Monoprice
Monoprice 108611 USB 2.0 A to A Cable 6ft White
★★★★★
USB 2.0
Gold-plated USB 2.0 Type-A to Type-A at 480 Mbps — a reliable, spec-compliant cable for device-to-device and hub connections at an honest price.
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Overview
Key Features
A great value on high performance USB 2.0 Compliant cables compatible with both PC and Apple systems.
With both PC and Apple systems.
Compatible with both PC and Apple systems.
These reliable cables feature gold Plated connectors for corrosion resistance.
USB 2.0 a Male to a Male 28 or 24Awg cable.
Specifications
Cable Type
USB 2.0 A to A
Length
6 feet
Color
White
Data Transfer Speed
480 Mbps (Hi-Speed)
Connectors
Gold Plated
Compliance
USB 2.0
Compatibility
PC and Apple systems
Country of Manufacture
China
Pros & Cons
👍 Pros
- 28/24AWG dual-gauge construction ensures adequate power delivery on the 24AWG power conductors while maintaining data signal integrity on 28AWG data lines at 6 feet
- Gold-plated USB Type-A connectors resist oxidation and maintain consistent electrical contact through repeated insertion cycles over the cable's service life
- 480 Mbps USB 2.0 Hi-Speed compliance is suitable for the device-to-device applications that require A-to-A cable configurations
- 6-foot length provides adequate reach for desktop setups where host and peripheral are separated by a workstation width
- Confirmed PC and Apple system compatibility covers the full range of USB Type-A host environments without compatibility exceptions
👎 Cons
- USB 2.0 480 Mbps ceiling means this cable cannot support USB 3.0 transfer speeds even when connected to USB 3.0 ports on both ends
- Type-A to Type-A configuration has limited application scope — buyers who need a standard device-charging or peripheral-to-host cable need a different cable type entirely
- White jacket shows dirt, staining, and surface wear more visibly than black alternatives, degrading cable appearance in high-use desk environments
- No ferrite bead EMI suppression is mentioned in the specification — in electrically noisy environments near power supplies or motors, interference on unshielded A-to-A runs is possible
- At 6 feet, this cable exceeds the USB 2.0 specification's recommended maximum segment length for reliable high-speed signaling in marginal power delivery scenarios
Frequently Asked Questions
What devices actually require a USB Type-A to Type-A cable, and is this the right cable for my use case?
USB A-to-A cables connect two host-side ports — common use cases include connecting certain USB hubs to host extenders, linking some older printers and scanners, connecting USB hard drive docks, and specific audio interface configurations. They cannot be used for standard device-to-computer connections (those use A-to-B, A-to-Micro-B, or A-to-C cables). Confirm your device specifically requires A-to-A before purchasing.
Does the 28/24AWG wire gauge affect performance at 480 Mbps over 6 feet?
Yes — the dual-gauge construction matters. 28AWG handles the data lines, and 24AWG carries the power lines. At 6 feet over USB 2.0's 480 Mbps ceiling, the 24AWG power conductors ensure adequate current delivery for bus-powered devices at the end of the cable without the voltage drop that thinner 28AWG-only power lines would introduce.
Are gold-plated connectors a meaningful performance upgrade for USB 2.0 data transfer?
For signal integrity at USB 2.0 speeds, the practical difference is minimal — gold plating's primary benefit is corrosion resistance over time rather than measurable signal improvement at 480 Mbps. The real benefit is longevity: gold-plated contacts maintain consistent electrical contact through repeated insertion cycles and resist oxidation in humid environments.
Is this cable compatible with USB 3.0 and USB 3.1 ports?
USB A-to-A cables are backward-compatible at the physical connector level — a USB 2.0 cable will fit USB 3.0 Type-A ports. However, the 28/24AWG USB 2.0 cable will limit data transfer to USB 2.0's 480 Mbps maximum regardless of the port's USB 3.0 capability. For USB 3.0 transfer speeds, a dedicated USB 3.0 A-to-A cable is required.
Does the white color affect visibility of wear or cable damage over time?
White cable jackets show dirt, discoloration, and surface scuffing more visibly than black alternatives. This is a cosmetic trade-off — cable jacket condition has no bearing on electrical performance, but cables in high-traffic desk environments or cable-management setups will show visual wear faster in white than in black.
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