Product comparison · 2 network transceiver modules

ATGBICS CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM) vs ATGBICS CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp)

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  • 31specifications compared
  • 13differ
  • 18identical
  • 0known for one product only

Key differences

  • Maximum data transfer rate
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):200000 Mbit/s
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):1000 Mbit/s
  • Interface type
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):QSFP56
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):SFP
  • Single-mode fiber (SMF) supported
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):No
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):Yes
  • Multi-mode fiber (MMF) supported
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):Yes
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):No
  • Fiber optic connector
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):MPO-12
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):LC
  • SFP transceiver standard
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):SR4
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):EZX
  • Maximum transfer distance
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):100 m
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):140000 m
  • Wavelength
    • CQM-950A04 Huber+Suhner compatible Transceiver QSFP56 200GBase-SR4 (850nm MMF 100m MPO DOM):850 nm
    • CSS-339A34 Huber+Suhner compatible Transceiver SFP 1000Base-EZX (1550nm SMF 140km LC DOM Ind Temp):1550 nm

Side by side

Differences highlightedShow differences only (off)
Comparison of CQM-950A04-C, CSS-339A34-C
31 specifications
Performance10 differ
SFP transceiver typeFiber opticFiber optic
Maximum data transfer rateDiffers200000 Mbit/s1000 Mbit/s
Interface typeDiffersQSFP56SFP
Single-mode fiber (SMF) supportedDiffersNoYes
Multi-mode fiber (MMF) supportedDiffersYesNo
Fiber optic connectorDiffersMPO-12LC
SFP transceiver standardDiffersSR4EZX
Maximum transfer distanceDiffers100 m140000 m
WavelengthDiffers850 nm1550 nm
Ethernet LANYesYes
Ethernet interface typeDiffers200 Gigabit EthernetGigabit Ethernet
Fiber ethernet cabling technologyDiffers200GBASE1000BASE
Digital Diagnostics Monitoring (DDM)YesYes
Export Control Classification Number (ECCN)5A9915A991
Featuresidentical
Product colourSilverSilver
Housing materialMetalMetal
Plug and PlayYesYes
Hot-Plug supportYesYes
Hot-swapYesYes
Easy to installYesYes
Brand compatibilityHuber+SuhnerHuber+Suhner
Certificatesidentical
Compliance certificatesTÜV mark, UKCA, Electromagnetic Compatibility (EMC), REACH, Federal Communications Commission (FCC), RoHS, CETÜV mark, UKCA, Electromagnetic Compatibility (EMC), REACH, Federal Communications Commission (FCC), RoHS, CE
CertificationCE, EMC, FCC, REACH, RoHS, TÜVCE, EMC, FCC, REACH, RoHS, TÜV
Sustainabilityidentical
Doesn't containLeadLead
Operational conditions3 differ
Minimum operating temperatureDiffers0 °C-40 °C
Maximum operating temperatureDiffers70 °C85 °C
Operating temperature (T-T)Differs0 - 70 °C-40 - 85 °C
Storage temperature (T-T)-40 - 85 °C-40 - 85 °C
Operating relative humidity (H-H)0 - 95%0 - 95%
Storage relative humidity (H-H)0 - 95%0 - 95%
Logistics dataidentical
Country of originChinaChina

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.