The premium quality R.G.B. COAXIAL compliant VGA
Switchbox/Extension Cable! Designed to fully support all of the
capabilities and advantages of the UL2919/2990
standards, including all High Speed and data
transmission. A VGA
Switchbox/Extension Cable extends the length of an
existing Super VGA monitor cable with D-SUB HIGH DENSITY
15 Male connectors. These cables, each one fully molded,
allow you to move your monitor away of the system. The
easy-to-use thumbscrews, designed for fast and easy
connection, make quick positioning easier than ever.
These cables are perfect for inserting a switchbox or
multiplexor between your VGA card and monitor. Each
cable is foil shielded to protect your short cable runs
from electromagnetic interference.
This cable will perform flawless in
all type of monitors , including all High Speed EMI/RFI
Monitors!! |
- 10' VGA Premium Switchbox/Extension UL2919
Cable DB15HD M/M - Black
- Extends the length of an existing
Super VGA monitor cable
- Connects PC's VGA/SVGA
port to a switchbox that has an HD15 female
connector.
- This 10-foot monitor extension cable
has a male DB-15HD connector on one end and a male
DB-15HD connector on the other.
-
D-subminiature High Density Connector 15pin
male/female, Providing excellent connector retention
and shielding conductivity.
- Recommended to ensure
accurate data transmission and minimize signal
degradation.
- Provides maximum conductivity with
no data loss.
- double-shielded video
cable
- Three internal coax lines for red, green
and blue
- Constructed of premium grade Double
Shielded (125% Foil shielding; 90% Tinned Copper
Braid shielding) to meet UL 2919/2990
specifications, and ensure compliance with FCC requirements, reducing EMI/RFI
interference.
-
Ground
indents provide excellent conductivity and retention
with mating conductors.
-
PVC premold
encapsulates individual conductors to ensure
electrical isolation and relieve stress.
-
Aluminum undermold shield helps to meet FCC
requirements on EMI/RFI interference.
28 AWG stranded tinned copper conductors are
individually insulated in polypropylene to minimize
cross talk, ensuring high-speed, error-free
transmission
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