1.5-metre VGA computer monitor cable with nickel-plated terminals for HD video connections

This VGA cable provides a practical solution for connecting computers to monitors or televisions requiring analogue video input. Measuring 1.5 metres in total length with an actual wire span of 1.4 metres, it offers sufficient reach for typical desktop setups while maintaining signal integrity through its copper-clad steel construction. The cable's distinctive blue moulded head and black glossy exterior with 5.0 mm outer diameter make it easily identifiable among other cables, while its nickel-plated hollow-core hardware terminals ensure reliable contact points for consistent video transmission.

Features and Construction

The cable combines functional design with practical specifications suited for everyday computer connectivity needs. Its construction prioritises reliable signal transfer through material selection and terminal design, while the standard VGA interface ensures compatibility with numerous display devices.

Material and Build

Constructed using 7/0.1 CCS (copper-clad steel) wire gauge, this VGA cable balances conductivity with structural stability. The nickel plating on the hollow-core hardware terminals provides corrosion resistance at the connection points, while the machine extrusion moulding process creates uniform cable integrity along its entire 1.5-metre length. The blue moulded head offers visual distinction and protection for the connector interface.

Size and Practical Fit

With a total length of 1.5 metres and actual wire measurement of 1.4 metres, this cable accommodates typical distances between computer towers and monitors or televisions. The 5.0 mm outer diameter makes it slim enough for cable management systems while providing sufficient insulation for the internal wiring. The standard VGA connector design fits most computer graphics cards and monitor inputs without requiring adapters.

Uses and Placement

This VGA cable serves multiple connectivity scenarios in both home and basic office environments where analogue video transmission remains necessary or preferred. Its specifications make it suitable for various display setups involving computers and compatible monitors.

Event or Professional Use

For presentations or temporary display setups requiring computer-to-projector or computer-to-large monitor connections, this 1.5-metre VGA cable provides sufficient length for flexible positioning. The nickel-plated terminals maintain connection stability during transport or repositioning, while the copper-clad steel wiring ensures consistent video signal quality for clear image reproduction on presentation screens.

Everyday Home Use

In home office or entertainment setups, this cable connects desktop computers to VGA-compatible monitors or older televisions used as secondary displays. The black glossy exterior blends with most computer furniture, while the blue connector head offers quick visual identification among multiple cables. Its length allows for tidy routing behind desks while reaching necessary connection points.

Benefits and Buying Value

This VGA cable offers practical advantages through its specified construction and standard compatibility, providing reliable video connectivity without complex installation requirements.

Reuse and Low Maintenance

The nickel-plated terminals resist corrosion and maintain electrical contact through repeated connection cycles, supporting reuse across different computer setups or when upgrading display equipment. The machine extrusion moulding creates consistent cable integrity that withstands normal handling without specialised care requirements beyond standard cable management practices.

Why Choose This Product

This cable provides a straightforward VGA connectivity solution with clear specifications including its 1.5-metre length, copper-clad steel wiring, and nickel-plated terminals. Unlike generic cables with unspecified construction, these documented materials and measurements allow for informed selection based on actual connection needs and durability expectations for analogue video transmission applications.