JNP-10G-AOC-xM-BCC | Juniper Compatible SFP+ to SFP+ Active Optical Cable, 10GB, 10GBASE-AOC | 1 to 30M

Q: Will this work in place of the Juniper JNP-10G-AOC-1M?
A: Yes. The JNP-10G-AOC-xM-BCC is a direct plug-and-play replacement for the JNP-10G-AOC-1M. It uses the same SFP+ form factor, 10.5 Gbps data rate, and SFF-8431 electrical interface, ensuring compatibility with any Juniper platform that supports the original part number.

Q: Which Juniper platforms support this AOC?
A: This cable is compatible with Juniper platforms that feature SFP+ ports, including EX Series access and aggregation switches, QFX Series data centre switches, MX Series universal routers, and SRX Series security gateways. The cable operates over any standard 10G SFP+ interface compliant with SFF-8431.

Q: What is the maximum reach of this active optical cable and does it require specific fibre type?
A: The embedded multimode fibre supports connections within racks and across adjacent racks. Because the fibre is permanently terminated inside the cable assembly, no external fibre patch cable or connector cleaning is required. The reach is determined by the cable length selected, not by external fibre type.

Q: Can I mix different cable lengths in the same deployment or between different switch pairs?
A: Yes. Each cable is an independent assembly with its own transceivers and embedded fibre. You can deploy 1M cables within a rack and 20M cables between racks in the same network without performance issues, as each cable maintains its own signal integrity and power budget regardless of other cable lengths in use.

Q: What advantage does an active optical cable provide over a passive copper DAC for 10G SFP+ connections?
A: Active optical cables are significantly lighter and more flexible than copper DAC, reducing port stress and improving cable management in dense installations. AOC is immune to electromagnetic interference, unlike copper, and maintains signal integrity at longer distances without passive copper's 7-meter practical limit. Power consumption is comparable to active copper cables but with better thermal performance.