![]() Most monitor calibrators can also be used to take a peak luminance reading of a white target on your screen. How do you determine the peak luminance, bit depth, and color gamut coverage of your HDR mastering display? You can simply rely on the manufacturer’s feature specs ( typically found here). 100% DCI-P3 coverage and high color accuracy), and its HDR mode can be turned on from my M1 Mac Mini. The HDR TV has decent HDR specs (480 nits peak, approx. The HDR TV used should have a peak luminance rating of 400nits (cd/m2) or higher, have 10-bit processing and output, and cover approximately 100% of the AdobeRGB or DCI-P3 color gamuts.ĭual monitor setup: I use a 43" (109cm) Samsung QLED 4K HDR TV for most of my HDR editing projects (see monitor on right) in addition to an older Samsung 27" (69cm) SyncMaster SDR monitor (on left). This allows you to use an SDR computer monitor to display the controls, library, and timeline of Final Cut Pro, while the attached TV lets you view the image preview window with as much detail as possible – even in a room with moderate light levels. ![]() Since the final destination for your creations will be an HDR-capable display, a dual monitor setup – with one screen being a 4K UHD HDR TV of any size – is the ideal editing setup. Because HDR technology originated in the video industry, support for HDR video files is much more robust, meaning that HDR-capable tablets, smartphones, laptops and TVs can often replay HDR10 video content, and YouTube's support for HDR makes online sharing of slideshows simple and reliable. Adobe is currently previewing HDR support and editing tools for photos in Adobe Camera Raw, but the still-image formats it can output aren't yet well supported, making distribution and viewing of HDR photographs tricky. Note that the tutorial focuses on videos, and movie slideshows of still images. ![]() ![]() This step-by-step tutorial will show you how to go about it using a fairly recent Mac computer and Apple’s Final Cut Pro. Despite a few reports to the contrary, it’s actually possible – and relatively easy – to create photo slideshows and videos that automatically turn on a TV’s HDR abilities and take advantage of its stunning image quality. it’s possible – and relatively easy – to create photo slideshows and videos that take advantage of HDR TVs' stunning image quality Otherwise, an HDR-capable display will default to one of its SDR modes, and even if you manually turn on its HDR mode, improperly formatted photos and videos will look significantly under-exposed. The reason? In order to reap the benefits of the wider color gamut, higher contrast ratio and improved shadow and highlight details you can get from HDR TVs, the content you send to it must be specifically color-graded, tone-mapped and formatted according to basic HDR10 standards. But that’s not as easy as it sounds, or as easy as it currently is with any Standard Dynamic Range (SDR) TV. It helps that prices have also plummeted in the last year, with a few 85" HDR TVs now selling for under $1,000, and many 55" models available for under $500!īy now, the idea of showing off your best photos and videos in a more compelling and realistic manner on a large HDR TV has probably crossed your mind. In the six short years since 4K UHD TVs started appearing with high dynamic range (HDR) capabilities, HDR TVs have become the displays of choice for watching the latest HDR movie blockbusters and streaming series. Now you can create your own slideshows and videos that take advantage of those image-quality improvements. Dramatic difference: HDR TVs feature wider color gamuts, improved shadow and highlight details, better contrast – and overall more realistic-looking photos and videos.
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