Generic
Generic USB-A to USB-C Cable | New
SKU:
USBA-USBC-GEN
Condition:
New
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$6.99
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1 Year WarrantyIncludedThe Generic USB-A to USB-C Cable is a compact connectivity accessory that connects more recent USB-C devices or cables to conventional USB Type-A ports. In mixed USB-A and USB-C workspaces, it is perfect for increasing the functionality of current USB peripherals, chargers, flash drives, keyboards, mouse and data connections. The precise adaptor orientation—USB-A male to USB-C female, USB-C male to USB-A female, or a USB-A-to-USB-C cable—must be verified before to purchasing because USB-A and USB-C have physically different connector configurations. When the connected host, cable and accessory employ appropriate USB standards, this adaptable USB adapter supports simple charging and data-transfer applications. The specific generic connector design and the characteristics of the connected equipment determine the actual charging speed, data rate, video support and device compatibility.
Quick specs
- Product Type
- Cable/Cord
- Connector A type
- USB Type-A male (host end)
- Connector B type
- USB Type-C male (device end)
- Data-transfer rate (USB 2.0)
- Up to 480 Mbps
- Data-transfer rate (USB 3.2 Gen 1)
- Up to 5 Gbps
- Data-transfer rate (USB 3.2 Gen 2)
- Up to 10 Gbps (requires correctly rated cable and host/device support)
Key Features
Generic USB-A to USB-C connector for adapting legacy USB-A and modern USB-C connections.
Compact adapter design helps connect mismatched USB ports and plugs without replacing existing accessories.
Available configurations may include USB-A male to USB-C female, USB-C male to USB-A female, or USB-A-to-USB-C cable formats.
Supports compatible USB charging and data synchronization applications.
Useful for USB flash drives, wired keyboards, mice, USB peripherals, chargers and compatible mobile devices.
USB-C side offers a small, reversible connector profile for convenient insertion.
Enables compatible USB-A peripherals to connect with USB-C-equipped laptops, tablets, smartphones, hubs and docks.
Portable form factor is convenient for travel bags, IT toolkits, hot-desk setups and mobile workstations.
No drivers are typically required for standard USB peripheral and charging connections.
Performance depends on the adapter’s stated USB generation; USB 2.0 supports up to 480 Mbps, while USB 3.2 Gen 1 products can support up to 5 Gbps.
Benefits
- Extends the life of existing USB-A cables and accessories as more devices adopt USB-C ports.
- Helps reduce replacement costs by allowing compatible legacy peripherals to work with newer USB-C computers and mobile devices.
- Makes charging and data connections more convenient in offices, classrooms, home workstations and travel environments.
- Provides a small, easy-to-store connectivity solution for technicians and users managing mixed USB device generations.
- Offers plug-and-play convenience for common peripherals without requiring software installation.
- Helps organize device connections with a simple physical bridge between USB-A and USB-C formats.
- Allows buyers to select the appropriate adapter orientation for a specific port, cable and device setup.
| Manufacturer | Generic |
|---|---|
| Manufacturer Part Number | USBA-USBC |
| Product Name | Generic USB-A to USB-C Cable |
| Product Type | Cable/Cord |
| Connector A type | USB Type-A male (host end) |
| Connector B type | USB Type-C male (device end) |
| Common USB versions | USB 2.0 (up to 480 Mbps), USB 3.2 Gen 1 / USB 3.0 (up to 5 Gbps), some cables support USB 3.2 Gen 2 (up to 10 Gbps) |
| Data-transfer rate (USB 2.0) | Up to 480 Mbps |
| Data-transfer rate (USB 3.2 Gen 1) | Up to 5 Gbps |
| Data-transfer rate (USB 3.2 Gen 2) | Up to 10 Gbps (requires correctly rated cable and host/device support) |
| Typical cable length options | 0.3 m, 0.5 m, 1 m, 2 m, 3 m, or 5 m, depending on manufacturer and USB version |
| Maximum recommended length (USB 2.0) | Up to 4 m for 480 Mbps data rates under USB 2.0 guidelines |
| Maximum recommended length (USB 3.2 Gen 1) | Up to 2 m for 5 Gbps SuperSpeed data rates |
| Maximum recommended length (USB 3.2 Gen 2) | Around 1 m for 10 Gbps data rates |
| Conductor material | Stranded tinned-copper conductors |
| Typical wire gauge (USB 2.0) | 28 AWG for power and data (varies by brand) |
| Typical wire gauge (USB 3.x data cables) | Combination of heavier power conductors (e.g., 24 AWG) and smaller-gauge data lines (e.g., 28–30 AWG) |
| Shielding | Aluminum-mylar foil and braided shield; shielding percentage and materials vary by cable |
| Outer jacket material | PVC or equivalent flexible, insulating plastic |
| Outer jacket color | Commonly black or white; also available in other colors depending on manufacturer |
| USB-A housing | Rectangular Type-A plug compatible with legacy host ports on PCs, chargers, hubs, and docks |
| USB-C housing | Reversible Type-C plug compatible with USB-C phones, tablets, laptops, and accessories |
| USB-A plug dimensions | Approximately 12 mm × 4.5 mm, per typical USB-A form factor |
| USB-C plug dimensions | Approximately 8.4 mm × 2.6 mm connector opening, 24-pin reversible design |
| Supported functions | Device charging, basic data synchronization, and peripheral connectivity (exact features depend on USB version and host/device capabilities) |
| Typical charging support (USB 2.0) | Up to 5 V, 1.5 A (7.5 W) per USB-IF guidance, with many cables rated for higher currents to accommodate common fast-charging implementations |
| Typical charging support (USB 3.x) | Up to 5 V, 3 A (15 W) or more, depending on host-port limits and cable rating |
| Example high-power capability (USB 3.2 Gen 1 cable) | Up to 20 V at 3 A (60 W) when the cable and USB-C device negotiate appropriate power profiles; host USB-A port remains the limiting factor |
| USB Power Delivery support | Limited or absent when originating from standard USB-A host ports; many generic A-to-C cables support only basic 5 V USB charging without full USB-C PD negotiation |
| Video / alternate-mode support | Typically not supported on USB-A to USB-C cables; Thunderbolt and DisplayPort Alternate Mode usually require direct USB-C-to-USB-C connections |
| Typical use cases | Charging and data transfer for USB-C phones, tablets, cameras, accessories, and some laptops from legacy USB-A host ports and chargers |
| Compatibility notes | True capabilities depend on the cable’s stated USB version, conductor gauge, shielding quality, and compliance with USB-IF specifications; performance is also limited by the host USB-A port and the connected USB-C device |
Frequently Asked Questions
Generic USB-A to USB-C Cable | New
What does a USB-A to USB-C adapter do?
