Monitors / VideoVue Video Post-Production Monitor

Series product

Sorting By

You Can Select2 More Items

Open

Compare Products

Hide

Compare Now

Reproduce True Colour, Reveal Infinite Creativity

Devoted to meet the latest professional colour standard, BenQ has developed AQCOLOR technology to uphold the concept: ‘Accurate Reproduction’. BenQ has invited colour experts to lead the team and also actively participated in ICC (International Colour Consortium) and ISO (International Standard Organisation) to establish colour-related standards and implementation.

Discover
Accuracy Delivers the Ultimate Fidelity

Faithful reproduction of the original colours and an ultra-wide colour gamut unleash your creativity.

To pursue the most accurate and truthful colour reproduction, BenQ VideoVue Video Post-Production monitor PV series are certified by Technicolor, which guarantees the white point (colour temperature), gamut, gamma curve and colour differences are well within Technicolor’s requirement. PV series monitors comply 10-bit panel with DCI-P3, Rec.709 colour gamut spaces, allowing the original colours to be accurately transformed and reproduced from the actual scene with full details and colour tones. The optimal brightness uniformity compensation technology can adjust the hundreds of sub-regions of the panel to deliver more than 90% evenness. The built-in backlight sensors also brilliantly compensate the diminishing effect and ensure a stable performance of the LED backlight. The BenQ VideoVue Video Post-Production monitor PV series can ensure perfect colour reproduction across VFX, composition and colour grading.

Reproduce Accurate Colours You Can Trust

PV series monitors have built-in 14-bit 3D LUT with 17 x 17 x 17 points, promising impeccable colour mixing accuracy. For video professionals to maintain colour accuracy easily, PV series monitors are also equipped with BenQ’s exclusive Palette Master Calibration software, allowing professionals to adjust the monitor’s internal image processing IC without altering graphics card’s data. Furthermore, professionals can also develop their own 3D LUT and store into the monitor to diversify the colour creativity in post-production.

more

Hardware Calibration Produces Consistent Quality

Hardware calibration allows you to adjust the monitor's internal image processing chip without changing the graphics card output data, keeping displayed images consistent with the original content without being affected by graphic settings.

Brightness Uniformity

Achieved via delicate processes utilising high precision apparatus to meticulously fine-tune hundreds of sub-regions on the entire screen, BenQ Brightness Uniformity offers perfectly authentic and consistent viewing experiences.

PV Series

Typical Monitor

Work Efficiently with Intuitive Design
GamutDuo

GamutDuo enables you to view content simultaneously in different colour spaces side-by-side for comparison. Switch to PIP/PBP mode to enable GamutDuo.

Two Sources with Two Colours

Video Format Support

PV series supports a 72Hz refresh rate for 24p film content to be displayed at native cadence without pulldown which can distort playback of the source video.

*Only support with HDMI

How to select

How do We Define ‘Accurate’ Colour?

How do We Define ‘Accurate’ Colour? How we could quantify colour in an ‘accurate’ fashion? Before jumping into this topic, let’s talk why the quantification of colour is important…

What is accurate colour?

There are two types of cells in the retina of our eye that are responsible for our perception of colour: rods and cones. Cones, which are sensitive to colour, function best in bright light. They exist in three forms.

Who needs colour management?

Designers such as graphic designers, multimedia designers, web designers and other creative professionals who create visual concepts by using computer software need colour management. Colour management can help them to communicate more effectively.

Why are colours reproduced differently between devices?

Colour management is the process by which colour standards and hardware/software calibration devices are used to reduce the colour differences between devices, so colours are reproduced accurately.

Why don’t colours look the same across different devices?

It is a common misconception that all electronics should exhibit the same colours, especially with devices with the same make and model. The monitors do not need to be the same make and same model, but for illustration purposes, we used four identical monitor images.
TOP