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93
Highlights
48
Differences
5
Reactions
0
Likes
Optoma UHD38
vs
BenQ TK710:
93 Highlights & 48 Differences —
So, Which Projector Actually Works Better
This comparison breaks down key specs and user benefits. Find out which projector suits your gaming and home cinema needs.
We put Optoma UHD38 and BenQ TK710 head to head to see which projector wins. Compare their features, pros, and product type, native resolution, throw ratio & lens material in this deep dive.
Replacement Lamp Model: Laser Module
Defines the type or class of replacement lamp or light module compatible with the projector.
with 15 points higher
Replacement Lamp Model: Laser Module
Defines the type or class of replacement lamp or light module compatible with the projector.
with 15 points higher
Comparing the Optoma UHD38 and BenQ TK710: Brightness Meets Color Precision
When it comes to home theater projectors, both the Optoma UHD38 and the BenQ TK710 cater to enthusiasts seeking 4K UHD visuals crafted through advanced DLP projection technology. These models share some foundational features such as pixel-shifting for enhanced clarity, icon-based menus with backlit remote controls, and support for Dolby Audio, which promise immersive audiovisual experiences. Yet, they diverge significantly in several key aspects, including brightness output, lens quality, connectivity options, and pricing; elements that ultimately shape their suitability for different environments and user preferences.
Both projectors deliver sharp images powered by 0.47" imaging chips and support manual focus, but their throw ratios and screen-size capabilities differ notably. The Optoma UHD38 leans toward high brightness with 4000 lumens, accommodating large-scale projections up to 300 inches through a long throw ratio of 1.5-2.5+. Meanwhile, the BenQ TK710, with a somewhat softer brightness of 3200 lumens, favors greater installation flexibility thanks to its standard throw ratio of 1.0-1.5 and horizontal keystone correction up to 30°. These core differences reflect their orientation: Optoma targets brightly lit rooms, while BenQ emphasizes versatile placement and refined image quality.
Unique Qualities of the Optoma UHD38: Brightness and Traditional Connectivity
The Optoma UHD38 stands out primarily for its impressive brightness level, a robust 4000 lumens, which makes it exceptionally suitable for spaces with ambient lighting. This high brightness is complemented by a fast color wheel speed exceeding 8x, which aims to maintain vivid and vibrant color performance in various conditions. Although its sharpness enhancement is minimal (rated 0-1), it employs advanced image scaling engines to preserve picture fidelity.
The projector includes a plastic lens with a modest aperture size of 2, but balances its build by integrating legacy connectivity options like RS-232 and VGA ports, which are increasingly rare yet indispensable for integrating with older AV equipment. Its design is compact, with a width of 10.6 inches and a depth of around 4.64 inches, making it one of the more space-conscious 4K projectors. Additionally, the device supports an eco mode that cuts power consumption by about 20%, improving its energy efficiency during less intense use.
Another highlight is the built-in speaker system, which delivers a stronger sound output at 10 watts compared to its competitor, enhancing usability without immediately requiring external speakers. The user interface is intuitive, with a two-second input switching speed and quick settings menus that accommodate fast-paced content switching.
Strengths of the BenQ TK710: Color Fidelity and Modern Connectivity
The BenQ TK710 targets discerning viewers who prioritize color accuracy and flexible installation options. It's 4K native resolution utilizes balanced sharpness enhancement rated between 2 and 4, alongside specialized skin tone correction technology; features that work together to deliver more lifelike and natural images. The projector's glass lens, rated with an aperture size of 2.48, benefits from a dustproof design that enhances durability and image clarity over time, making it ideal for less controlled environments.
With a throw ratio ranging from 1.0 to 1.5 and horizontal keystone correction of up to 30°, the TK710 can adapt to a variety of room layouts, including non-ideal projector placements. This versatility supports setups in apartments or spaces where the projector cannot be placed directly in front of the screen.
