Juniper Networks
SFP+ 10GE DAC 7M
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Juniper EX-SFP-10GE-DAC-7M SFP+ 10GE DAC 7M | Direct Attach, 7 m
Juniper Networks
MPN: EX-SFP-10GE-DAC-7M
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Key Features
- SFP+ direct attach copper cable
- 7 m cable length
- 10 GbE data path
- Passive copper design
- Juniper EX series compatibility
- SFP+ connector interface
- Extend 10 GbE links across 7 m with direct attach copper construction
- Reduce transceiver count using integrated SFP+ to SFP+ connectivity
Preserve 10 GbE connectivity across extended rack distances with the Juniper EX-SFP-10GE-DAC-7M direct attach copper cable. Built for SFP+ interfaces, this 7 m cable is a practical choice when you need a clean, low-latency link between adjacent racks or across a wider equipment row without adding separate optics and patch cabling.
Direct attach copper is often the right answer for short-reach 10 GbE deployments where cost, power, and cable management matter. By integrating the connection into a single assembly, this cable helps reduce component count and keeps switch fabrics easier to service. The 7 m length gives you more placement flexibility than shorter DAC options, which is useful in real-world data center layouts where cable paths rarely follow ideal distances.
For Juniper environments, the EX-SFP-10GE-DAC-7M fits naturally into high-density switching and server access designs. It is well suited to top-of-rack and end-of-row architectures where predictable 10 GbE performance and straightforward installation matter more than long-haul reach. When you need a dependable copper interconnect for short-range 10 GbE, this cable delivers the right balance of simplicity and reach.
Ideal For
- Top-of-rack switch to server uplinks
- Switch-to-switch links across adjacent racks
- Aggregation layer interconnects in data centers
- Short-reach 10 GbE connections in enterprise closets
Why This Product
- 1Longer 7 m reach than common short DAC options
- 2Passive copper design avoids optical transceiver pairing
- 3SFP+ to SFP+ connectivity for 10 GbE links
- 4Better fit for dense rack cabling than separate patch and optics