Main trade-off
BenQ RD Series 28-inch Programming Monitor
The 3:2 shape is taller than widescreen video, so most films will have unused space above and below.
Head-to-head
BenQ RD280U vs Dell U2724DE: BenQ fits more code vertically, Dell adds 120Hz and wired-network docking
The short answer
Choose RD280U for a taller, denser coding canvas. U2724DE suits a Thunderbolt desk where smooth 120Hz motion and wired networking are priorities.
Before you choose
The reasoning and the trade-offs
Compare detail at the actual screen size
RD280U works out to about 163.7 pixels per inch, versus 108.8 for U2724DE. A denser panel can draw finer text at the same logical size, while comfortable scaling determines workspace.
What this is based on
Pixels per inch = √(width² + height²) / diagonal. Inputs are 3840 × 2560 at 28.2 inches and 2560 × 1440 at 27 inches. Published nominal diagonals make these approximate.
Main trade-off
Dell UltraSharp 27 Thunderbolt Hub Monitor
The native panel is QHD up to 120Hz. Thunderbolt upstream carries video/data and up to 90W only with a compatible host and cable. The separate USB-C upstream is data only, so HDMI/DP hosts also need their video cable and correct USB Selection. Auto KVM requires PBP Off, Auto Select On and Auto Select for Thunderbolt Yes. The USB Switch shortcut is PBP-only.
BenQ RD Series 28-inch Programming Monitor
- Choose it for
- See more document rows
- Prefer a dense 3:2 coding display
- Main trade-off
- The 3:2 shape is taller than widescreen video, so most films will have unused space above and below.
Dell UltraSharp 27 Thunderbolt Hub Monitor
- Choose it for
- Use a Thunderbolt hub workflow
- Want 120Hz scrolling and motion
- Main trade-off
- The native panel is QHD up to 120Hz. Thunderbolt upstream carries video/data and up to 90W only with a compatible host and cable. The separate USB-C upstream is data only, so HDMI/DP hosts also need their video cable and correct USB Selection. Auto KVM requires PBP Off, Auto Select On and Auto Select for Thunderbolt Yes. The USB Switch shortcut is PBP-only.
About this comparison
Choose RD280U for a taller, denser coding canvas. U2724DE suits a Thunderbolt desk where smooth 120Hz motion and wired networking are priorities.
The taller format changes what fits vertically
Winner by situation
Start with what you need it to do
See more document rows
RD280U provides 2560 vertical pixels against U2724DE at 1440. Its taller 3:2 layout is the relevant difference for long documents.
- BenQ RD Series 28-inch Programming Monitor
- Better fit
- Dell UltraSharp 27 Thunderbolt Hub Monitor
- Depends
Use a Thunderbolt hub workflow
U2724DE provides the Thunderbolt-centered hub and wired-networking arrangement. Both models list 90 W charging, so that shared power ceiling does not decide the connection workflow.
- BenQ RD Series 28-inch Programming Monitor
- Depends
- Dell UltraSharp 27 Thunderbolt Hub Monitor
- Better fit
Prefer a dense 3:2 coding display
RD280U uses 3840 × 2560 pixels in a 28.2-inch 3:2 panel. U2724DE is a 27-inch 2560 × 1440 widescreen display.
- BenQ RD Series 28-inch Programming Monitor
- Better fit
- Dell UltraSharp 27 Thunderbolt Hub Monitor
- Depends
Want 120Hz scrolling and motion
U2724DE reaches 120 Hz, twice RD280U's 60 Hz limit. Check the host connection supports that mode.
- BenQ RD Series 28-inch Programming Monitor
- Not suitable
- Dell UltraSharp 27 Thunderbolt Hub Monitor
- Better fit
What matters in practice
The differences that matter
Compare detail at the actual screen size
RD280U works out to about 163.7 pixels per inch, versus 108.8 for U2724DE. A denser panel can draw finer text at the same logical size, while comfortable scaling determines workspace.
How we reached this conclusion
Pixels per inch = √(width² + height²) / diagonal. Inputs are 3840 × 2560 at 28.2 inches and 2560 × 1440 at 27 inches. Published nominal diagonals make these approximate.
Separate native detail from game speed
RD280U draws 9.8 million native pixels per frame and U2724DE 3.7 million. Their refresh ceilings are 60Hz and 120Hz respectively.
How we reached this conclusion
Native pixels = width × height. Refresh interval =1000 / Hz, giving 16.7 and 8.3 ms. These are signal and cadence calculations, not measured frame rates, input lag or pixel response.
BenQ has about 78% more native vertical pixels
RD280U supplies 2560 rows versus U2724DE at 1440, while both list 90W charging.
How we reached this conclusion
(2560 / 1440 - 1) × 100 = 77.8%. This is pixel count, not a promise of 78% more readable code after scaling.
Choice A
BenQ, RD280U
RD Series 28-inch Programming Monitor
A 3:2 screen offers a tall layout for code and documents, with usable space depending on app layout and scaling. USB-C and correctly connected KVM can serve a laptop and desktop.
