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Lenovo ThinkVision P32u-10

 & Tony Hoffman Senior Writer, Hardware

Our team tests, rates, and reviews more than 1,500 products each year to help you make better buying decisions and get more from technology.

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Lenovo ThinkVision P32u-10 - Lenovo ThinkVision P32u-10
4.0 Excellent

The Bottom Line

Lenovo's ThinkVision P32u-10 is a winner, whether you think of it as a productivity monitor with exceptional color accuracy or as a professional monitor with a slew of convenience features.
Best Deal£988.85

Buy It Now

£988.85

Pros & Cons

    • Large, high-resolution 4K screen
    • Exceptional color accuracy for sRGB and Adobe RGB
    • Dual Thunderbolt 3 ports let you daisy-chain monitors
    • Full range of ergonomic features
    • Pricey
    • Poorly designed on-screen display (OSD) controls

Lenovo ThinkVision P32u-10 Specs

Adaptive Sync NA
Aspect Ratio 16:9
Dimensions (HWD) 19.6 by 28.6 by 13.7 inches
Height-Adjustable Stand?
Landscape/Portrait Pivot
Native Resolution 3840 by 2160
Panel Size (Corner-to-Corner) 32
Pixel Refresh Rate 60
Rated Contrast Ratio 1000:1
Rated Screen Luminance 300
Screen Technology IPS
Swiveling Stand?
Tilting Stand?
USB Ports (Excluding Upstream) 3
VESA DisplayHDR Level NA
Video Inputs DisplayPort
Video Inputs HDMI
Video Inputs Thunderbolt 3
Warranty (Parts/Labor) 3
Weight 22

Although it is a business monitor primarily geared to productivity—its large, high-resolution screen makes it good for reading small text, scanning cramped spreadsheets, and viewing detail in blueprints—the Lenovo ThinkVision P32u-10 has the color accuracy and quality to appeal to photography studios and graphic arts professionals. Its $1,349 list price tag is hefty (though we've seen the monitor from resellers in places for under a grand), but for companies looking for an exceptional panel, its features may be worth the premium. As a productivity and professional monitor rolled into one, it earns our latest Editors' Choice.

Ergonomic Chops, Plus Thunderbolt

The P32u-10 is big, measuring 19.6 by 28.6 by 13.7 inches and weighing 31.3 pounds. Although its 32-inch in-plane switching (IPS) screen is spacious, the ThinkVision is not an ultrawide monitor like the Asus ProArt PA34VC Professional Curved Monitor and most other panels at sizes beyond 30 inches. Instead, it retains a standard 16:9 widescreen aspect ratio at a UHD (a.k.a. 4K) native resolution of 3,840 by 2,160 pixels.

Lenovo ThinkVision P32u-10 front view

The P32u-10's stand and cabinet are a ThinkPad-esque matte hue that Lenovo calls "raven black" and that gives the display a handsome if understated look. The top and side bezels are modest, about 0.4 inch across, while the bottom bezel is about an inch thick. The base is a large and stable disk, 14 inches in diameter. It rests on another disk, on which it can rotate, lazy Susan-style. To get it to swivel, however, required more coaxing than it took with the smaller but similarly equipped Lenovo ThinkVision P27u-10, which I was reviewing at the same time.

Lenovo ThinkVision P32u-10 stand

The stand's shaft, which angles upward and forward from the back of the disk, connects to the cabinet at a hinge-like joint that permits a tilt range of from 5 degrees forward to 22 degrees back, and also lets you pivot the panel in either direction from landscape to portrait orientation and back. The top of the shaft is a separate piece of metal that emerges from the bottom and can be pulled upward, offering a height adjustment of up to 4.3 inches.

Lenovo ThinkVision P32u-10 ports

Another compelling feature of the P32u-10 is its generous selection of ports. Its pair of Thunderbolt 3 ports supports the daisy-chaining of a second 4K monitor. Two HDMI ports, a DisplayPort connector, a hub of four USB 3 ports, and an audio-out jack round out the picture. Many recent professional monitors, such as the BenQ SW320, lack even a USB-C port.

The OSD: Slight Navigational Hazards

The one real weakness I came across in reviewing the P32u-10 is a poorly designed on-screen display (OSD). It is controlled by six small, physical buttons at the right-hand end of the monitor’s bottom bezel, but it lacks clearly marked arrow keys for navigation. When I test a monitor, I use the OSD to set its color mode to one of the spaces that we test in, such as sRGB, Adobe RGB, or DCI-P3 (or, for a simpler monitor, Standard or Movie mode).

With the P32u-10, it was no trouble to reach the main menu (which includes Screen Controls, Advanced Setup, Options, OSD Settings, and Exit), but to actually navigate within this menu and to reach the color modes (found in a menu item under Advanced Setup) took a lot of trial and error. I finally did find the modes I needed, but after a lot of trial and error—a task that normally takes a few minutes consumed upwards of half an hour. Once I figured out how to navigate, it became much easier, but it still takes more time than it should for me to get around the OSD. The monitor's only saving grace is that its OSD is slightly easier to navigate than the Lenovo ThinkVision P27u-10's.

