Benq EW3290U vs Benq MA320U
The Benq EW3290U and Benq MA320U are closely matched on the headline specs, so the decision comes down to the details — things like stand ergonomics, port selection, and which one's HDR implementation actually delivers in practice. We've broken down every meaningful difference in the sections below, with specific use-case winners for gaming, productivity, colour work, and value.
Buy the Benq EW3290U if you need USB-C (USB-C — single-cable connection for modern laptops).
- Ergonomics — 110 mm height, pivot — adjustable for any desk setup
- 350 cd/m² — brightness — better visibility in bright office environments
Buy the Benq MA320U if you need USB-C (USB-C — single-cable connection for modern laptops).
- Ergonomics — 115 mm height, pivot — adjustable for any desk setup
- 550 cd/m² — brightness — better visibility in bright office environments
Benq EW3290U
- Benq EW3290U -- Brightness (Typical): 350 cd/m² -- ⚠️ lower typical brightness -- HDR scenes still benefit from panel contrast, but bright-room visibility is reduced versus higher-nit alternatives
- Benq EW3290U -- DCI-P3 Coverage: 98% -- wider colour gamut -- richer, more saturated colours
- Benq EW3290U -- Pixel Density: 137 PPI -- lower pixel density -- softer at close viewing distances
- Benq EW3290U -- Display Size: 32-inch -- bigger screen -- more immersive for gaming and media
- Benq EW3290U -- HDR: DisplayHDR 400 HDR10 -- HDR supported
Benq MA320U
- Benq MA320U -- Brightness (Typical): 550 cd/m² -- brighter -- better HDR impact and bright-room visibility
- Benq MA320U -- DCI-P3 Coverage: 97% -- ⚠️ narrower colour gamut -- colours appear less saturated; a calibration-focused workflow may require a wider-gamut panel
- Benq MA320U -- Pixel Density: 140 PPI -- sharper image -- more pixels per inch
- Benq MA320U -- Display Size: 31.5-inch -- smaller screen
- Benq MA320U -- HDR: HDR10 DisplayHDR 600 -- high-tier HDR -- strong highlights and contrast
- IPS panel — wide 178°/178° viewing angles with accurate, consistent color reproduction
- HDR support (DisplayHDR 400 / HDR10) with 400 cd/m² peak — enhanced contrast for HDR media
- 4K UHD resolution at 137 PPI — razor-sharp detail for creative and professional workflows
- 98% DCI-P3 — professional-level wide-gamut color reproduction for accurate creative work
- Full ergonomic stand (height, pivot, swivel, tilt) — adaptable for comfortable long-session productivity use
- IPS contrast (1000 : 1) — blacks look grey in dark viewing conditions compared to VA or OLED
- No Thunderbolt 4 — USB-C available but lacks high-speed 40 Gbps bandwidth and high-watt charging
- Entry-tier DisplayHDR 400 — limited local dimming means HDR uplift is modest rather than dramatic
- No built-in Ethernet — monitor lacks wired network hub functionality
- No DisplayPort — HDMI-only video input limits resolution/refresh on older GPU setups
- IPS panel with Nano Matte coating — wide color angles with reduced reflections for pro environments
- High peak brightness (600 cd/m²) — punchy, impactful HDR highlights in any environment
- 4K UHD resolution at 140 PPI — razor-sharp detail for creative and professional workflows
- 97% DCI-P3 — professional-level wide-gamut color reproduction for accurate creative work
- Full ergonomic stand (height, pivot, swivel, tilt) — adaptable for comfortable long-session productivity use
- IPS contrast (1300 : 1) — blacks look grey in dark viewing conditions compared to VA or OLED
- No Thunderbolt 4 — USB-C available but lacks high-speed 40 Gbps bandwidth and high-watt charging
- Peak power draw (250W) — above-average running cost; factor into long-term energy budget
- No built-in Ethernet — monitor lacks wired network hub functionality
- No DisplayPort — HDMI-only video input limits resolution/refresh on older GPU setups
Both displays run at 60Hz -- gaming smoothness is equivalent. Response time (5 ms (GtG)) becomes the deciding factor.
