Despite trying all kind of solutions my Mac Mini (El Capitan) still inverts it's colours on the HDMI connected Philips LED TV. Maybe a stupid question for the experts: Does it matter what name you give to the folder in 'Overrides'? Furthermore: Should I copy-paste the entire text patch-edid.rb at the top of this thread from line 1 to line 67? Download the attached ZIP file including monitor drivers to the Desktop of your PC and extract it. Under 'Control Panel', open 'Device Manager'. Find the Monitor which you want to install/update the driver of under 'Device Manager' and double click the icon. Go to the 'Driver' tag and click the 'Update Driver' button. The 27-inch LG UltraFine 5K Display features a 5120 x 2880 resolution, a P3 color gamut, 500 cd/m2 of brightness and built-in stereo speakers, camera, and microphone. Integration with macOS lets you control your display's volume and brightness without the need for physical buttons on the display. ViewSonic Corporation, headquartered in Brea, California, is a leading global provider of computing, consumer electronics, and communications solutions. EC-50 / EC-30 button mappings are deleted when the MAC PC wakes up from sleep. JSON: changeAuxContent command did not update AUX source. Users unable to create Screen / AUX on last output slot when it is setup as an Output card. TCI / Quad HDMI input cards intermittently can be unresponsive after factory reset / power cycles.
The adapters and cables in this article work with these Mac computers and iPad Pro devices:
To find the right cable or adapter for your Mac or iPad Pro, use the information below to identify the connector on the end of the cable coming from your display, hard drive, camera, hub, or other device. Check the end meant to plug into your Mac or iPad Pro.
Thunderbolt 3
If you're using an Apple Thunderbolt 3 cable or other Thunderbolt 3 cable with your display or other device, it will connect to your Mac without an adapter.
The Apple Pro Display XDR and LG UltraFine 5K Display use Thunderbolt 3.
USB-C
If you're using a mophie USB-C Cable with USB-C Connector or other USB-C cable with your device, it will connect to your Mac or iPad Pro without an adapter.
The LG UltraFine 4K Display uses USB-C.
USB-A
If you're using a USB-A cable with your device, use the Apple USB-C to USB Adapter, the Apple USB-C Digital AV Multiport Adapter, the Apple USB-C VGA Multiport Adapter, or another USB-C to USB-A adapter to connect your device to your Mac or iPad Pro.
To charge an iPhone, iPad, or iPod touch from a Thunderbolt 3 or USB-C port without one of these adapters, you can use the Apple USB-C to Lightning Cable instead.
Ethernet
If you're using an Ethernet cable with your device, use a third-party USB-C to Ethernet adapter, such as the Belkin USB-C to Gigabit Ethernet Adapter.
Thunderbolt or Thunderbolt 2
If you're using a Thunderbolt or Thunderbolt 2 cable with a Thunderbolt display or other device, use the Apple Thunderbolt 3 to Thunderbolt 2 Adapter.
This is the correct adapter for the Apple Thunderbolt Display.
Thunderbolt and Thunderbolt 2 are not the same as Mini DisplayPort . They have the same shape, but use different symbols on the cable and port.
Mini DisplayPort
If you're using a Mini DisplayPort cable with a Mini DisplayPort display, use a third-party USB-C to Mini DisplayPort adapter. Check with its manufacturer for compatibility with your Mac and display model.
This is the correct solution for the Apple LED Cinema Display.
Mini DisplayPort is not the same as Thunderbolt or Thunderbolt 2 . They have the same shape, but use different symbols on the cable and port.
DisplayPort
If you're using a DisplayPort cable with your display, use a third-party USB-C to DisplayPort adapter or cable, such as the Moshi USB-C to DisplayPort Cable.
HDMI
If you're using an HDMI cable with your display, use the Apple USB-C Digital AV Multiport Adapter or a third-party USB-C to HDMI adapter or cable.
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If you're using a VGA cable with your display, use the Apple USB-C VGA Multiport Adapter. Or use a third-party USB-C to VGA adapter, such as the Belkin USB-C to VGA Adapter.
DVI
If you're using a DVI cable with your display, use a third-party USB-C to DVI adapter or cable. Check with its manufacturer for compatibility with your Mac and display model.
With the increasing availability of HDR content, the DisplayHDR and DisplayHDR True Black specifications from VESA provide an important benefit to the display industry and consumers. The DisplayHDR and DisplayHDR True Black specifications assure that HDR content will appear vivid and life-like, with accurate color and contrast reproduction. Consumers should look for VESA tested and certified DisplayHDR or DisplayHDR True Black products. VESA’s multi-tiered performance ratings and logo system for DisplayHDR and DisplayHDR True Black represent visible, meaningful performance levels relevant to specific applications and usage scenarios.
DisplayHDR is the open standard for HDR quality and performance and only displays that meet all the specifications may carry the DisplayHDR logo.
If a monitor claims HDR support without a DisplayHDR performance specification, or refers to pseudo-specs like “HDR-400” instead of “DisplayHDR 400” it’s likely that the product does not meet the certification requirements. Consumers can refer to the current list of certified DisplayHDR products on this website to verify certification.
