GMpart tech phone number

In many cases, yes. Both USB-A and USB-C cables support data transfer and charging functions. However, some USB-B cables might only offer data transfer capabilities.

GMwebsite

The latest version of this specification, launched in 2022, features the highest-ever data transfer rate: 120 Gbps. Since this version is still very new, these USB-C cables may not be easily purchased yet.

Initially launched in 2019 with a maximum data transfer rate of 40 Gbps, USB 4.0 connectors output a power of 100 watts. These USB-C cables feature the SuperSpeed logo, SS40, which stands for SuperSpeed 40 Gbps.

Verify this information by checking the cable packaging or manufacturer’s information. However, if this isn’t an option, USB 2.0 cables typically have white or black plastic inside the connector. USB 3.0 cables and later versions feature blue plastic.

Also known as the high-speed USB, version 2.0 improved the bandwidth to 480 Mbps. This upgrade allows it to be used for higher bandwidth devices, such as transfer cables, adapters, and mass storage equipment. USB 2.0 also features backward compatibility with USB 1.1 devices.

The newest type of connector, USB C-Type provides a one-size-fits-all solution for replacing older, larger USBs. It features a reversible, symmetrical interface and a sleek, slim design. It can also be adapted to support legacy connectors.

GM1697125

Below, you can explore some of the most common questions our team is asked about USB cables. If you’re looking for information not listed here, don’t hesitate to get in touch with us—we’re happy to help.

Developed in the early 2000s, the USB mini-B features a slim profile and a snug fit. While it was initially used in early smartphones, digital cameras, and GPS navigation systems, it is less popular today due to the rise of micro USB technology.

While now obsolete, the USB 1.1 was the first widely used consumer USB. It enabled a maximum bandwidth of 12 Mpbs and was compatible with basic devices, like computer mice and keyboards.

GMService

Modern USB cables facilitate data communication and power delivery and are significantly faster than previous generations. However, they also come in multiple connection types, which are largely incompatible with one another. This makes it essential to identify the right USB type for your device’s port. Below, you can learn more about the different types of USB connectors.

GMTechLink

In addition to being categorized by type, USBs are further classified according to their power specifications. Each new version offers increased bandwidth and compatibility with an even broader range of devices and applications.

USB 3.1 can be identified by the switch to blue connectors. These products are capable of transfer speeds up to 5 Gbps and have been incorporated into products like the Apple MacBook.

Widely regarded as the standard connector type, USB Type-A connectors are very common. They feature a flat, rectangular interface that joins directly to host devices, held in place using friction. A-Type connectors are durable enough to establish continuous connections but also user-friendly enough to be easily connected and disconnected. In most cases, IT peripherals have a USB Type-A connector that plugs into a PC. USB A-Type is also available in micro variations.

Consolidated Electronic Wire & Cable has over 100 years of experience delivering high-quality cable solutions. In addition to offering an extensive collection of standard USB connectors, we also create custom USB-C cables according to diverse data transfer and charging needs. Contact our team to learn more.

GMpdf

GM technicalsupport

Initially developed in the 1990s as a standardized method of connecting computers with keyboards, displays, and other peripherals, Universal Serial Bus (USB) cables have transformed how electronic devices exchange power and data. USB simplifies and streamlines connections between a wide range of devices and is a necessary component of many tools we use daily.

Referred to as the SuperSpeed USB, 3.0 offers bandwidth improvements, jumping to a maximum of 4.8 Gbps. It also offers backward compatibility with legacy devices.

As discussed earlier, newer developments in USBs offer a simple and comprehensive solution for data transfer and power supply for any device. A USB Type-C connector fits into one multi-use port to charge multiple devices simultaneously. It also offers backward compatibility to support previous USB standards (2.0, 3.0, and 3.1).

GMTech 2 software for PC

As a very small 5-pin connector, the micro USB connector type is commonly used with small electronics like smartphones, game controllers, and power banks. USB micro-B is also widely used in Android smartphones that lack a USB-C receptacle.

Consolidated Electronic Wire & Cable is a full line source for all standard and custom electronic wire, cable, power supply cords, molded cable assemblies and wiring harnesses. We have been serving the needs of our industry for over 100 years.

Today, there are several USB connector types, each of which is further classified according to its power specifications. In this guide, we’ll discuss the most common types of USB connectors and the key selection considerations to help you identify the right product for your needs.

USB Type-B connectors have traditionally been used with printer cables but are now more commonly used in cell phones and other peripheral devices like external hard drives. They feature a square interface and are available in several types:

Type-C 3.1 features a reversible cable that enables two-way data and power transfer, along with 10 Gbps bandwidth and power up to 20 V at 5 Amps, or a total of 100 W. This is enough power to charge a laptop or operate a 4K monitor. Since this technology is nonproprietary, USB Type-C connectors are quickly becoming the new standard for many operating systems. For example, Intel’s Thunderbolt switched to USB Type-C ports while remaining compatible with USB 3.1. Apple MacBooks also now feature Type-C ports.