DisplayPort 2.0 has a max effective bandwidth of 77.4 Gbps, nearly triple that of DisplayPort 1.4, enabling support for displays with up to 16K resolution, higher refresh rates, HDR support at higher resolutions, improved support for multiple display configurations, and more.
The increased bandwidth is the result of VESA leveraging Thunderbolt 3's physical layer. DisplayPort 2.0 is the first standard to support 8K resolution at a 60Hz refresh rate with full-color 4:4:4 resolution and HDR-10 support.
DisplayPort 2.0 configuration examples via DisplayPort, USB-C, or Thunderbolt 3 ports, which will all support the new specification:
Single display resolutions - One 16K (15360x8460) display @60Hz and 30 bpp 4:4:4 HDR (with DSC) - One 10K (10240x4320) display @60Hz and 24 bpp 4:4:4 (no compression)
Dual display resolutions - Two 8K (7680x4320) displays @120Hz and 30 bpp 4:4:4 HDR (with DSC) - Two 4K (3840x2160) displays @144Hz and 24 bpp 4:4:4 (no compression)
Triple display resolutions - Three 10K (10240x4320) displays @60Hz and 30 bpp 4:4:4 HDR (with DSC) - Three 4K (3840x2160) displays @90Hz and 30 bpp 4:4:4 HDR (no compression)
DisplayPort 2.0 also supports VESA's new Panel Replay capability for improved power efficiency when connecting to high-resolution displays.
VESA has made the DisplayPort 2.0 specification available to manufacturers and expects the first products incorporating the standard to appear on the market by late 2020. DisplayPort 2.0 is backward compatible with previous versions of the standard and incorporates all of the key features of DisplayPort 1.4a.
DisplayPort 2.0 will certainly be beneficial to Apple's high-resolution products like the upcoming Pro Display XDR, and it will likely be supported on future Macs, but it is unclear when the company will adopt the standard.
Saturday February 7, 2026 9:26 am PST by Joe Rossignol
Apple today shared an ad that shows how the upgraded Center Stage front camera on the latest iPhones improves the process of taking a group selfie.
"Watch how the new front facing camera on iPhone 17 Pro takes group selfies that automatically expand and rotate as more people come into frame," says Apple. While the ad is focused on the iPhone 17 Pro and iPhone 17 Pro Max, the regular iPhone...
Friday February 6, 2026 3:06 pm PST by Juli Clover
In the iOS 26.4 update that's coming this spring, Apple will introduce a new version of Siri that's going to overhaul how we interact with the personal assistant and what it's able to do.
The iOS 26.4 version of Siri won't work like ChatGPT or Claude, but it will rely on large language models (LLMs) and has been updated from the ground up.
Upgraded Architecture
The next-generation...
Thursday February 5, 2026 12:22 pm PST by Joe Rossignol
Apple plans to announce the iPhone 17e on Thursday, February 19, according to Macwelt, the German equivalent of Macworld.
The report, citing industry sources, is available in English on Macworld.
Apple announced the iPhone 16e on Wednesday, February 19 last year, so the iPhone 17e would be unveiled exactly one year later if this rumor is accurate. It is quite uncommon for Apple to unveil...
Monday February 9, 2026 6:24 am PST by Joe Rossignol
In select U.S. states, residents can add their driver's license or state ID to the Apple Wallet app on the iPhone and Apple Watch, and then use it to display proof of identity or age at select airports and businesses, and in select apps.
The feature is currently available in 13 U.S. states and Puerto Rico, and it is expected to launch in at least seven more in the future.
To set up the...
New MacBook Pro models with the M5 Pro and M5 Max chips could arrive as soon as Monday, March 2, according to Bloomberg's Mark Gurman.
In today's "Power On" newsletter, Gurman said that the release of new MacBook Pro models is tied to the release of macOS Tahoe 26.3. The launch is said to be slated for as early as the week of March 2. He added that the M4 Pro and M4 Max models on sale today...
Serious, MacRumors editors...the most important, well, relevant part of the Press Release was left out of this article.
From the Press Release:
When using only two lanes on the USB-C connector via DP Alt Mode to allow for simultaneous SuperSpeed USB data and video, DP 2.0 can enable such configurations as:
• Three 4K (3840×2160) displays @144Hz and 30 bpp 4:4:4 HDR (with DSC) • Two 4Kx4K (4096×4096) displays (for AR/VR headsets) @120Hz and 30 bpp 4:4:4 HDR (with DSC) • Three QHD (2560×1440) @120Hz and 24 bpp 4:4:4 (no compression) • One 8K (7680×4320) display @30Hz and 30 bpp 4:4:4 HDR (no compression)
The above specs are much more relevant to most of the computing public in the near-term. The market penetration of 4K and subsequently 4K gaming and AR/VR applications is something we should all be paying attention to for the foreseeable future. Whoever in the Marketing Department at VESA came up with 10K as a bullet point gets props for creating it out of whole cloth, unless they know something we don’t know. Sure, a Medical Imaging monitor may hit 10K shortly, but consumers are still wrapping their head around 4K, much less 8K and higher. The 16K resolution is just absurd for almost every consumer front facing application. I love future proofing and high end specs as much as the next person, but driving a 4K display @144Hz or 4K VR@120Hz with full color and HDR is incredibly important in the immediate future. Hell, Digital Cinema Projectors are only pushing 4096x2160.
Of course, this sort of support is only going to be relevant to us (Mac users) when Intel revs the next Thunderbolt 3 controller to support DP 2.0. Alpine Ridge (2016-2017 MBP, 2017 iMac and iMac Pro) has DP 1.2 and Titan Ridge (2018-2019 MBP, 2018 Mac mini, 2019 iMac and 2019 Mac Pro) have DP 1.4, but DP 1.4 support is limited to Coffee Lake and above on is limited to the eDP connector for an LCD panel.
The most important thing is how the morass of USB-C 3.2, 3.2+2, USB 4.0 will interoperate (or not) with Thunderbolt 3 and when and if Thunderbolt 4 becomes a real thing or not and move users to DisplayPort 2.0 (or not). Certainly this connectivity will be integrated into PCIe-based AIB GPUs first and motherboards and controllers, CPUs second. This is where the rubber meets the road in terms of PCIe 4.0+ being relevant for most of us, aside from the possibilities of PCIe 4.0-based SSD controllers and NAND pushing into 5–7GBps Read/Write speeds on an m.2 NVMe stick.
Awesome, I suppose? I'm guessing most laptops, Mac or PC, won't really benefit without a serious update to graphics chip, which itself brings about a new set of thermal challenges. On the desktop side, I suppose that likely just leaves the Mac Pro, and PC towers seriously capable of driving so many pixels?