- Best matched use
- Reading long code files without making the screen wider
Checked facts
- 28.2-inch 3840 by 2560 IPS panel with a 3:2 aspect ratio
- Native refresh up to 60Hz through DP or USB-C, or 50Hz through HDMI, with up to 90W from the video/data USB-C upstream
- 610.4 mm chassis width and 244.5 mm stand depth
- Built-in KVM and USB-C MST display output
Choice B
Dell, U2724DE
UltraSharp 27 Thunderbolt Hub Monitor
Dell U2724DE is a 27-inch native QHD monitor up to 120Hz. A verified Thunderbolt host can use video, data and up to 90W through its proper upstream. Separate USB-C upstream is data only. RJ45 needs upstream data, driver and Ethernet cable, with DP Alt High Resolution limiting USB data to 480 Mbps.
- Best matched use
- A compatible Thunderbolt laptop desk with QHD video, conditional charging and wired networking
Checked facts
- 27-inch 2560 by 1440 IPS Black panel at 120Hz
- Thunderbolt 4 with up to 90-watt power delivery
- DisplayPort output and 2.5GbE networking
Meaningful differences
What changes the fit
| What changes | BenQ RD Series 28-inch Programming Monitor | Dell UltraSharp 27 Thunderbolt Hub Monitor | Why it matters |
|---|---|---|---|
| Native resolution | 3840 × 2560 | 2560 × 1440 | Operating-system scaling changes usable logical workspace. |
| Panel diagonal | 28.2 in | 27 in | A nominal screen class may differ slightly from the measured active diagonal. |
| Maximum refresh | 60Hz | 120Hz | Check the exact input, resolution and overclock conditions. |
| Panel technology | IPS | IPS Black | Panel type alone does not establish a measured color or motion winner. |
| Laptop power | Up to 90W | Up to 90W | Host, cable and negotiated power profile must support the desired delivery. |
| Chassis width | 610.4 mm | Check exact drawing | Allow additional room for cables, arms and neighboring equipment. |
| Stand depth | 244.5 mm | Check exact drawing | The included stand can take more desk depth than the display cabinet. |
What you give up
Every choice has a cost
If you choose BenQ RD Series 28-inch Programming Monitor
- Its 60Hz panel favors reading and development over fast games.
If you choose Dell UltraSharp 27 Thunderbolt Hub Monitor
- RJ45 needs upstream data, the correct Realtek driver and a separately purchased Ethernet cable. DP Alt High Resolution can limit USB data to 480 Mbps, so full 2.5GbE throughput is not promised. More-than-90W laptops need their own supply. Confirm off-mode charging settings and the 612.24 mm width plus 192.28 mm stand depth.
What matters in practice
How to make the call
The taller format changes what fits vertically
BenQ has 2560 pixel rows against Dell at 1440. Comfortable text scaling determines the real code-line gain, but the native vertical headroom is substantial.
Both can charge a typical USB-C work laptop
Each lists up to 90W. Check the laptop power requirement, especially under sustained load, before assuming its original charger can stay in the bag.
Dell exchanges pixels for a faster desktop cadence
U2724DE refreshes at 120Hz, twice BenQ 60Hz. That can make cursor and scrolling movement smoother without improving the number of pixels available for text.
What this comparison cannot tell you
- Pixel density and refresh intervals are calculations from published specifications, not a measured visual-quality or latency test.
- USB-C power is a maximum negotiated ceiling. It does not promise full-speed charging for every laptop.
What the facts say
What the comparison shows
Useful conclusions from the current computer monitors comparison, followed by the checked facts used to reach them.
Compared set
All 50 models remain in view on this guide. The answer comes from the facts and trade-offs shown on the page.
50 matching models from 50 checkedMeasured difference
Dell UltraSharp 27 Thunderbolt Hub Monitor lists 120 Hz for maximum refresh rate, 100% above BenQ RD Series 28-inch Programming Monitor at 60 Hz.
- BenQ RD Series 28-inch Programming Monitor
- 60 Hz
- Dell UltraSharp 27 Thunderbolt Hub Monitor
- 120 Hz
- Comparable models
- 44 of 50
See the checked facts and calculation notes
Match countNo matcher need is preselected here. Open the matcher to add the needs that apply to your home, room or setup.
Calculation noteThis uses the highest published refresh mode. Resolution, connection and color settings can limit when that rate is available. 44 of 50 models have comparable published figures for context.
| Product | Needs matched | Checked facts | Source records |
|---|---|---|---|
| BenQ RD Series 28-inch Programming Monitor | No positive match recorded for these needs |
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| Dell UltraSharp 27 Thunderbolt Hub Monitor | No positive match recorded for these needs |
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Ready to choose?
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BenQ RD Series 28-inch Programming Monitor
See more document rows
See price & reviews on AmazonDell UltraSharp 27 Thunderbolt Hub Monitor
Use a Thunderbolt hub workflow
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