Lenovo ThinkVision P32u-10 rear view

Testing the P32u-10: Showing Its True Colors

One of Lenovo's selling points for the P32u-10 is its claim of excellent color accuracy, with the company claiming a Delta E of less than 2 for both the sRGB and Adobe RGB color spaces. Delta E (dE for short) numerically represents the difference between the hue of a displayed color and the input that the monitor received. The dE figure that appears in monitor specs is the average of a large number of individual color readings from across the spectrum; the lower the value, the more accurate the color. Many professional monitors tout a dE of less than 2; exceptional panels produce figures of less than 1.5. (See how we test monitors.)

Lenovo ThinkVision P32u-10 test pattern

We used our standard test gear of a Klein K10-A colorimeter, Murideo SIX-G test pattern generator, an X-Rite i1Basic Pro 2 color profiler, and Portrait Displays CalMAN 5 software. Out of the box—without any calibration on our part—the P32u-10 turned in a phenomenal dE of 0.94 in sRGB and an even better 0.88 in Adobe RGB. The monitor's remarkable color accuracy seems best for photography and graphic design; in DCI-P3, a color space geared to digital cinema, it turned in a mediocre 3.48.

Lenovo ThinkVision P32u-10 color gamut

In color-gamut coverage, the P32u-10 also did great with sRGB, covering 99.8 percent of that color space, and Adobe RGB, with 99.7 percent coverage. It did a decent job with DCI-P3, with 95.1 percent coverage. It fell slightly short of its 300-nit (candelas per meter squared) rated luminance, doing best among our standard modes in sRGB, where I measured it at 265.9 nits. It also slightly exceeded its 1,000:1 rated contrast ratio in the modes we tested, turning in a ratio of 1,066:1 in sRGB.

In addition to our formal testing, I did some ad-hoc testing of photos and videos with the P32u-10. Color in photos seemed vivid and accurate, with good contrast, and video quality was fine, at least for casual use.  

A Panel Worth Its Premium

Some companies may balk at the Lenovo ThinkVision P32u-10's sticker price, but you get a lot for the money. This includes a large, high-resolution screen, excellent image quality for photos and still images, an abundance of ports including two Thunderbolt 3 connectors, and a full range of ergonomic adjustments. Its ability to straddle the productivity and professional monitor categories earns this ThinkVision an Editors’ Choice award.

Lenovo ThinkVision P32u-10 profile view

Final Thoughts

Lenovo ThinkVision P32u-10 - Lenovo ThinkVision P32u-10

Lenovo ThinkVision P32u-10

4.0 Excellent

Lenovo's ThinkVision P32u-10 is a winner, whether you think of it as a productivity monitor with exceptional color accuracy or as a professional monitor with a slew of convenience features.

Get It Now
Best Deal£988.85

Buy It Now

£988.85

About Our Expert

Tony Hoffman

Tony Hoffman

Senior Writer, Hardware

Since 2004, I have worked on PCMag’s hardware team, covering at various times printers, scanners, projectors, storage, and monitors. I currently focus my efforts on 3D printers, pro and productivity displays, and drives and SSDs of all sorts.

Over the years, I have reviewed smart telescopes, iPad and iPhone science apps, plus the occasional camera, laptop, keyboard, and mouse. I've also written a host of articles about astronomy, space science, travel photography, and astrophotography for PCMag and its past and present sibling publications (among them, Mashable and ExtremeTech), as well as for the former PCMag Digital Edition.

The Technology I Use

I have a Lenovo ThinkPad T14 laptop that's my work daily driver, an HP Pavilion Aero 13 as my primary personal laptop, and an Asus ProArt P16 for detailed photo work. (I also have an older Dell XPS 13, which now stays at home full-time.) For storage testing, I rely on our three custom-built Windows testbeds in PC Labs, as well as a 2024 MacBook Pro.

My primary home monitor is a BenQ EX2780Q, a gaming monitor with a great sound system and excellent image quality. I use that panel for writing, watching videos, and working with photos. I also have an HP 27 Curved Display—one of the first general-purpose curved monitors—which I have paired with an Acer Aspire desktop computer. My multifunction printer is an Epson Expression Premium XP-7100 Small-in-One. I also own an Epson Perfection V39 flatbed scanner, which I use for photos and short documents, and a Canon Selphy CP1300 small-format photo printer for turning out snapshots.

My first cell phone, in 2006, was a Motorola Razr; since then, it’s been all iPhones—I currently have an iPhone 15 Pro. I use my iPhone a lot for casual photography, though I also use a Sony DSC-RX100 VII and a Canon G5 X Mark II for everyday shooting. For much of my travel photography and astrophotography, I use either a Sony A7r II or A7 III, paired with a variety of lenses ranging from a Sony 14mm f/1.8 prime to a Sony FE 70-300mm f/4.5-5.6 G OSS zoom lens. I also pair the A7r with a RedCat 51 for deep-sky star shooting. For astrophotography, I also use the Seestar S30 and S50 and the Unistellar Odyssey smart telescopes, which are essentially astronomical cameras controlled through one’s mobile device.

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