Fastest mobile processors and up to a 60 percent boost in graphics performance endow you with incredible power to do more than ever.
#How good is intel thunderbolt 3 pro#
The design is not the only thing that makes the MacBook Pro a MacBook Pro. The more you use the Multi-Touch trackpad, the more you'll wonder how you ever did without it. And if you're coming from a right-click world, you can right-click with two fingers or configure a right-click area on the trackpad. The buttonless design lets you click anywhere. Pinch to zoom in and out, swipe to flip through photos, rotate to adjust an image, and much more. The Multi-Touch trackpad is the most natural way to interact with what's on your screen, and the smooth glass surface gives you plenty of room for gestures. It's still highly efficient, too, so you get long battery life when you're out and about. That extra power gives you a smoother, more fluid experience than before. The new integrated Intel HD Graphics 4000 processor boosts performance by up to 60 percent. And you can configure it to be even faster. With Turbo Boost speeds up to 3.6GHz, these processors bring more power to everything you do. The 13-inch MacBook Pro model features 2.5GHz Intel Core i5, the fastest mobile dual-core processor available. The MacBook Pro is also loaded with powerful new features, such as blazing fast Thunderbolt I/O technology, FaceTime HD camera, Multi-Touch trackpad, 802.11n wireless technology, long lasting battery and more, making a great notebook even greater. In case you need to transfer files of larger sizes such as videos, Thunderbolt™ 3 is the more ideal option, whereas if you are mostly transferring files of smaller sizes, maybe you don’t necessarily need Thunderbolt™ 3.The design is not the only thing that makes the MacBook Pro a MacBook Pro. Additionally, since Thunderbolt™ 3’s bandwidth is higher, when designers finish their works and are ready to send their files, it takes less time when they are using Thunderbolt™ 3. If you only require one 4K monitor and have budgetary concerns, USB-C™ monitors would sufficiently serve your purpose. In case you need to connect multiple monitors while working, Thunderbolt™ 3 is able to accomplish the task through its daisy chaining feature, allowing designers to display one large image across several monitors that are daisy-chained up.įor designers with demands to use two 4K monitors at work, Thunderbolt™ 3 is the better choice because USB-C™ can only support one 4K monitor. Additionally, comparing to USB 3.1 Type C, Thunderbolt™ 3 is also compatible with more transmission protocols, meaning that it can be used with more types of devices.
So which one is better, Thunderbolt™ 3 or USB3.1 Gen2 Type C? A quick comparison shows that Thunderbolt™ 3 offers a higher bandwidth, which enables it to support two 4K monitors while offering a faster data transmission speed. Additionally, since there are several protocols for USB-C ports, users then must make sure what their laptop’s USB Typc C port supports, whether it’s DisplayPort Alternative Mode or power charging, so as to guarantee the monitor or laptop can enjoy the convenience that comes with the USB-C one cable solution.
That is a mode which allows their USB-C equipped laptop to connect directly to a Thunderbolt™ 3 or USB-C™ monitors. Therefore, users need to make sure that their laptop’s USB-C port supports DisplayPort Alt mode. The only difference is due to USB3.1 Gen2’s bandwidth limitation, the transmission bandwidth will go down from 40 Gb/s to 10 Gb/s. For example, if users connect a USB-C™ laptop to a Thunderbolt™ 3 monitor, they can still be used as a set. In other words, both cables are equipped with USB-C™ plugs but they each have their own transmission protocols, which are Thunderbolt™ 3 and USB 3.1.ĭespite the difference in transmission protocols, Thunderbolt™3 and USB 3.1 Gen2 Type C can share the same USB-C™ port. However, the same plug is paired up with different transmission protocols. One of the reasons why users often get confused between Thunderbolt™ 3 and USB 3.1 Gen2 Type C is because the shape of both cables’ plugs looks exactly the same.
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