How good is intel thunderbolt 3
So, if you’re the type concerned with future proofing, routinely move large files, or plan on connecting multiple 4K monitors, you may want to opt for a Thunderbolt 3 motherboard or capable laptop like our Raptor T15. This is true, since Thunderbolt 3 fully supports all USB 3.1 cables and connections, any Thunderbolt 3 port is technically a USB 3.1 port too. Where things get a little confusing is Thunderbolt 3 uses the same USB Type C port as USB 3.1, so you’ll often see motherboards advertising one port for both connections.
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Connection with external graphics solutions.Connection to dual 4K monitors, driving 16 million more pixels than a standard 1920×1080 display.A USB-C port equipped with Thunderbolt 3 can push data. Other features/advantages of Thunderbolt 3 include: A big bonus is that on many laptops and desktops, the USB-C specification also supports Intel’s Thunderbolt 3 data-transfer technology.
#How good is intel thunderbolt 3 movie#
In real world terms, that’s your average 4K movie file size transferred in less than 30 seconds. For one, it features an even higher bandwidth capability than USB 3.1 with data transfer speeds of up to 40Gbps – 4x over what we already thought was the breakneck speed of USB 3.1. This kind of improved compatibility could be a sign manufacturers want to ship the standard more widely.Developed by Intel and announced in June 2015, Thunderbolt 3 has all of the advantages of 3.1 with a few additions. We don’t know what the cut-offs or ranges are, but it makes sense to think Intel added the ability to support panels of up to a certain resolution and color depth. Work and play more efficiently with Thunderbolt 3 technology, which is 8x faster than USB 3.0 and provides 4x more video bandwidth than HDMI 1.4 2.
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Unfortunately, further information on what features are supported in basic compatibility mode are unclear, but if we had to guess, here’s our bet: The 5-10Gbit/s performance of USB 3.0 / 3.1 Gen 2 isn’t enough to drive a display at ultra-high resolutions with high refresh rates, but it’s more than enough for a basic panel. This could mean that Intel developed the option specifically to appeal to OEMs that want to include Thunderbolt 3 but demanded a more compatible option. This seems to imply that this new capability is unique to the JHL440 controller. Additionally, as with the other controllers in the JHL7x40 series, the JHL7440 supports DisplayPort 1.4. A small requirement, but one that relieves a lot of annoyance for the end-user. Unlike Thunderbolt 3, the ability to wake a computer with the shake of a mouse or the tap of a keyboard is now standard on Thunderbolt 4 docks. Double the minimum requirements of Thunderbolt 3. To accomplish this, the JHL7440 controller integrates USB-C computer port compatibility so a Thunderbolt 3 monitor or dock can intelligently provide more performance and features when connected to a Thunderbolt 3 computer port, and basic compatibility when the Thunderbolt 3 monitor or dock is connected to a USB-C computer port. Thunderbolt 4 requires PCIe at 32 Gbps for storage speeds up to 3,000 MBps. The JHL7440 controller was specifically designed for Thunderbolt 3 monitor and enterprise dock makers who choose to offer basic compatibility when a Thunderbolt 3 monitor or dock is connected to a USB-C computer port. With Titan Ridge, Intel seems to be hoping to cut down on the confusion. The problem isn’t that USB-C is bad the problem is that there are a number of different USB-C flavors that aren’t properly conveyed or explained to customers. Over the past few years, we’ve seen the downside of packing so many different versions of a single cable type into one interface.
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When Thunderbolt 3 adopted USB-C it was initially hailed as an extremely smart move for Intel. It’s pretty common for standards to add support for resolutions and operating modes that most monitors don’t initially support, but devices that incorporate Titan Ridge Thunderbolt controllers going forward should be loaded for bear, as far as future standards and capabilities are concerned. It can also be used to 8K panels 60Hz with 10-bit color support. Thunderbolt can also be used to daisy chain devices, as shown here.ĭisplayPort 1.4 keeps the bandwidth transmission capabilities of DP 1.3 but adds Display Stream Compression support, Forward Error Correction, HDR10, Rec.