One of BenQ's defining features is its inclusion of Wi-Fi (both 2.4GHz and 5GHz bands) and Bluetooth audio output, facilitating seamless wireless streaming and external audio device connectivity,y even though it lacks built-in streaming apps. While the internal speakers output a quieter 5 watts, the wireless audio feature offers an advantage in flexibility for pairing with quality external sound systems.
The unit also exhibits an enhanced dust resistance rating, a key consideration for longevity and consistency in image quality. Despite consuming slightly less power (275W normal mode), it lacks an eco mode, which means it may have higher idle consumption compared to the Optoma.
Quick Take
The Optoma UHD38 shines brightest in well-lit rooms with its powerful 4000 lumens output and boasts a louder built-in speaker coupled with traditional connections like RS-232 and VGA ports. Meanwhile, the BenQ TK710 impresses with superior image refinement due to balanced sharpness enhancement, skin tone correction, dustproof glass lens, and modern wireless options like Wi-Fi and Bluetooth audio output.
Bottom Line: Which Projector Should You Pick?
For those who need high brightness and value legacy connectivity alongside louder speakers, the Optoma UHD38 emerges as a cost-effective winner, especially considering its pricing at around $1199 $1199 at amazon.com. However, if your priorities lean toward nuanced color performance, wireless convenience, and installation versatility, and you're willing to invest more, the BenQ TK710, priced closer to $1798, stands as the more fitting option.
Verdict
Winner: Optoma UHD38 - Offers superior brightness, louder speakers, and traditional legacy ports all at a more accessible price point, making it ideal for bright environments and classic AV setups.
Runner-up: BenQ TK710 - Delivers enhanced color accuracy, dustproof durability, and wireless connectivity, better for users prioritizing installation flexibility and image fidelity despite its higher cost.
Side by side. The numbers. The features. No drama.
Trying to choose between Optoma UHD38 and BenQ TK710? This versus breakdown covers everything — specs, pros and cons, pricing, what users like (and don’t), and which projector makes more sense for your needs and budget.
What is the maximum supported resolution of this projector?
77
Optoma UHD38
0Votes
4K
42
BenQ TK710
0Votes
4K
Optoma UHD38
The maximum supported resolution is 4K, providing sharp and detailed images.
The highest resolution signal the projector can accept.
In the battle of Maximum Supported Resolution,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Maximum Supported Resolution on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Optoma UHD38 delivers a Brightness Output of 4000 lumens, whereas BenQ TK710 offers 3200 lumens, making Optoma brighter and more suitable for well-lit environments.
Indicates overall light output for visibility in ambient light.
In the battle of Brightness Output,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
800.0 lumen
measurement.
Based on community votes for Brightness Output,
Optoma UHD38 ◉ earned
1 votes,
more than
BenQ TK710 ◉,
which got 0 votes.
Optoma UHD38 has a Sharpness Enhancement Type of 0–1 (Minimal) while BenQ TK710 supports 2–4 (Balanced), meaning BenQ offers more pronounced sharpness adjustments.
What is the sharpness enhancement level?
In the battle of Sharpness Enhancement Type,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
, delivering
lower
5 score
measurement.
Based on community votes for Sharpness Enhancement Type,
Optoma UHD38 ◉ earned
0 votes,
less than
BenQ TK710 ◉,
which got 1 votes.
Frame Interpolation is not supported on Optoma UHD38 but is unavailable for BenQ TK710, signifying both do not offer this feature or it is unspecified for BenQ.
Allows smoother motion for sports and fast scenes.
In the battle of Frame Interpolation,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Frame Interpolation on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Peak ANSI Lumens
What is the peak ANSI lumens of this projector?
4,000
lumen
0Votes
3,200
lumen
0Votes
Optoma UHD38
Peak ANSI brightness is 4000 lumens, confirming strong output in various lighting conditions.
BenQ TK710
The projector can achieve a peak brightness of 3200 lumen (ANSI), ensuring a vibrant and clear image even in moderately lit environments.
Industry-standard brightness measurement using ANSI method.
In the battle of Peak ANSI Lumens,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
800.0 lumen
measurement.