What’s the difference between HDR-10, HDR-1000, and DisplayHDR 1000? Read our post “Not All HDR is Created Equal” to learn more.
The DisplayHDR specification for LCDs establishes distinct levels of HDR system performance for LCD and emissive (e.g. OLED) displays. Choose a performance tier to discover the differences.
First genuine entry point for HDR.
Significant step up from SDR baseline:
HDR with local dimming, for thinner, lower-cost, lower-power laptops and monitors.
True local dimming and high-contrast HDR at the lowest price point and thermal impact:
Targets professional/enthusiast-level laptops and high-performance monitors.
True high-contrast HDR with notable specular highlights:
Targets professional/enthusiast/content-creator PC monitors.
Outstanding local-dimming, high-contrast HDR with advanced specular highlights:
PC monitors for professional content-creators.
Outstanding local-dimming, high-contrast HDR with advanced specular highlights:
Incredibly accurate shadow detail for a remarkable visual experience.
Deeper black levels and dramatic increases in dynamic range create a remarkable visual experience:
Incredibly accurate shadow detail for a remarkable visual experience.
Deeper black levels and dramatic increases in dynamic range create a remarkable visual experience:
Connected and ready to experience your DisplayHDR monitor? Read our step-by-step guide to ensuring your HDR-capable PC setup is in HDR mode.
To achieve the contrast ratios demanded by HDR content, an LCD must be capable of changing the backlight brightness. Read our post explaining local and active dimming to learn more.
Check out our Frequently Asked Questions page for answers and links to additional information about DisplayHDR.
NewDisplayHDR 1.1 released. See the press releasehere. Get DisplayHDR 1.1here.
The DisplayHDR specification for LCDs establishes distinct levels of HDR system performance to facilitate adoption of HDR throughout the PC market: DisplayHDR 400, DisplayHDR 500, DisplayHDR 600, DisplayHDR 1000, and DisplayHDR 1400. The DisplayHDR True Black specification for OLED and other emissive displays includes two levels of HDR system performance: DisplayHDR True Black 400 and DisplayHDR True Black 500. Additional tiers are expected to be added later for both standards to support continuous innovations and improvements in display performance. All tiers require support of the industry standard HDR10 format.
Minimum Peak Luminance | Range of Color | Typical Dimming Technology | Maximum Black Level Luminance | Maximum Backlight Adjustment Latency | |
---|---|---|---|---|---|
Brightness in cd/m2 | Color Gamut | Brightness in cd/m2 | Number of Video Frames | ||
DisplayHDR 400 | 400 | sRGB | Screen-level | 0.4 | 8 |
DisplayHDR 500 | 500 | WCG* | Zone-level | 0.1 | 8 |
DisplayHDR 600 | 600 | WCG* | Zone-level | 0.1 | 8 |
DisplayHDR 1000 | 1000 | WCG* | Zone-level | 0.05 | 8 |
DisplayHDR 1400 | 1400 | WCG* | Zone-level | 0.02 | 8 |
DisplayHDR 400 True Black | 400 | WCG* | Pixel-level | 0.0005 | 2 |
DisplayHDR 500 True Black | 500 | WCG* | Pixel-level | 0.0005 | 2 |
*Wide Color Gamut |
In addition to the new DisplayHDR-1400 performance tier, the first update to the DisplayHDR Compliance Test Specification (CTS 1.1) brings tighter performance requirements, including for luminance and color gamut, as well as new test requirements, such as for active dimming, to address recent advances in HDR technology. Learn more about both current and future specifications performance criteria for DisplayHDR.
More than two dozen active member companies contributed to the development of DisplayHDR, including:
The High-Performance Monitor and Display Compliance Test Specification (DisplayHDR) from VESA defines the display industry’s first fully open standard specifying HDR quality, including luminance, color gamut, bit depth, and rise time (see EE Times article). With DisplayHDR, VESA is helping to alleviate consumer confusion surrounding HDR performance specifications in the PC space by:
The first release of the DisplayHDR specification, DisplayHDR version 1.0, was introduced in December 2017 and is geared toward liquid crystal displays (LCDs). In January 2019, VESA followed this up with the release of the DisplayHDR True Black standard, a variant on DisplayHDR, which is optimized for emissive display technologies – including organic light emitting diode (OLED) and future microLED displays. DisplayHDR True Black allows for significantly deeper black levels in addition to greater dynamic range and improved rise time – enabling a visually stunning experience for home theater and gaming enthusiasts in subdued lighting environments.
NewDisplayHDR 1.1 released. See the press releasehere. Get DisplayHDR 1.1here.
High Dynamic Range (HDR) displays deliver better contrast and color accuracy, as well as more vibrant colors, compared to Standard Dynamic Range (SDR) displays. As a result, HDR is gaining interest for a wide range of applications, including movie viewing, gaming, and creation of photo and video content. HDR logos and brands abound, but until now, there has been no open standard with a fully transparent testing methodology. Since HDR performance details are typically not provided, consumers are unable to obtain meaningful performance information.