Fortinet
FORTINET 5M 10GE SFP+ PASSIVE DIRECT ATTACH CABLE
Out of Stock
Fortinet SP-CABLE-FS-SFP+5 5M 10GE SFP+ Passive DAC | 10GbE, Copper
Fortinet
MPN: SP-CABLE-FS-SFP+5
$112.50
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10GE SFP+ passive direct attach cable
- 5 m cable length
- SFP+ connector interface
- Copper direct-attach design
- Passive signal path
- Fortinet branded cable assembly
- Maintain 10 GbE connectivity over short runs with passive SFP+ direct attach construction
- Reduce latency using direct copper links between compatible SFP+ ports
Keep short-reach 10 GbE connections straightforward with the Fortinet SP-CABLE-FS-SFP+5 passive direct attach cable. Built for SFP+ ports, this 5 m copper cable is a strong fit for top-of-rack switching, adjacent-rack uplinks, and other short interconnects where optical modules would add cost and complexity without adding value.
Passive DAC is a smart choice when the network design calls for predictable short-distance performance. It reduces the number of components in the path, simplifies procurement, and helps keep power and heat under control in dense equipment rows. For teams standardizing on 10 GbE, that can translate into cleaner builds and fewer moving parts to support.
This cable is especially useful in environments where fast deployment matters and cable management needs to stay tight. When you need a direct copper path between compatible SFP+ interfaces, this Fortinet cable gives you a focused, purpose-built option for the job.
Ideal For
- Top-of-rack switch to server connections in 10 GbE environments
- Adjacent-rack uplinks where short copper runs are sufficient
- Storage and compute interconnects in dense data center rows
- Network refresh projects replacing short optical links
Why This Product
- 1Passive copper design avoids the cost and power of optics
- 25 m reach fits common rack and adjacent-rack layouts
- 3SFP+ on both ends supports 10 GbE infrastructure
- 4Direct-attach construction suits low-latency short links