Juniper Networks
SFP+ 10GE DAC 50CM
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Juniper SFP-10G-DAC-50CM SFP+ 10GE DAC 50 cm | 10GbE, Direct Attach
Juniper Networks
MPN: SFP-10G-DAC-50CM
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Key Features
- SFP+ to SFP+ direct attach copper cable
- 50 cm cable length
- Designed for 10 GbE connectivity
- Juniper Networks MPN SFP-10G-DAC-50CM
- Short-reach interconnect for adjacent rack devices
- Copper-based alternative to optical transceivers
- Compact form for dense cable routing
- Simplify short-run 10 GbE links using a 50 cm direct attach copper design
Keep adjacent equipment connected with a compact 50 cm SFP+ direct attach cable designed for 10 GbE links. The Juniper SFP-10G-DAC-50CM is a practical choice when you want to eliminate separate optical transceivers, reduce power draw, and simplify short-run connectivity inside the rack.
Direct attach copper is well suited for top-of-rack and side-by-side deployments where distance is measured in centimeters, not meters. This cable helps preserve port density while keeping cable management straightforward. For infrastructure teams, that means fewer components to source, fewer failure points to track, and a cleaner path between compatible SFP+ interfaces.
Choose this cable when you need a short, dependable interconnect for high-speed switching, server uplinks, or adjacent appliance links. Its compact length is especially useful in dense environments where excess slack creates airflow and serviceability issues. When the job calls for a simple 10 GbE connection between nearby devices, this is the right class of cable: direct, efficient, and purpose-built for the rack.
Ideal For
- Connect adjacent top-of-rack switches in the same cabinet
- Link servers to nearby aggregation or access switches
- Patch short-distance appliance connections in dense racks
- Replace optical modules where only a short 10 GbE run is required
Why This Product
- 1Shorter than 1 m DACs for tighter rack routing
- 2Avoids separate optical transceivers for short links
- 3Better suited to adjacent devices than fiber patching
- 4Cleaner cable management in dense switch and server racks