Philips Brilliance 328P
- Exceptional contrast and brightness
- Color accuracy levels that are acceptable
- HDR impact that is reasonable
- There’s a lot of versatility here
- Its HDR methodology isn’t nearly up to par
- Colors may be a little more vibrant
- Wobbly stand on occasion
- Uncomfortable OSD
The Philips Brilliance 328P is a little more expensive than many other 4K panels, at $655 (about £499, AU$925), but it comes with a slew of capabilities that should help it justify its price to a professional audience.
Of course, it has a massive 4K resolution, but it also has HDR, a 10-bit screen, and a lot of flexibility. Can we be persuaded?
Since the 328P’s launch, the price has dropped by roughly $100 (about £100, AU$100), but it’s still around $100 (about £100, AU$100) more than a more reasonable 4K screen — but those panels are unlikely to include 10-bit color or HDR.
If you go with a 28in 4K screen, you can save even more money, albeit switching to a smaller panel has its own set of benefits and drawbacks, including a crisper image but a physically smaller display.
Features and design
The Philips Brilliance 328P’s 10-bit screen is a great place to start for business jobs that require color fidelity – it can display 1.07 billion hues of color. Many other 4K panels use 8-bit screens with a color range of only 16.7 million.
The extra colors offer richer individual tones, more depth, and a subtler gradation between tints, which is critical for high-end design work.
The 3,840 x 2,160 resolution provides a density level of 140ppi, which is excellent for text, graphics, and applications. It also implies that you’ll have enough of room for several windows and programs.
The LG 27UD88, which costs $630 (about £600, AU$1,122), competes with the Philips. That panel also has a 4K resolution, however it has a density of 163ppi due to its 27in diagonal. Its images will be a little clearer, but you might prefer the 32in Philips for business because of its larger physical size.
The 328P supports HDR, and the VESA DisplayHDR 600 protocol is used. In terms of HDR standards, it’s in the middle: VESA offers weaker DisplayHDR 400 and 500 protocols, but a stronger DisplayHDR 1000 specification.
To deliver HDR content the required boost in color and contrast, the DisplayHDR 600 standard requires a panel to achieve a backlight level of 600cd/m2 for short durations and 350cd/m2 for longer periods.
DisplayHDR 600 additionally demands a 0.1cd/m2 black level and 90 percent DCI-P3 color gamut coverage.
Although the LG 27UD88 lacks HDR, it’s not uncommon to see this technology seep into 4K screens at this price point. They frequently employ the DisplayHDR 400 standard, which only needs a 320cd/m2 sustained brightness level and a 400cd/m2 burst brightness – statistics that are, of course, easier to attain on less expensive panels, but that result in a less impactful HDR experience.
The DisplayHDR 1000 standard, on the other hand, defines a burst measurement of 1,000cd/m2 and a continuous backlight of 600cd/m2 – meaning it will have a greater impact on HDR content than DisplayHDR 600.
Then there’s the issue of the actual material. Because there isn’t a lot of HDR video available right now, you’ll only notice the actual benefit in the future.
When it comes to its headlining feature, the 328P doesn’t get a clean bill of health, and its hardware in other areas continues to straddle the line between spectacular and ordinary.
Take the VA exam. While VA technology often outperforms IPS panels in terms of contrast, it falls short in terms of color accuracy.
The 328P’s use of VA is due to the fact that VA displays are less expensive than IPS equivalents. Screens with 32in, 4K IPS screens are usually a few hundred pounds or dollars more expensive than the Philips.
The 60Hz refresh rate is standard, and no synchronization technology is included. This is good for work, but when compared to panels with synchronization or higher refresh rates, this screen will be visibly less fluid.
The response time is also average, at 4 milliseconds, which is fine for work but not for fast-paced movement.
One screw secures the 328P’s base to the stand, and four more secure the stand to the screen. VESA 100 mounts can also be used with the rear attachment.
When it comes to aesthetics, this screen means business. It has a large bezel, dark plastic and metal, and a low-key stand. It isn’t particularly appealing, but it doesn’t have to be.
It does, however, weigh 20.3 pounds (9.23kg) and has a maximum height and width of 25.8 inches (657mm) and 29.2 inches (742mm), respectively, making it quite enormous and hefty.
The 328P is quite adaptable. Along with swiveling, tilting, and portrait mode functioning, there’s a whopping 7in (180mm) of height adjustment. All of functionality is available on LG’s panel, with the exception of swiveling.
