Everything you need to know about Type-C to HDMI / USB 3.0*2 & PD
USB Type-C is a tiny and super-fast connector that has created a lot of buzz in the Universal Serial Bus standard. It comes with path-breaking standards, including USB 3.1 Power delivery, dual features using alternate modes, and more. At a mere 0.33 * 0.1 inches, you can also use the Type-C USB port in transmitting HDMI data. It is rather easy to convert your regular USB Type-C to HDMI.
Here is everything else you need to know about the Type-C USB port
What devices use USB Type-C currently?
The honour of shipping the USB C HDMI adapter or connector with a device goes to Nokia’s N1, which uses it for charging and data. But its connection uses a version near USB2.0 and not USB 3.1 or USB PD. Next, Apple MacBook (12-inch) announced that its laptops would be shipped with Type-C connectors. This was soon followed by Google’s second-generation Chromebook pixel.
Difference between USB Type-C and USB 3.1.
Though USB Type-C cables and ports may use USB 3.1, it depends on the host controller and devices. As USB Type-C is sometimes only compatible with USB 2.0 or USB 3.0.
What is a USB 3.1?
USB 3.1 is an improved version of USB 3.0, which has double the theoretical bandwidth of USB 3.0, 5 Gbps. USB 3.1 connections are also backward compatible with USB 3.0 and USB 2. As per the USB implementer Forum, which curates USB standards, the USB 3.1 Gen 2 delivers the full throughput of 10 Gbps. Besides that, USB 3.1 connection also promised better data encoding and faster connections and increased power efficiency.
What is USB Power Delivery or USB PD?
The USB power delivery features are a new benchmark standard that remains unmatched. It allows devices to share around 100 watts of electricity over a single connection, and at the same time, it also enables the transmission of data. Most laptops and devices need about 20-65 watts of electricity, but the earlier USB connectors like USB 2.0 cap out only 2.5 watts. This was a significant drawback in electricity consumption but now is efficiently filled in by the USB PD feature of Type-C port USB.
Furthermore, USB PD allows you to connect your laptop to a monitor and send a 4K video to display while simultaneously receiving a full power load. The USB PD can mark the end of the proprietary laptop power brick from where we see it. Through this, we can predict every laptop and device shortly to have a USB Type-C port with power delivery. However, the PD feature can be accessed if the device’s host controller and cable support this standard. Therefore, you must fulfil this requirement if you have a USB Type-C to HDMI.
Conclusion.
The USB type C has a universal connection standard that revolutionizes how data is shared and charged to devices. This change can only be considered good if we neglect the losses that local vendors incur when Type-C port USB eliminates the replacement power bricks from the market. So, if you are looking for one, visit Black-i today.
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