Don’t keep it to yourself — be the first to react and review the
Peak ANSI Lumens on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Dynamic Lumens
What is the dynamic lumens rating?
4,000
lumen
0Votes
3,500
lumen
0Votes
Optoma UHD38
With a brightness of 4000 lumens, this projector provides a strong light output suitable for well-lit rooms and large venues.
Measures boosted brightness in enhanced dynamic modes.
In the battle of Dynamic Lumens,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
500.0 lumen
measurement.
Don’t keep it to yourself — be the first to react and review the
Dynamic Lumens on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Color Gamut Coverage
What is the color gamut coverage?
100
%
0Votes
95
%
0Votes
Optoma UHD38
Color gamut coverage is 100%, ensuring vibrant and accurate color reproduction.
Indicates percent coverage of color spaces such as Rec.709 or DCI-P3.
In the battle of Color Gamut Coverage,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
5.0 %
measurement.
Don’t keep it to yourself — be the first to react and review the
Color Gamut Coverage on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Color Bit Depth
What is the color bit depth?
10
bit
0Votes
10
bit
0Votes
Optoma UHD38
Color bit depth is 10 bit, providing rich and smooth color gradation for accurate images.
Determines how finely color gradients are rendered.
In the battle of Color Bit Depth,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
, delivering
equal
10.00 bit
measurement.
Don’t keep it to yourself — be the first to react and review the
Color Bit Depth on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
HDR Format Support
What HDR formats does this projector support?
42
Optoma UHD38
0Votes
HDR10, HLG
7
BenQ TK710
0Votes
HDR10, HLG
Optoma UHD38
HDR formats supported include HDR10 and HLG, enhancing contrast and color range with compatible content.
Specifies which HDR formats the projector can display.
In the battle of HDR Format Support,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
HDR Format Support on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Refresh Rate
What is the refresh rate?
240
Hz
0Votes
240
Hz
0Votes
Optoma UHD38
The refresh rate is 240 Hz, an excellent spec for smooth motion and low latency especially in gaming.
Determines motion smoothness for gaming and video.
In the battle of Refresh Rate,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
, delivering
equal
240.00 Hz
measurement.
Don’t keep it to yourself — be the first to react and review the
Refresh Rate on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Contrast Ratio
What is the contrast ratio of this projector?
0
Optoma UHD38
0Votes
1,000,000:1
0
BenQ TK710
0Votes
600,000:1
Represents the difference between the darkest black and brightest white produced by the projector.
In the battle of Contrast Ratio,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Contrast Ratio on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Dynamic Contrast Ratio
Deep dynamic contrast at :val.
0
Optoma UHD38
0Votes
1,000,000:1
0
BenQ TK710
0Votes
500,000:1+
What is the dynamic contrast ratio?
In the battle of Dynamic Contrast Ratio,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Dynamic Contrast Ratio on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
HDR Peak Brightness
What is the HDR peak brightness?
4,000
lumen
0Votes
3,200
lumen
0Votes
How bright the projector can go during HDR highlights.
In the battle of HDR Peak Brightness,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
800.0 lumen
measurement.
Don’t keep it to yourself — be the first to react and review the
HDR Peak Brightness on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Motion Processing Type
Smooth motion processing with level :val.
7
Optoma UHD38
0Votes
0–1 (Minimal)
0
BenQ TK710
0Votes
0–1 (Minimal)
What is the motion processing level?
In the battle of Motion Processing Type,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
7 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Motion Processing Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Vertical keystone correction up to ±40 degrees allows flexible projector placement off-axis with minimized distortion.
Vertical angle adjustment to correct image distortion.
In the battle of Keystone Correction Vertical,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
10.0 degree
measurement.
Don’t keep it to yourself — be the first to react and review the
Keystone Correction Vertical on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
Optoma UHD38
(Help us out by suggesting one!)
30
degree
1Votes
vs
Keystone Correction Horizontal
Keystone Correction Horizontal is unavailable for Optoma UHD38 but is 30 degrees for BenQ TK710, enabling BenQ to better correct horizontal image distortion.
