Product comparison · 2 network transceiver modules

Origin Storage QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM) vs Origin Storage FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM)

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  • 23specifications compared
  • 8differ
  • 15identical
  • 3known for one product only

Key differences

The Origin Storage QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM) has 90,000 Mbit/s more maximum data transfer rate than the Origin Storage FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM) (100000 Mbit/s vs 10000 Mbit/s). The Origin Storage FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM) has 120 m more maximum transfer distance than the Origin Storage QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM) (220 m vs 100 m). The Origin Storage FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM) has 460 nm more wavelength than the Origin Storage QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM) (1310 nm vs 850 nm). Only the Origin Storage FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM) has single-mode fiber (SMF) supported. Interface type: QSFP28 on the Origin Storage QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM), SFP+ on the Origin Storage FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM).

  • Maximum data transfer rate
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):100000 Mbit/s
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):10000 Mbit/s
  • Interface type
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):QSFP28
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):SFP+
  • Single-mode fiber (SMF) supported
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):No
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):Yes
  • Maximum transfer distance
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):100 m
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):220 m
  • Wavelength
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):850 nm
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):1310 nm
  • Brand compatibility
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):Dell
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):Fortinet
  • Minimum operating temperature
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):0 °C
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):-5 °C
  • Operating temperature (T-T)
    • QSFP28 100G SR1.2 PAM4 2x50G BiDi SR1.2 (850/900nm MMF 100m LC DOM):0 - 70 °C
    • FN-TRAN-SFP+LRM Fortinet compatible Transceiver SFP+ 10GBase-LRM (1310nm MMF/SMF 220m LC DOM):-5 - 70 °C

Side by side

Differences highlightedShow differences only (on)
Comparison of 407-BCXH-OS, FN-TRAN-SFP+LRM-OS
26 specifications
Performance5 differ
Maximum data transfer rateDiffers100000 Mbit/s10000 Mbit/s
Interface typeDiffersQSFP28SFP+
Single-mode fiber (SMF) supportedDiffersNoYes
Fiber optic connectorKnown for oneUnknown — not stated by the sourceLC
Maximum transfer distanceDiffers100 m220 m
WavelengthDiffers850 nm1310 nm
Ethernet interface typeKnown for oneUnknown — not stated by the source10 Gigabit Ethernet
Features1 differ
Brand compatibilityDiffersDellFortinet
Operational conditions2 differ
Minimum operating temperatureDiffers0 °C-5 °C
Operating temperature (T-T)Differs0 - 70 °C-5 - 70 °C
Logistics dataidentical
Warranty periodKnown for one20 year(s)Unknown — not stated by the source

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.

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