Two HDMI 2.0 connectors and a DisplayPort 1.4 connector are located on the back panel. A USB Type-C connector and four USB 3.1 ports are included. The LG featured a lot of ports, but they weren’t as excellent here as they were on the LG.
The two 3W speakers are loud enough for casual listening, and there’s a Gigabit Ethernet connector on the rear, which is an uncommon and nice inclusion.
But it’s not all good news. The screen is a touch shaky, and the vertical movement is stiff. The ports are located at the back and face downwards, making them inconvenient.
The OSD is also of variable quality: the on-screen display itself is well-organized, but the four touch-sensitive buttons aren’t.
They’re extremely sensitive, lack haptic feedback, have difficult-to-read icons, and are located next to the same power button, making it all too simple to hit a button repeatedly or even turn the screen off by accident.
To summarize, the Philips Brilliance 328P has excellent brightness, black point, and contrast levels, and it gives HDR material a modest increase – but other HDR devices will provide more significant enhancements.
Color accuracy and gamut coverage are decent, but the screen’s illumination instability and lack of Adobe RGB adherence won’t satisfy the most discerning designers and workers.
The Philips Brilliance 328P produces good image quality, but it rarely goes above it.
Take a look at the 456cd/m2 brightness rating. It’s a wonderful figure for any normal panel, and it’s higher than the 350cd/m2 required for DisplayHDR 600 consistency – but it falls short of the protocol’s burst brightness criterion.
Although the black measurement of 0.14cd/m2 is excellent, it falls short of the 0.1cd/m2 black point required by DisplayHDR 600.
What does this imply in practice? For starters, there’s a 3,257:1 contrast ratio. That’s brilliant in conventional terms.
It means that at both the light and dark sides of the spectrum, you’ll receive excellent quality in terms of vibrancy, depth, and variety. That’s fantastic for work because it means greater detail, more complex colors, and more depth – and it’ll also look amazing in movies and games.
When it comes to HDR, though, the results are uneven. When compared to conventional material, HDR content looks quite vivid on this screen, and the 328P offers a more dramatic improvement than screens that conform to the lower DisplayHDR 400 and 500 standards.
However, when it comes to HDR, those brightness and black point statistics may be better, which implies that more expensive HDR panels that satisfy the DisplayHDR 600 standard – or even higher protocols – will produce superior results. HDR provides an enhancement, but not a transformation, on the 328P.
Although Philips boasts that the 328P has a Delta E of under 2, the monitor only achieved this in its sRGB mode, where it achieved a fantastic result of 1.25. It could only manage a 2.52 Delta E at factory settings. Neither of the results are horrible, but we’d always prefer the sRGB mode.
The color temperature of the panel is better at 6,639K, although these values indicate that colors aren’t as precise as they could be.
The 328P exhibited 100% of the sRGB color gamut, which is excellent for most applications. The panel also displayed 96.2 percent of the HDR-compatible DCI-P3 gamut.
However, this screen only managed 83.3 percent of the Adobe RGB gamut, indicating that it struggles to handle the additional colors required for high-end creative work.
Uniformity is also a problem. In the top-left and top-right corners, the 328P lost 22% and 17% of its backlight strength, respectively. While this isn’t fatal, the 328P could be more consistent.
In normal situations, the Philips Brilliance 328P features great contrast, which means brightness and depth, as well as a fair HDR enhancement. The color quality is very excellent.
Its robust performance, combined with its 32-inch diagonal and 4K resolution, ensures that it is suitable for most job applications and HDR material.
The 328P also has a lot of port and position flexibility, and the pricing is reasonable given the features.
While HDR content looks good on this panel, it could be better because the 328P does not meet all of the standards of its mid-range HDR specification.
The screen does not cover the Adobe RGB gamut, which will have an impact on some high-end work applications, and Delta E only improved after fiddling with the settings.
Uniformity is also lacking, movement might be difficult, and the ports aren’t easily accessible.
The Philips 328P meets the needs of the vast majority of consumers; you’ll only need to look elsewhere if you’re exceptionally demanding. And, while the HDR could be better, considering the price, it’s a good deal. The 328P is a fantastic screen, and you’ll only have to pay extra if you’re in the minority that requires even higher resolution and accuracy.
Philips Brilliance 328P
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