Question

What are some cost-effective MiniLED monitors worth recommending?

Answer 1

MiniLED Monitor Recommendation

1. HKC G27M2 ¥1399

2K 180Hz IPS MiniLED, 1152 local dimming zones, 1600 nits brightness

The best entry-level MiniLED monitor. This MiniLED monitor is only ¥400 more expensive than a ¥1000 2K 180Hz monitor, and its MiniLED backlight configuration is the same as many MiniLED monitors costing around ¥2000. Therefore, it offers excellent value for money.

This monitor has high brightness, decent color gamut, very fast backlight latency, full DC dimming, and excellent light control calibration. As an entry-level monitor, it's a no-brainer.

The downside is the 2K resolution. 2K is inherently less sharp than 4K. If you're watching 4K HDR movies, this monitor's performance will definitely be inferior to those 4K MiniLED monitors.

2. Thunderbird Q7, 1899 RMB

2K 240Hz VA-MiniLED, 1152 local dimming zones, 1600 nits brightness

Note that this is VA-MiniLED, whose dimming effect is inherently much better than IPS-MiniLED because VA has high contrast, and contrast and dimming effect are strongly correlated.

The biggest feature of this VA model is its 3.5ms response time, as fast as FastIPS. Combined with its 240Hz refresh rate, the Thunderbird Q7 is one of the most suitable MiniLEDs for FPS games.

If you need FPS games, this is definitely the right choice. The downside is that it's only 2K, and the clarity is not comparable to 4K.

3. Titan P275MV, 2199 RMB

4K 160Hz IPS MiniLED, 576 local dimming zones, 1500 nits brightness

The most cost-effective 4K MiniLED. The backlight configuration is average (few zones), but the image quality tuning is excellent, even better than Titan's own P27A6VP. It also uses DC throughout, resulting in very low backlight latency. It can be said that, apart from the limited number of zones leading to less precise light control, this model is basically flawless.

At a price point just over 2000 yuan, its price-performance ratio is particularly strong.

4. HKC G27M7Pro 2999 yuan

4K 160/320Hz Dual-Mode IPS MiniLED, 1152 zones, 2200 nits brightness

This mid-to-high-end MiniLED model supports 4K 160Hz and 1080P 320Hz dual-mode. The 1080P mode offers faster response times and a high refresh rate, making it particularly suitable for FPS games.

Besides dual-mode, this model's backlight configuration is significantly better than the P275MV, with double the number of zones resulting in noticeably better light control and significantly increased brightness. Similarly, it also features full DC backlighting and very low backlight latency.

Is the improved backlighting and dual-mode performance worth the 800 yuan upgrade? That depends on your personal preference. If dual-mode is useful to you, i.e., you need 1080P mode for FPS games, then this is definitely worth buying.

*The G27M7 also has a non-Pro version for 2499 yuan.

4K 160/320Hz Dual-mode IPS MiniLED, 1152 zones, 1500 nits brightness

The panel is the same as the Pro version, also 4K 160/320Hz dual-mode. It's 500 yuan cheaper, but the design is less aesthetically pleasing and lacks the LED backlight. It lacks a 90W USB Type-C port and has about 600-700 nits lower brightness. Other aspects are basically the same.

(I only have the Pro version on hand; I haven't tested the non-Pro version. Friends who have tested it say the color calibration is similar to the Pro version and it's also highly recommended.)

*If you still think the G27M7 is too expensive, you can consider the Titan P275MV PLUS, priced at 2379 yuan.

4K 160/320Hz Dual-Mode IPS MiniLED, 1152 zones, 1500 nits brightness

It's also a dual-mode monitor, but the configuration is essentially a slightly downgraded version of the G27M7. I just tested this one today; its color temperature is 7500K, and its image quality isn't as good as the G27M7Pro. However, based on the claim that G27M7 image quality is approximately equal to G27M7Pro image quality, then the P275MV's image quality is also inferior to the G27M7.

However, the P275MV has many OSD functions, including some advanced features (smart crosshair, magnifier, night vision), making it better for FPS games than the G27M7.

5. Thunderbird U8 2025 Model, 2760 RMB

4K 160Hz VA-MiniLED, 1150 local dimming zones, 2000 nits brightness

Under 3000 RMB, the strongest HDR picture quality. Its inherent contrast ratio is three times that of IPS, its light control far surpasses all IPS-MiniLEDs, and its brightness is very high. Because of its high contrast ratio, the U8's HDR picture is very layered, more three-dimensional, and more realistic. It also boasts low DC+ latency throughout.

MiniLED was originally designed for HDR movies and HDR games, and the U8 excels in this area.

The U8 performs well in HDR, but that's about it. In other areas (i.e., SDR), such as everyday use, web browsing, and playing non-HDR games, the U8 is completely inferior to the HKC mentioned above. You'll feel that the U8's picture lacks clarity, and its viewing experience in everyday use is not as good as an IPS monitor.

