SonicWall
25GBaseSR SFP28 850 NM Mod
Low Stock (2 left)
SonicWall 25GBaseSR SFP28 850 nm Module, 25 GbE | Data Center
SonicWall
MPN: 02-SSC-8390
$326.38$400.00
MAP: $400.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 25GBaseSR Ethernet support
- SFP28 transceiver type
- 850 nm wavelength
- Multimode fiber compatibility
- 25 Gbps data rate
- Short-reach optical design
- Move 25 GbE traffic over multimode fiber using 850 nm optics
- Support short-reach data center links with SFP28 connectivity
Move high-speed traffic across short-reach fiber with the SonicWall 25GBaseSR SFP28 850 nm module. Built for 25 Gigabit Ethernet over multimode fiber, this transceiver gives infrastructure teams a compact way to add dense, high-bandwidth links without changing the physical footprint of the switch or appliance.
The SR design is a practical choice for data center and campus environments where short optical runs are standard. At 850 nm, it aligns with common multimode cabling practices and supports clean integration into top-of-rack, leaf-spine, and aggregation architectures. That makes it useful when you need more throughput per port and a tighter rack design than 10 GbE can provide.
For teams standardizing on SonicWall hardware, this module helps keep optical connectivity consistent and easy to scale. It is the kind of component that earns its place in higher-value deployments: compact, fast, and suited to environments where port density and link performance directly affect operational efficiency.
Ideal For
- Connect top-of-rack switches in a data center leaf-spine fabric
- Add 25 GbE uplinks for high-density server aggregation
- Link SonicWall hardware to nearby multimode fiber switches
- Support short optical runs in campus or enterprise racks
Why This Product
- 1Delivers 25 GbE instead of 10 GbE for higher port throughput
- 2Uses multimode fiber for short-reach optical links
- 3Fits dense rack designs with SFP28 packaging
- 4Targets data center uplinks rather than copper handoffs



