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Reliable connections for superior signal quality. _x000D_
Manhattan SVGA Cables easily connect a monitor with a desktop or notebook computer. Ideal for use with video splitters, KVM switches and any HD15-equipped display, computer or device, Manhattan SVGA Cables are engineered and constructed of quality materials to deliver dependable transmissions in video applications. Full foil and braided shielding with ferrite cores help minimize EMI interference and mini-coax (RGB) with paired video wire construction combine to provide maximum conductivity and clear, crisp images with reduced distortion over extended distances.
Specs
| Features |
| Cable length |
1.8 m |
| Connector 1 |
VGA (D-Sub) |
| Connector 2 |
VGA (D-Sub) |
| Connector 1 gender |
Male |
| Connector 2 gender |
Male |
| Product colour |
Black |
| Quantity per pack |
1 pc(s) |
| Connector 1 form factor |
Straight |
| Connector 2 form factor |
Straight |
| AWG wire size |
28 |
| Connector contacts plating |
Nickel |
| Magnetically shielded |
Y |
| Cable jacket material |
Polyvinyl chloride (PVC) |
| Weight & dimensions |
| Weight |
293 g |
| Package type |
Polybag |
| Logistics data |
| Harmonized System (HS) code |
84733080 |
Features
Manhattan VGA Monitor Cable (with Ferrite Cores), 1.8m, Black, Male to Male, HD15, Cable of higher SVGA Specification (fully compatible), Shielding with Ferrite Cores helps minimise EMI interference for improved video transmission, Lifetime Warranty, Polybag. Cable length: 1.8 m, Connector 1: VGA (D-Sub), Connector 2: VGA (D-Sub). Weight: 293 g, Package type: Polybag
Product Description
Reliable connections for superior signal quality. _x000D_
Manhattan SVGA Cables easily connect a monitor with a desktop or notebook computer. Ideal for use with video splitters, KVM switches and any HD15-equipped display, computer or device, Manhattan SVGA Cables are engineered and constructed of quality materials to deliver dependable transmissions in video applications. Full foil and braided shielding with ferrite cores help minimize EMI interference and mini-coax (RGB) with paired video wire construction combine to provide maximum conductivity and clear, crisp images with reduced distortion over extended distances.