Horizontal angle adjustment to correct image distortion.
Based on community votes for Keystone Correction Horizontal,
Optoma UHD38 ◉ earned
0 votes,
less than
BenQ TK710 ◉,
which got 1 votes.
Optoma UHD38 has a Throw Ratio of 1.5–2.5+ (Long Throw) compared to BenQ TK710's 1.0–1.5 (Standard), meaning BenQ offers a shorter throw range suitable for smaller rooms.
What is the throw ratio?
In the battle of Throw Ratio,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
15 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Throw Ratio on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Does this projector support ultra short throw projection?
No
0Votes
Optoma UHD38
No
0Votes
BenQ TK710
vs
Ultra Short Throw
Ultra Short Throw feature is not available on Optoma UHD38 and unknown for BenQ TK710, which likely indicates neither are ultra short throw projectors.
Indicates whether the projector can project large images at extremely short distances.
In the battle of Ultra Short Throw,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Ultra Short Throw on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
vs
Screen Size Maximum
The maximum Screen Size for Optoma UHD38 is 300 inches while this information is unavailable for BenQ TK710, giving Optoma an explicit large projection capability.
Largest supported diagonal projection size.
Don’t keep it to yourself — be the first to react and review the
Screen Size Maximum on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Projection Alignment Type
What is the projection alignment type?
52
Optoma UHD38
0Votes
Front,Tabletop
22
BenQ TK710
0Votes
Front
Optoma UHD38
This projector is designed for front projection on tabletop setups, which is the most common arrangement for home use.
BenQ TK710
The projector is designed for Front projection, meaning it is typically placed in front of the screen.
Describes how the projector aligns with the screen.
In the battle of Projection Alignment Type,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
30 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Projection Alignment Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Minimum Throw Distance
What is the minimum throw distance?
3.9
ft
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Optoma UHD38
The minimum throw distance is 3.9 feet (1.19 meters), meaning the projector must be placed at least this far from the screen.
Closest usable distance between projector and screen.
Don’t keep it to yourself — be the first to react and review the
Minimum Throw Distance on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Maximum Throw Distance
What is the maximum throw distance?
32.8
ft
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Optoma UHD38
The maximum throw distance is 32.8 feet (10.0 meters), allowing placement flexibility for large venues.
Maximum distance at which the projector can achieve a proper image.
Don’t keep it to yourself — be the first to react and review the
Maximum Throw Distance on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Auto Keystone
Does this projector support auto keystone?
No
0Votes
Optoma UHD38
Yes
0Votes
BenQ TK710
BenQ TK710
Automatic keystone correction is supported, simplifying setup by automatically squaring the image even if the projector is not perfectly aligned.
Automatically corrects keystone distortion.
In the battle of Auto Keystone,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Auto Keystone on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Lens Shift Vertical
What is the vertical lens shift?
Who knows?
0Votes
Optoma UHD38
(Help us out by suggesting one!)
10
%
0Votes
BenQ TK710
Vertical lens shift allows the image to be moved up or down by 10% of the screen height without distorting the picture, offering greater flexibility during installation.
Vertical lens movement for distortion-free positioning.
Don’t keep it to yourself — be the first to react and review the
Lens Shift Vertical on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Digital Zoom Level
Useful zoom reaching :valx.
67
Optoma UHD38
0Votes
1.1x–1.5x (Moderate)
32
BenQ TK710
0Votes
1.1x–1.5x (Moderate)
BenQ TK710
The digital zoom level ranges from 1.1x–1.5x (Moderate), allowing for fine adjustments to image size without physically moving the projector.
What is the digital zoom level?
In the battle of Digital Zoom Level,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Digital Zoom Level on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Optical Zoom Level
High-quality optical zoom at :valx.
17
Optoma UHD38
0Votes
1.1x (Entry)
12
BenQ TK710
0Votes
1.3x (Standard)
Optoma UHD38
The optical zoom level is entry level at 1.1x, suitable for basic size adjustments without lens shifting.
What is the optical zoom level?
