Juniper Networks
QSFP+ TO SFP+ 40GE ACTIVE DACBO 5M
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Juniper QSFP+ to SFP+ 40GE Active DACBO 5 m | Direct Attach Cable
Juniper Networks
MPN: JNP-QSFP-DACBO-5MA
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Key Features
- QSFP+ to SFP+ connector configuration
- 40 GbE active direct attach copper cable
- 5 m cable length
- Juniper Networks MPN: JNP-QSFP-DACBO-5MA
- Designed for short-reach data center interconnects
- Copper assembly for direct attach deployments
- Connect 40 GbE ports using a 5 m active direct attach copper cable
- Bridge QSFP+ and SFP+ interfaces with a single integrated assembly
Build short-reach 40 GbE links with fewer parts and less complexity using the Juniper QSFP+ to SFP+ 40GE Active DACBO 5 m. This active direct attach copper cable is suited to environments where you need reliable connectivity between QSFP+ and SFP+ ports without moving to fiber. The 5 m length is ideal for adjacent rack connections, top-of-rack to nearby aggregation paths, and tightly managed cable runs.
Active DAC cabling is a strong fit for teams that want predictable deployment and efficient cable management. Compared with separate transceivers and fiber patching, this integrated assembly reduces the number of components in the link and keeps installation straightforward. The active design helps maintain signal quality across the copper run, supporting stable 40 GbE transport in dense switching environments.
For Juniper-based data centers, this cable is a practical choice when you want to preserve port compatibility, keep latency low, and avoid overbuilding the interconnect layer. It is a focused solution for short-distance, high-speed connectivity where simplicity and consistency matter.
Ideal For
- Connect adjacent racks in a 40 GbE switching fabric
- Link top-of-rack switches to nearby aggregation switches
- Support short-reach interconnects during network refresh projects
- Reduce optics usage in high-density Juniper environments
Why This Product
- 1Shorter 5 m reach for tighter rack layouts
- 2Active design supports signal integrity across copper
- 3QSFP+ to SFP+ path fits mixed-port deployments
- 4Integrated cable reduces parts versus separate optics