Juniper JNP-100G-AOCBO-10M · 740-073145

MPN / P/N

740-073145

Manufacturer model

JNP-100G-AOCBO-10M

Part Number

740-073145

Speed

4 x 25 Gigabit Ethernet

Breakout Capable

Yes

Form Factor

QSFP28 to SFP28

Product Type

AOC

Connector

None

Monitoring Available

Yes

Digital Optical Monitoring

Yes

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Cable type

MMF

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Digital Diagnostic Monitoring

Tx Power Rx Power Bias Current Case Temperature Power Supply Voltage

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Distance

10 m

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / MSA compliance (SFF, for e.g. SFF-8665)

QSFP28 MSA, SFF-8665, “QSFP28 28 Gb/s4X Pluggable Transceiver Solution (QSFP28)”, Rev 1.9, June 29, 2015 SFP28 MSA, SFF-8402, “Specification for SFP28 1X 28 Gb/s Pluggable Transceiver Solution (SFP28) ”, Rev 1.1, Sep 13, 2014

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Maximum Power consumption (W)

QSFP28 end: 3.5 W; SFP28 end: 1 W

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Operating Temperature (range)

0° C to 70° C

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Optic Type (Commercial Vs Service Provider Grade)

OM3

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Signaling rate, each lane

25.78125Gbd +/- 100ppm

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Storage temperature

–40° C to 85° C

QSFP28(SFF-8665), SFP28(SFF-8402) MSA / Typical Weight & Dimensions

Dimensions | QSFP28 | SFP28 Height | 8.5 mm | 8.5 mm Width | 18.35 mm | 13.4 mm Depth | 72.4 mm | 56.5 mm

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. Parallel fiber/core/modal-bandwidth/distance values retain the same source column order; correlate matching columns instead of applying the largest distance to every fiber.

Integral-cable metadata note

HCT Connector=None is integral DAC/AOC metadata, not an absence of cable ends. Verify end form factors and breakout against the exact manufacturer profile.

Reading parallel values

Pipe-separated fiber, bandwidth and reach values correspond by position in the original manufacturer column order. The longest reach does not apply to every fiber type.

Specification source: Juniper ↗
Checked against documentation: 19.10.2026