In the battle of Optical Zoom Level,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
5 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Optical Zoom Level on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Screen Size Minimum
What is the minimum supported screen size?
33
inch
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Optoma UHD38
The minimum screen size supported is 33 inches (83.82 cm), suitable for relatively small viewing areas.
Smallest supported diagonal projection size.
Don’t keep it to yourself — be the first to react and review the
Screen Size Minimum on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Lens Shift Horizontal
What is the horizontal lens shift?
Who knows?
0Votes
Optoma UHD38
(Help us out by suggesting one!)
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Horizontal lens movement to fine-tune placement.
Don’t keep it to yourself — be the first to react and review the
Lens Shift Horizontal on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
The Aperture Size is f/2 for Optoma UHD38 and f/2.48 for BenQ TK710, meaning Optoma has a slightly larger aperture allowing potentially more light throughput.
Specifies the optical aperture size affecting brightness and depth.
In the battle of Aperture Size,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
lower
0.5 f-stop
measurement.
Don’t keep it to yourself — be the first to react and review the
Aperture Size on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Lens Replacement Compatibility is not supported by Optoma UHD38 and is unavailable for BenQ TK710, indicating both likely do not support lens changes.
Indicates whether the projector's lens can be replaced or upgraded.
In the battle of Lens Replacement Compatibility,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Lens Replacement Compatibility on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Auto Focus
Does this projector support auto focus?
No
0Votes
Optoma UHD38
No
0Votes
BenQ TK710
Indicates whether the projector can automatically adjust focus.
In the battle of Auto Focus,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Auto Focus on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Manual Focus Range
What is the manual focus range?
62
Optoma UHD38
0Votes
Manual focus ring adjustment
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Indicates the distance range manual focus can adjust for.
Don’t keep it to yourself — be the first to react and review the
Manual Focus Range on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Lens Motor Noise Level
What is the lens motor noise level?
0
dB
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Measures noise generated during lens adjustments.
Don’t keep it to yourself — be the first to react and review the
Lens Motor Noise Level on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
vs
Light Source Power Output
Optoma UHD38 has a Light Source Power Output of 240 Watts, while this value is unavailable for BenQ TK710, making it unclear which has a more powerful light source.
Indicates the wattage of the light source, affecting brightness potential.
Don’t keep it to yourself — be the first to react and review the
Light Source Power Output on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
What is the light uniformity rating of this projector?
72
Optoma UHD38
0Votes
High
37
BenQ TK710
0Votes
High
vs
Light Uniformity Rating
Light Uniformity Rating is High for both Optoma UHD38 and BenQ TK710, promising consistent brightness across the image.
Indicates how evenly brightness is distributed across the screen.
In the battle of Light Uniformity Rating,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Light Uniformity Rating on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Light Source Lifetime Eco Mode
What is the light source lifetime in eco mode?
15,000
hour
0Votes
20,000
hour
0Votes
Optoma UHD38
The light source lifetime in eco mode is 15,000 hours, which extends the usage period before replacement.
BenQ TK710
In Eco Mode, the light source is rated for an impressive lifetime of 20000 hour, significantly reducing the need for maintenance.
Estimated lifespan of the light source in eco mode.
In the battle of Light Source Lifetime Eco Mode,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
, delivering
lower
5,000.0 hour
measurement.
Don’t keep it to yourself — be the first to react and review the
Light Source Lifetime Eco Mode on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Light Source Type
What is the light source type?
37
Optoma UHD38
0Votes
Lamp
52
BenQ TK710
0Votes
Laser
Optoma UHD38
The projector uses a lamp as its light source, typical for this class of projectors with known brightness and color characteristics.
Defines the illumination technology powering the projector.
In the battle of Light Source Type,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
, delivering
lower
15 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Light Source Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Light Source Lifetime Normal Mode
What is the light source lifetime in normal mode?
4,000
hour
0Votes
20,000
hour
0Votes
Estimated lifespan in standard usage mode.
In the battle of Light Source Lifetime Normal Mode,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
, delivering
lower
16,000.0 hour
measurement.
