The ProArt Display PA16USV centers its pitch on 12G-SDI. One BNC input handles uncompressed 4K at 60 Hz and targets direct camera-device monitoring with ultra-low latency, using the SDI family standardized by SMPTE. That matters when you want the same signal type your carts and villages already trust, without detouring through converters.

The panel is a 15.6-inch IPS at 3840 by 2160 with 282 PPI. It ships with an anti-glare surface, a typical contrast ratio of 1200 to 1, and 170-degree viewing angles. Response time is rated at 5 ms gray to gray with a maximum refresh rate of 60 Hz. You also get the expected alternates: one HDMI 2.0 port, plus a USB-C port that supports DisplayPort Alt Mode. A USB hub port is in there as well, with USB 3.2 Gen 1 Type-C, and USB-C power delivery is at 7.5 W. Not enough for a laptop, but enough for most phones.

Color specs, presets, and the reality of 400 nits

Color coverage is listed as 100 percent sRGB and 100 percent Rec.709. sRGB ties back to the sRGB standard published by the IEC, and Rec.709 is the broadcast workhorse from the ITU. Factory calibration targets Delta E under 2, with Calman Verified status via Calman, and the box also includes a colour pre-calibration report.

Preset modes include Native, sRGB, Adobe RGB, DCI-P3, DICOM, Rec.709, HDR, and two user modes. HDR support is HDR10, which the industry commonly references through work from the Consumer Technology Association and related standards bodies. The monitor also lists multiple HDR10 curve options: PQ Hard Clip, PQ Optimized, and PQ Basic.

Brightness is typical at 400 cd per square meter. That number can work fine for studio carts and shaded setups, but it puts outdoor reality checks firmly on you, not the spec sheet. If you plan to use this as your primary village screen, run your own midday tests before you show up with confidence and a single C-stand.

This is also where good process still beats good marketing: even with a calibrated panel, you should validate your full monitoring chain in your own environment, including signal path, LUT handling, and who gets to touch the settings. The best surprise on set is no surprise.

Mounting, handling, and the box you keep

On the physical side, the monitor supports VESA 75 by 75 mm mounting. It also has a 1/4-inch tripod socket, tilt from plus 20 degrees to plus 70 degrees, a Kensington lock, and an ambient light sensor. Net weight is at 1.4 kg including the stand, and 1.3 kgs without the stand.

Bundled accessories vary by region, but the list includes a mini stand and an HDMI cable, plus USB-C cable, power cord, and power adapter. Warranty details on the tech specs page list LCD ZBD warranty as yes, 3 years. Power consumption is specified as under 15 W, with power saving mode under 0.5 W and power off mode under 0.3 W.

There is also a clear nudge to keep the packaging: the carton can be reused as a monitor hood. The packaging hood comes with a caveat that its condition will naturally deteriorate over time and is not covered by the warranty.

If you have ever hacked together a hood out of whatever the rental house cardboard gods provided, this detail will either make you smile or make you wonder how many folds it takes before it looks like a crushed matte box.

Picture tools and desktop control

The display supports PiP and PbP. It also supports DisplayWidget Center, a monitor management app from ASUS that lets you adjust settings with a mouse instead of the monitor buttons.

In practical terms, that combination points at two workflows: live camera feed over SDI for set decisions, and laptop-based review over HDMI or USB-C for DIT and post-adjacent tasks. The PiP and PbP options can help when you need to compare sources quickly, but you still need to confirm how your specific devices negotiate formats and framerates in the field.

If you live in the world of tight Rec.709 handoffs and client screens, the real test is not the spec list. It is whether the monitor holds up under real cables, real power, and real people.

Pricing, warranty, and the parts that need a footnote

The monitor costs 850€ in Germany, with a similar Amazon Price, and used samples landing somewhere between 500€ and 600€. As always, treat new monitoring gear like any other new link in the chain: test it before you put it in front of a director, a client, or a colorist who can spot a gamma wobble at twenty paces.

https://www.asus.com/de/displays-desktops/monitors/proart/proart-display-pa16usv/

P.S. The PA16USV now ships in Germany, after a longer wait than many expected. At FMX, conversations with two on-set VFX-people pointed at the gap for this screen: they want 12G-SDI monitoring in a smaller, more affordable package than the usual set-village screens. This is also why we pulled this one back on the list, since we have hands-on testing lined up for this panel very soon. Keep your eyes peeled.

The post ProArt goes 12G-SDI portable first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

LumaTouch released LumaFusion 2.3 for Android and Chrome OS on June 24, 2025, bringing long‑requested HDR capability along with general stability improvements. This version introduces support for 10‑bit color workflows, including Rec.709, HLG, HDR10, and DisplayP3—on supported Android devices (LumaTouch).

More Dynamic Color in Mobile Editing

With HDR support, mobile editors can now work with richer color spaces directly on Android and Chrome OS. The new features focus on ensuring footage looks more vibrant and color‑accurate on HDR‑capable displays, matching what’s already available on iPad and iPhone versions.

LumaTouch teases more features headed to the Android version soon – beyond HDR support. Professionals should test this new release before adopting it into production pipelines.

Caution: The Android HDR “Standard”

And now, a note of healthy skepticism for the color-conscious. While LumaFusion 2.3 introduces HDR and 10-bit color workflows on Android, results may differ depending on device, display, and which particular flavor of “standard” Android decided to support this month. The Android ecosystem’s approach to color management has always been, generously, a patchwork. Consistent results across manufacturers, chipsets, and OS versions remain a fond hope – one best summed up by this XKCD classic (opens in new tab). Maybe one day, someone will finally solve it with “just one more” universal standard.

As always, thoroughly test new features in real‑world projects before deploying them in critical workflows. Your mileage may vary, but your headaches will be unique.

The post LumaFusion 2.3 Android HDR support at Last first appeared on DIGITAL PRODUCTION and was written by Bela Beier.