6. Thunderbird U9, 3699 RMB (Wait a bit longer, buy it during Double 12)

The U9 has better light control than the U8, but the price is currently a bit high. You can wait. The price should drop during Double 12. In the meantime, I'll give Thunderbird some suggestions so they can work together to update the firmware a few times to make the U9 even better.

Therefore, I suggest buying it during Double 12; it will be better and cheaper then. Of course, if you buy it now, you can directly update to new firmware in the future; the hardware won't be modified, only the software will be adjusted.

Answer 2

At the beginning of the year, a friend told me that MiniLED technology would make significant progress in 2024. I scoffed, thinking it was just another manufacturer's marketing ploy. But it turns out it's true.

1. Lower Costs

The most direct difference is the lower cost. Now, a decent MiniLED backlight can be made for just a few hundred yuan. For example, the HKC G27M2 I reviewed a few days ago, a 2K 180Hz MiniLED with 1000 local dimming zones, only costs 1399 yuan. That's only 400 yuan more expensive than their own 2K 180Hz G27H2.

This shows that unless HKC is doing charity, the cost of MiniLED backlighting has become unimaginably low.

As an aside: I recently tested a Lenovo R27qc-30, a 2K 180Hz HVA. Although the calibration was terrible, the panel was phenomenal, with a native contrast ratio exceeding 5000 and a ghost-free response time of 3.0ms. If this thing could be paired with a MiniLED backlight costing a few hundred yuan, it could absolutely create a god-tier monitor. Because the light control effect of MiniLED is directly linked to the panel's original high contrast ratio, a 5000 contrast ratio HVA panel, when combined with MiniLED, would inevitably become a god-tier monitor. And I estimate the final price could be controlled to around 1500-1700 yuan.

Unfortunately, I haven't heard of any manufacturer willing to use this god-tier panel for MiniLED.

2. DC dimming MiniLEDs are becoming increasingly common.

Previously, MiniLEDs were mostly PWM dimming, which is generally less eye-friendly than DC dimming. One reason MiniLEDs weren't eye-friendly before was PWM dimming, and another was the high proportion of harmful blue light. This is because current MiniLEDs use quantum dots (QD) to improve the color gamut, and quantum dot backlights are difficult to achieve hardware-based low blue light. Of course, there are exceptions like the LG 27GR95UM, which uses quantum dots and hardware-based low blue light, but it's extremely expensive and basically not considered.

However, it seems that half of the new MiniLEDs released this year use DC dimming. For example, the Thunderbird U8 used PWM dimming in its 2024 model, but switched to DC dimming in its 2025 model. HKC, Hisense, and Titan's MiniLEDs from 2024 onwards also primarily used DC dimming.

3. Faster Backlight Latency

Early MiniLEDs had very slow backlight latency, typically 15-20ms. The backlight's on/off speed couldn't keep up with the pixel's change speed (generally 3-6ms). This meant the backlight response was much slower than the panel's response. The result was that fast-moving objects would have a halo-like trail.

Later, the backlight latency decreased to around 12ms, which is about two frame intervals (each frame interval is 6.25ms at 160Hz). While the halo-like trail still existed, it was less noticeable. Now, several newer MiniLEDs can achieve latency within 5-6ms, less than one frame interval, so the halo-like trail is barely visible.

4. Improved Halo Control

Early MiniLEDs had a large halo, even appearing around white text on a black background. MiniLED has largely solved this problem, significantly reducing text halo effects.

5. The Future of MiniLED?

Some say the future of MiniLED lies in high-end backlighting with thousands of backlight zones.

I think this is nonsense. OLED prices are constantly dropping; 4K 240Hz OLED has reached 4999 yuan, a price reduction faster than I predicted at the beginning of the year. I said then that 4K 240Hz OLED would drop below 6000 yuan during this year's Double 11 shopping festival, clearly underestimating its price drop rate.

Following this trend, 4K 240Hz OLED will be aiming for 3999 yuan or even lower by next year. Plus, with the arrival of true RGB OLED with clearly flawless image quality, won't current QD-OLED and WOLED continue to drop in price? Wouldn't it be a joke to spend thousands of yuan on so-called "high-end" MiniLED then?

MiniLED with thousands of backlight zones only offers better light control than current technology, but 4K OLED has 8 million backlight zones. How can MiniLED compare? So, in my opinion, the future of MiniLED lies in price reductions, targeting the mid-range and low-to-mid-range markets. As for the high-end, it will all have to give way to OLED.

Sorry, I seem to have digressed. I wonder if anyone finds what I've said above tedious. I wrote this because I didn't want to write too many generic recommendation articles; I hope each answer related to monitors can provide some useful information.

Now, back to the main topic: MiniLED recommendations. Actually, there are only a few MiniLED models available right now. There's nothing to agonize over; there's an "optimal solution" for every price point and every type.