- MPN / P/N
- 740-056706
- Manufacturer model
- JNP-QSFP-4X10GE-IR
- Part Number
- 740-056706
- Speed
- 4 x 10 Gigabit Ethernet
- Breakout Capable
- Yes
- Form Factor
- QSFP+
- Product Type
- Optical Transceiver
- Connector
- MPO-12 APC
- Monitoring Available
- Yes
- Digital Optical Monitoring
- Yes
- Juniper Networks proprietary 4x10G-IR PSM / Cable type
- SMF
- Juniper Networks proprietary 4x10G-IR PSM / Core size/cladding
- 9/125 µm
- Juniper Networks proprietary 4x10G-IR PSM / Distance
- 1.4 km
- Juniper Networks proprietary 4x10G-IR PSM / Maximum Power consumption (W)
- 3.5 W
- Juniper Networks proprietary 4x10G-IR PSM / Operating Temperature (range)
- 0° C to 70° C
- Juniper Networks proprietary 4x10G-IR PSM / Optical Transmitter 3-dB spectral width (maximum)
- 2.4 nm
- Juniper Networks proprietary 4x10G-IR PSM / Receive lane wavelengths (range)
- 1260 nm through 1355 nm
- Juniper Networks proprietary 4x10G-IR PSM / Receiver input power, each lane (maximum)
- 1.5 dBm
- Juniper Networks proprietary 4x10G-IR PSM / Receiver input power, each lane (minimum)
- -13 dBm
- Juniper Networks proprietary 4x10G-IR PSM / Signaling rate, each lane
- 10.3125 GBd +/- 100 ppm
- Juniper Networks proprietary 4x10G-IR PSM / Storage temperature
- –40° C to 85° C
- Juniper Networks proprietary 4x10G-IR PSM / Transmitter output power, each lane (maximum)
- 1.5 dBm
- Juniper Networks proprietary 4x10G-IR PSM / Transmitter output power, each lane (minimum)
- -10.4 dBm
- Juniper Networks proprietary 4x10G-IR PSM / Transmitter wavelengths (range)
- 1290.5 nm through 1355 nm
- Documented selection limits
- Reach, rate, form factor and breakout support apply only to the listed standard/mode, fiber grade and platform/port configuration. Keep source qualifiers for FEC, attenuation, transmit/receive limits, temperature, active/passive operation and cable ends. Check Juniper HCT for the exact host, interface module, port mode, Junos release, required QSA adapter and qualifications before ordering. Do not infer universal interoperability or combine power/temperature/reach across model profiles. Optical link budgets are not calculated or inferred.