🏆 Benq EW3290UBoth displays share 4K resolution at 137 PPI. Text sharpness and screen real estate are equivalent -- consider connectivity (USB-C, KVM) and stand ergonomics for your workspace.
🏆 Benq EW3290UFor photo editing and design, colour gamut coverage matters most. Benq EW3290U covers a wider DCI-P3 gamut -- richer, more accurate colours for creative work. Neither includes a factory calibration cert — colour-critical work may require professional calibration post-purchase.
🏆 Benq MA320UHDR support differs: Benq MA320U (HDR10 DisplayHDR 600) versus DisplayHDR 400 HDR10. For HDR movie content and gaming, the higher-tier HDR certification translates to more dynamic highlight detail.
🏆 Benq MA320U| Specification | ||
|---|---|---|
| Overview | ||
| Rating | 7.6/10★★★★★ |
7.6/10★★★★★ |
| Brand | Benq | Benq |
| Category | Monitor | Monitor |
| Basic Information | ||
| Brand | BenQ | BenQ |
| Model | EW3290U | MA320U |
| Series | MOBIUZ | DesignVue |
| Model Alias | - | - |
| Model Year | 2024 | 2024 |
| Display | ||
| Size Class | 32-inch | 31.5-inch |
| Panel Type ? | IPS | IPS |
| Curvature | -- | -- |
| Resolution | 3840 x 2160 | 3840 x 2160 |
| Aspect Ratio | 16:9 | 16:9 |
| Pixel Density | 137 PPI | 140 PPI |
| Pixel Pitch | 0.182 mm (millimeters) | 0.182 mm (millimeters) |
| Display Area | 89.02 % (percent) | 90.2 % (percent) |
| Color & HDR | ||
| Color Depth | 10 bits | 10 bits (8 bits + FRC) (FRC: Yes) |
| Colors | 1073741824 colors | 1073741824 colors |
| sRGB | - | 99% |
| DCI-P3 Coverage | 98% | 97% |
| HDR Support ? | DisplayHDR 400 HDR10 |
HDR10 DisplayHDR 600 |
| Brightness & Contrast | ||
| Brightness (Typical) | 350 cd/m² | 550 cd/m² |
| Peak Brightness | 400 cd/m² | 600 cd/m² |
| Contrast | 1000 : 1 | 1300 : 1 |
| Performance | ||
| Refresh Rate | 60 Hz (hertz) | 60 Hz (hertz) |
| Response Time | 5 ms (GtG) | 5 ms (GtG) |
| Adaptive Sync ? | - | - |
| Display Technologies | ||
| Advanced Display Technologies | Panel Technology: - Backlight: W-LED Viewing Angles: 178° / 178° (H / V) MPRT Response: - Dynamic Contrast: - Input Lag: - Screen Coating: Anti-glare/Matte |
Panel Technology: Nano Matte Panel Backlight: W-LED Viewing Angles: 178° / 178° (H / V) MPRT Response: - Dynamic Contrast: - Input Lag: - Screen Coating: Anti-glare/Matte |
| Camera | ||
| Camera | No | No |
| Audio | ||
| Audio | 2 x 2 W (watts) | 3.5 mm Audio Out | 2 x 3 W (watts) | 3.5 mm Audio Out |
| Connectivity & Ports | ||
| Ports | 1 x USB 3.2 (Type-C; Gen 1; 5 Gbps; upstream; 65W; DP Alt Mode) 1 x USB 3.2 (Type-C; Gen 1; 5 Gbps; downstream; 7.5W) 3 x USB 3.2 (Type-A; Gen 1; 5 Gbps; downstream; 7.5W) 3 x HDMI 2.0 1 x 3.5 mm Audio Out High-bandwidth Digital Content Protection (HDCP) 2.2 |
1 x USB 3.2 (Type-C; Gen 1; 5 Gbps; upstream; 90W; DP Alt Mode) 1 x USB 3.2 (Type-C; Gen 1; 5 Gbps; downstream; 15) 2 x USB 3.2 (Type-A; Gen 1; 5 Gbps; downstream; 7.5W) 2 x HDMI 2.0 1 x 3.5 mm Audio Out High-bandwidth Digital Content Protection (HDCP) 2.2 |
| Wireless | - | - |
| Ergonomics | ||
| VESA Mount | 100 x 100 mm | 100 x 100 mm |
| Height Adjustment | 110 mm | 115 mm |
| Pivot | ±0° | ±0° |
| Swivel | ±20° | ±15° |
| Tilt | -5° to +20° | -5° to +20° |
| Removable Stand | Yes | Yes |
| Gaming Features | ||
| Gaming Features | AMA (Advanced Motion Accelerator) | AMA (Advanced Motion Accelerator) |