It provides a physical interface between compatible equipment using USB Type-A and USB Type-C connectors. The exact direction depends on whether the adapter uses USB-A male/USB-C female or USB-C male/USB-A female construction.
Is USB-C the same as USB 3.0 or USB 3.2?
No. USB-C describes the connector type, while USB 2.0, USB 3.2, and other specifications describe data-transfer technologies. USB-IF specifically treats Type-C as a connector system capable of supporting different USB interfaces.
Does this adapter automatically provide fast charging?
No. Charging speed depends on the source charger or port, adapter construction, cable and device. Merely converting the connector to USB-C does not add fast-charging capability.
Does it support USB Power Delivery?
Not necessarily. USB Power Delivery requires compatible hardware and signaling throughout the connection. A generic USB-A connection normally should not be assumed to provide the same USB-PD capabilities as a native USB-C PD source.
Can the adapter transfer data?
It can if the specific adapter is wired for data rather than charging only. Buyers should verify the product specification before ordering.
What data speed will I get?
The maximum speed depends on the USB-A port, adapter, cable and connected device. The connection operates at the capability supported by the entire path rather than automatically achieving the fastest USB-C speed.
Can I connect a USB-C phone to an older USB-A charger?
A suitable USB-A-to-USB-C cable or properly designed adapter may allow charging from a compatible USB-A power source. Charging speed will depend on the charger and device.
Can I use it with an iPhone that has USB-C?
Potentially, when the connector orientation and charging/data implementation are compatible. The adapter will not necessarily provide the same charging performance as a native USB-C Power Delivery charger.
Can I connect a USB-A flash drive to a USB-C laptop?
For this use, the typical solution is an adapter with a USB-C male plug and USB-A female receptacle. Make sure the product you are ordering has that orientation.
Can I connect a USB-C cable to a USB-A computer port?
That normally requires an adapter with a USB-A male plug and USB-C female connection, provided the adapter design is appropriate for the intended use.
Does the adapter support video output?
Do not assume so. USB-C video features such as DisplayPort Alternate Mode require compatible source hardware, adapter electronics and display equipment. A simple generic connector adapter may support USB data only.
Will it support Thunderbolt?
Not automatically. Thunderbolt requires specific certified hardware and signaling. A basic USB-A-to-USB-C adapter cannot convert a conventional USB-A port into a Thunderbolt port.
Does it support OTG?
Only if the adapter and connected devices correctly support the required USB host/device roles. OTG capability should be confirmed in the product specifications.
Can it be used with a USB headset?
Yes, a data-capable adapter may work with compatible USB audio headsets when the computer or mobile device supports standard USB audio through that connection.
Can it be used with a keyboard or mouse?
Yes, properly wired data-capable adapters are commonly useful for connecting USB keyboards and mice across USB-A and USB-C port types.
Does the adapter need drivers?
The adapter itself generally does not. The connected USB peripheral may still require operating-system support or its own driver software.
Does a USB-C connector mean the adapter is reversible?
The USB-C plug itself is reversible, meaning it can be inserted either way into a USB-C receptacle. USB-A remains directional and must be inserted in its normal orientation. USB-IF’s Type-C specification defines the newer reversible connector ecosystem.
Can this adapter damage a device?
A properly designed adapter used within its intended specifications should not. Poor-quality, incorrectly wired, or inappropriate adapters can create compatibility or electrical problems, so users should choose a reputable product and verify the intended connection.
Why is connector direction important?
USB has defined host/device and power-source behavior. An adapter designed to connect a USB-A peripheral to a USB-C host is not necessarily appropriate for converting a USB-A host port into an unrestricted USB-C receptacle. USB-IF maintains specific requirements for allowable USB Type-C cable and connector implementations.
What should I verify before purchasing?
Confirm the USB-A and USB-C male/female orientation, required data speed, charging requirements, host/device direction and whether you need features such as USB 3.x, OTG, video, or Power Delivery. Do not select an adapter based on connector shape alone.
Generic USB-A to USB-C Cable | New
Generic
$6.99