All stock codes associated to this product
DEMCB100Q28, DEM-CB100Q28, 16DEMCB100Q28, 16DEM-CB100Q28, DLDEMCB100Q28, 5203643, 790069456862
D-Link DEM-CB100Q28 Passive Copper 100G QSFP28 Direct Attach Cable, 1
m
Overview
The 100G Passive QSFP28 Twinaxial Direct Attach Cable is a high performance,
high bandwidth and cost-effective connection solution that supports 100G Gigabit
Ethernet. The 100G Passive QSFP28 Twinaxial Direct Attach Cable is designed to
support high-density connections for switches with 100G interface, much faster
than SFP+. The 100G Passive QSFP28 Twinaxial Direct Attach Cable is certified to
be compatible with D-Link products to provide you best performance and
reliability.
Ideal for High-Bandwidth Operations
The 100G Passive QSFP28 Twinaxial Direct Attach Cable supports speeds of up
to 100 Gbps, while having lower crosstalk and power consumption than other
cables. This makes it an optimal solution for handling high bandwidth
transmission within short distances such as within a rack or between racks
inside energy-efficient data centers.
Quad Small Form-factor Pluggable 28 Format
The D-Link 100G Passive QSFP28 Twinaxial Direct Attach Cable uses Quad Small
Form-factor Pluggable 28 format (QSFP28) connectors, which integrate four
independent transmitting and receiving channels. The QSFP28 cable assemblies can
replace ten standard SFP+ cable assemblies, resulting in higher port density,
cost efficiency, and a reduction in power savings compared to standard
SFP+.
Save on Costs
The D-Link 100G Passive QSFP28 Twinaxial Direct Attach Cable features QSFP28
connectors on both ends, thus eliminating the need for expensive QSFP28
transceivers. This makes it more cost-effective than fiber cables which must use
QSFP28 transceivers.
Data
rate |
100
Gbps |
Connector
type |
QSFP28 |
AWG
wire size |
30
AWG |
Cable
length |
1
m |
Minimum
cable bend radius |
34.5
mm |
Cable
characteristic wave impedance |
100
Ohm |
Voltage |
30
V AC |
Current |
0.5
A |
Operating
Temperature |
-40
to 75 C |
Certificates |
SFF-8436 |
|
SFF-8636 |
|
SFF-8665 |
|
EIA-364 |
|
EIA-364-1000.01 |
|
UL
94 |