| Smart & Software Features | ||
| Operating System | - | - |
| Smart Features | AI Contrast AI Picture Optimization Technology Brightness Intelligence Plus Gen2 (B.I.+ Gen2) Color Weakness Mode ePaper Flicker-free technology HDRi Low Blue Light Plus |
Auto Pivot Brightness Intelligence Plus Gen2 (B.I.+ Gen2) Color Weakness ePaper Flicker-free technology Low Blue Light MacBook Control |
| Power Consumption | ||
| Voltage | 100–240V | 100–240V |
| Frequency | 50/60Hz | 50/60Hz |
| Average Consumption | 29W | 45W |
| Maximum Consumption | 180W | 250W |
| Standby | 0.3W | 0.5W |
| Certificates | ||
| Certificates | EPEAT Eyesafe Certified 2.0 TÜV Rheinland Flicker-free Certified TÜV Rheinland Low Blue Light Certified (Hardware Solution) |
ENERGY STAR Eye Comfort 2.0 TÜV Rheinland Flicker-free Certified TÜV Rheinland Low Blue Light Certified TÜV Rheinland Reflection Free Certified |
| Design, Build & Dimensions | ||
| Without Stand Width | 714.5 mm | 714.5 mm |
| Without Stand Height | 443.9 mm | 424.4 mm |
| Without Stand Depth | 67.8 mm | 82.7 mm |
| Without Stand Weight | 6 kg | 6.05 kg |
| With Stand Width | 714.5 mm | 714.5 mm |
| With Stand Height | 483.3 mm | 493.8 mm |
| With Stand Depth | 211.2 mm | 220.2 mm |
| With Stand Weight | 8.1 kg | 9.1 kg |
| Color | White | Silver |
| Operating Conditions | ||
| Temperature | - | - |
| Humidity | - | - |
Both displays use IPS panel technology, so panel-level contrast and viewing angles are comparable. The differences come down to calibration, brightness, and HDR tier. On brightness, Benq MA320U peaks at 600 nits versus 400 nits -- a 50% advantage that matters most in HDR content and brightly lit rooms.
Both monitors run at 60Hz -- comfortable for everyday use and media, but not optimised for gaming. Both display the same response time spec (5 ms (GtG)). VRR (Variable Refresh Rate) eliminates screen tearing by syncing the monitor to your GPU's frame output. Both monitors support adaptive sync: Benq EW3290U with -, and Benq MA320U with -.
HDR certification differs: Benq EW3290U carries DisplayHDR 400 HDR10, while Benq MA320U carries HDR10 DisplayHDR 600. Higher HDR tiers (HDR600, HDR1000) require greater peak brightness -- the number after "HDR" represents the minimum peak nits. For genuine HDR impact in games and streaming, HDR400 is the entry level; HDR600+ is where highlights start to look distinctly brighter than SDR.
Both share 4K resolution, but Benq MA320U has a marginally higher pixel density (140 vs 137 PPI) -- a small but noticeable difference for fine text at close range. Neither monitor offers full ergonomic adjustment. A VESA monitor arm is recommended for proper positioning if you spend long hours at your desk. For bright office environments, Benq MA320U at 600 nits versus 400 nits provides better visibility against ambient light -- the higher brightness reduces eye strain in daylit rooms.
Both monitors run at 4K and 60Hz, so GPU requirements are identical. The tiers below apply to both displays.
Both monitors offer comparable connectivity.
Connectivity score methodology: USB-C Power Delivery (2 pts) · USB hub ports (2 pts) · Ethernet (1 pt) · HDMI 2.1 (1 pt) · KVM switch (2 pts) · Thunderbolt (2 pts). Higher score = more complete connectivity package. Ties broken in favour of USB-C power delivery.
