Product comparison · 2 network transceiver modules

HP 10GBE SFP+ SR 1st vs Lanview MO-C-XE851X3-4CDSM network transceiver module Fiber optic 10000 Mbit/s XENPAK 850 nm

11specifications compared
1differ
10identical
11known for one product only

Key differences

Interface type
- 10GBE SFP+ SR 1st:SFP+
- MO-C-XE851X3-4CDSM network transceiver module Fiber optic 10000 Mbit/s XENPAK 850 nm:XENPAK

Side by side

Differences highlightedShow differences only

Comparison of 10GBE SFP+ SR 1st, MO-C-XE851X3-4CDSM
22 specifications	A HP 10GBE SFP+ SR 1st View product	B Lanview MO-C-XE851X3-4CDSM network transceiver module Fiber optic 10000 Mbit/s XENPAK 850 nm Model MO-C-XE851X3-4CDSM View product
Performance1 differ
SFP transceiver type	Fiber optic	Fiber optic
Maximum data transfer rate	10000 Mbit/s	10000 Mbit/s
Interface typeDiffers	SFP+	XENPAK
Multi-mode fiber (MMF) supported	Yes	Yes
Fiber optic connectorKnown for one	LC	Unknown — not stated by the source
Fiber cable diameters supported (core/cladding)Known for one	50/125 µm	Unknown — not stated by the source
SFP transceiver standard	SR	SR
Wavelength	850 nm	850 nm
Cabling technology	10GBASE-SR	10GBASE-SR
Duplex systemKnown for one	Full	Unknown — not stated by the source
Auto MDI/MDI-XKnown for one	Yes	Unknown — not stated by the source
Maximum transfer distanceKnown for one	Unknown — not stated by the source	300 m
Featuresidentical
Hot-Plug supportKnown for one	Yes	Unknown — not stated by the source
Certificatesidentical
Compliance certificatesKnown for one	RoHS	Unknown — not stated by the source
CertificationKnown for one	MSA	Unknown — not stated by the source
Operational conditionsidentical
Operating temperature (T-T)	0 - 70 °C	0 - 70 °C
Storage temperature (T-T)	-40 - 85 °C	-40 - 85 °C
Operating relative humidity (H-H)	10 - 80%	10 - 80%
Storage relative humidity (H-H)	10 - 85%	10 - 85%
Weight & dimensionsidentical
WidthKnown for one	13.4 mm	Unknown — not stated by the source
DepthKnown for one	56.5 mm	Unknown — not stated by the source
HeightKnown for one	8.5 mm	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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