Product comparison · 2 interface cards/adapters

GIGABYTE CLNCD42 interface cards/adapter Internal SFP28 vs GIGABYTE CMT3160 interface cards/adapter Internal M.2

Key differences

Output interface
- CLNCD42 interface cards/adapter Internal SFP28:SFP28
- CMT3160 interface cards/adapter Internal M.2:M.2
Expansion card standard
- CLNCD42 interface cards/adapter Internal SFP28:PCI 3.0
- CMT3160 interface cards/adapter Internal M.2:PCIe 4.0
Width
- CLNCD42 interface cards/adapter Internal SFP28:76 mm
- CMT3160 interface cards/adapter Internal M.2:68.9 mm
Depth
- CLNCD42 interface cards/adapter Internal SFP28:115 mm
- CMT3160 interface cards/adapter Internal M.2:198 mm
Quantity per pack
- CLNCD42 interface cards/adapter Internal SFP28:10 pc(s)
- CMT3160 interface cards/adapter Internal M.2:6 pc(s)

Differences highlightedShow differences only

Comparison of CLNCD42, CMT3160
20 specifications	A GIGABYTE CLNCD42 interface cards/adapter Internal SFP28 Model CLNCD42 View product	B GIGABYTE CMT3160 interface cards/adapter Internal M.2 Model CMT3160 View product
Ports & interfaces2 differ
Host interface	PCIe	PCIe
Output interfaceDiffers	SFP28	M.2
Host interface gender	Male	Male
Expansion card form factor	Low-profile	Low-profile
Expansion card standardDiffers	PCI 3.0	PCIe 4.0
NVMeKnown for one	Unknown — not stated by the source	Yes
Number of M.2 (M) slotsKnown for one	Unknown — not stated by the source	4
Designidentical
Internal	Yes	Yes
Product colour	Blue	Blue
Purpose	Server	Server
Cooling type	Passive	Passive
Featuresidentical
RAID levelsKnown for one	Unknown — not stated by the source	0, 1, 10
Data transfer rate (max)Known for one	25 Gbit/s	Unknown — not stated by the source
Weight & dimensions2 differ
WidthDiffers	76 mm	68.9 mm
DepthDiffers	115 mm	198 mm
HeightKnown for one	14.2 mm	Unknown — not stated by the source
Packaging data1 differ
Quantity per packDiffers	10 pc(s)	6 pc(s)
Package width	306 mm	306 mm
Package depth	252 mm	252 mm
Package height	185 mm	185 mm

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.