Product comparison · 2 network transceiver modules

Origin Storage AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp) vs Origin Storage X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM)

26specifications compared
9differ
17identical
3known for one product only

Key differences

Maximum data transfer rate
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):25000 Mbit/s
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):100000 Mbit/s
Interface type
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):SFP28
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):QSFP28
Fiber optic connector
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):LC
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):MPO-12
Ethernet interface type
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):25 Gigabit Ethernet
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):100 Gigabit Ethernet
Brand compatibility
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):Broadcom
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):NetApp
Minimum operating temperature
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):-10 °C
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):0 °C
Maximum operating temperature
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):85 °C
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):70 °C
Operating temperature (T-T)
- AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp):-10 - 85 °C
- X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM):0 - 70 °C

Side by side

Differences highlightedShow differences only

Comparison of AFBR-735SMZ-OS, X65404-OS
29 specifications	A Origin Storage AFBR-735SMZ Avago Broadcom Compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM Ind Temp) Model AFBR-735SMZ-OS View product	B Origin Storage X65404 NetApp compatible Transceiver SFP28 25GBase-SR (850nm MMF 100m LC DOM) Model X65404-OS View product
Performance4 differ
SFP transceiver type	Fiber optic	Fiber optic
Maximum data transfer rateDiffers	25000 Mbit/s	100000 Mbit/s
Interface typeDiffers	SFP28	QSFP28
Single-mode fiber (SMF) supported	No	No
Multi-mode fiber (MMF) supported	Yes	Yes
Fiber optic connectorDiffers	LC	MPO-12
Maximum transfer distance	100 m	100 m
Wavelength	850 nm	850 nm
Ethernet LAN	Yes	Yes
Ethernet interface typeDiffers	25 Gigabit Ethernet	100 Gigabit Ethernet
Features1 differ
Product colour	Silver	Silver
Housing material	Metal	Metal
Plug and Play	Yes	Yes
Hot-Plug support	Yes	Yes
Hot-swap	Yes	Yes
Easy to install	Yes	Yes
Brand compatibilityDiffers	Broadcom	NetApp
Poweridentical
Input voltageKnown for one	Unknown — not stated by the source	3.3 V
Certificatesidentical
Compliance certificatesKnown for one	Unknown — not stated by the source	Electromagnetic Compatibility (EMC), REACH, RoHS, CE, Federal Communications Commission (FCC)
Certification	CE, FCC, RoHS, REACH	CE, FCC, RoHS, REACH
Sustainabilityidentical
Doesn't contain	Lead	Lead
Operational conditions3 differ
Minimum operating temperatureDiffers	-10 °C	0 °C
Maximum operating temperatureDiffers	85 °C	70 °C
Operating temperature (T-T)Differs	-10 - 85 °C	0 - 70 °C
Storage temperature (T-T)	-40 - 85 °C	-40 - 85 °C
Packaging contentidentical
Quantity per packKnown for one	Unknown — not stated by the source	1 pc(s)
Packaging dataidentical
Package type	Blister	Blister
Logistics data1 differ
Country of originDiffers	China, Taiwan	Taiwan, China
Warranty period	20 year(s)	20 year(s)

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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