Both monitors have basic stand adjustment. If you need precise positioning, a VESA-compatible monitor arm is recommended -- check the spec table for VESA mount support (typically 75×75mm or 100×100mm).
Use our free screen size comparison tool, PPI calculator, and power consumption calculator to go deeper than spec numbers alone. These display comparison tools help you accurately compare monitors and TVs beyond what a spec table shows -- from physical dimensions to real-world electricity costs.
Bottom line: For most buyers, the Benq EW3290U is the stronger choice, leading on USB-C single-cable connectivity, full height and tilt adjustment. The Benq MA320U is worth considering if cost is the deciding factor or if its specific connectivity or form factor better matches your desk setup. Check the use-case categories above to see which display wins for your primary activity.
Benq EW3290U vs Benq MA320U: What Actually Matters
On paper, Benq EW3290U and Benq MA320U share several headline specs -- but the differences that matter emerge when you look at panel characteristics, factory calibration, and ergonomic flexibility rather than just the spec sheet totals.
If we had to pick one for most people, the Benq EW3290U earns the recommendation on overall specification strength and a 3.8/5 composite score. That said, the right answer genuinely depends on your GPU, your use case split between gaming and productivity, and whether you spend time in a bright or dark room.
Strengths Worth Knowing
The Benq EW3290U stands out for ips panel — wide 178°/178° viewing angles with accurate, consistent color reproduction and hdr support (displayhdr 400 / hdr10) with 400 cd/m² peak — enhanced contrast for hdr media. The main compromise: ips contrast (1000 : 1) — blacks look grey in dark viewing conditions compared to va or oled.
The Benq MA320U stands out for ips panel with nano matte coating — wide color angles with reduced reflections for pro environments and high peak brightness (600 cd/m²) — punchy, impactful hdr highlights in any environment. The main compromise: ips contrast (1300 : 1) — blacks look grey in dark viewing conditions compared to va or oled.
❓ Frequently Asked Questions
For gaming, the Benq EW3290U has the edge thanks to its 60Hz maximum refresh rate. Higher refresh rates produce smoother motion and reduce perceived input lag -- critical advantages in competitive shooters and action titles. If both share the same Hz, compare response time in the spec table above.
Both the Benq EW3290U and Benq MA320U use IPS -- the differences lie in HDR tier: DisplayHDR 400 HDR10 versus HDR10 DisplayHDR 600. A higher HDR tier means more peak brightness and better highlight rendering on compatible streaming content and games.
For all-day productivity work -- documents, spreadsheets, coding, and content creation -- resolution and panel colour accuracy matter most. The Benq EW3290U is the stronger daily driver based on overall specification score. For long hours, also look for a model with flicker-free backlight and low blue-light mode -- check the spec table above for those details.
The Benq EW3290U is the stronger all-round choice based on its overall score of 3.8/5. That said, if your priority is specifically display image quality and colour accuracy, see the Quick Answer section at the top of this page for use-case-specific recommendations. The Benq MA320U is not a bad choice -- it simply trails on overall specification weight, which may not reflect the single spec most important to your setup.
IPS (In-Plane Switching) panels are the most common in quality monitors -- they offer wide viewing angles and accurate colour reproduction, making them ideal for design work, general use, and brightly lit rooms. VA (Vertical Alignment) panels have a higher native contrast ratio, producing deeper blacks, which benefits dark-room gaming and movie watching. OLED panels work differently: each pixel emits its own light, enabling true blacks, near-infinite contrast, and perfect viewing angles -- at the cost of higher price and some burn-in risk with static content.
For non-gaming use -- web browsing, documents, video calls -- 60Hz to 75Hz is completely adequate and you will not feel the difference from a 144Hz or 240Hz panel. Where higher refresh rates genuinely improve the experience beyond gaming is in cursor smoothness during scrolling and desktop navigation, which some users appreciate. In short: the step from 60Hz to 75Hz has minimal benefit; the step from 60Hz to 144Hz is noticeable but not essential for productivity.
Disclaimer: You can write your own disclaimer from APS Settings -> General -> Disclaimer Note.