Choose this module when you want a clean Ethernet connection at 10 GbE speeds without introducing optical patching complexity. It is a focused, purpose-built option for environments that need reliable short-reach connectivity and predictable integration with SonicWall hardware.
Ideal For
- Connect a SonicWall appliance to a nearby switch over copper
- Add 10 GbE uplinks in a rack with existing Cat6A cabling
- Support short-distance aggregation links in branch networks
- Replace fiber handoffs where RJ45 is preferred
Why This Product
- 1Uses copper RJ45 instead of fiber for simpler short-run deployment
- 2Delivers 10 GbE connectivity in an SFP+ footprint
- 3Fits environments with existing twisted-pair cabling
- 4Reduces optical patching complexity for nearby links