Don’t keep it to yourself — be the first to react and review the
Light Source Lifetime Normal Mode on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Cool-Down Time
What is the cool-down time?
60
second
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Time required before the projector safely powers off.
Don’t keep it to yourself — be the first to react and review the
Cool-Down Time on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Light Flicker Control
Does this projector include light flicker control?
Yes
0Votes
Optoma UHD38
Yes
0Votes
BenQ TK710
Indicates whether flicker reduction technology is implemented.
In the battle of Light Flicker Control,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
18 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Light Flicker Control on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Optoma UHD38 has a Color Wheel Speed of 8x+ compared to BenQ TK710's 6x, indicating faster color wheel speed for Optoma which may enhance color performance.
Defines the rotational speed of the DLP color wheel, affecting color accuracy and rainbow artifact reduction.
In the battle of Color Wheel Speed (for DLP),
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
55 score
measurement.
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Color Wheel Speed (for DLP) on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Image Processor Type
What is the image processor type?
57
Optoma UHD38
0Votes
Advanced
22
BenQ TK710
0Votes
Advanced
Optoma UHD38
The image processor type is advanced, enhancing image quality and processing speed.
BenQ TK710
The projector features an Advanced image processor, which helps optimize visual quality for various content types and resolutions.
Specifies the processing engine that handles color, scaling, and image optimization.
In the battle of Image Processor Type,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Image Processor Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Image Processing Bit Depth
What is the image processing bit depth?
10
bit
0Votes
10
bit
0Votes
Optoma UHD38
Image processing bit depth of 10 bits helps produce smooth gradients and reduce banding in images.
BenQ TK710
With a 10-bit image processing bit depth, the projector can display over a billion colors, ensuring smooth gradients and rich color reproduction.
Indicates color precision and gradient smoothness.
In the battle of Image Processing Bit Depth,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
, delivering
equal
10.00 bit
measurement.
Don’t keep it to yourself — be the first to react and review the
Image Processing Bit Depth on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Noise Reduction Type
What type of noise reduction does this projector use?
47
Optoma UHD38
0Votes
Standard
12
BenQ TK710
0Votes
Standard
Optoma UHD38
Noise reduction is standard, helping reduce image artifacts in video playback.
Indicates the technique used to reduce visual noise and artifacts for a cleaner image.
In the battle of Noise Reduction Type,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Noise Reduction Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Color Calibration Profiles
What color calibration profiles are available?
60
Optoma UHD38
0Votes
sRGB, Rec709, Cinema, Game
24
BenQ TK710
0Votes
Rec709, Cinema, Game
Predefined settings for accurate color reproduction.
In the battle of Color Calibration Profiles,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
36 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Color Calibration Profiles on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
The projector features a Mono speaker configuration, which provides basic audio output. For a more immersive experience, external audio systems are recommended.
Describes the speaker layout inside the projector.
In the battle of Speaker Configuration,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
27 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Speaker Configuration on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
What on-screen menu features does this projector offer?
77
Optoma UHD38
0Votes
Quick Settings, Advanced Settings, Icon-Based Menu
42
BenQ TK710
0Votes
Quick Settings, Advanced Settings, Icon-Based Menu
vs
On-Screen Menu Features
Both projectors have On-Screen Menu Features including Quick Settings, Advanced Settings, and Icon-Based Menu, providing similar user interface breadth.
Describes navigational and functional features available inside the on-screen display (OSD) menu.
In the battle of On-Screen Menu Features,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
On-Screen Menu Features on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Power Consumption Normal Mode is 300 Watts for Optoma UHD38 and 275 Watts for BenQ TK710, with BenQ being slightly more energy efficient.
Average power usage while running at full performance.
In the battle of Power Consumption Normal Mode,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
, delivering
higher
25.0 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Power Consumption Normal Mode on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
Optoma UHD38
(Help us out by suggesting one!)
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
vs
Surge Protection
Surge Protection is not available on Optoma UHD38 and unknown for BenQ TK710, meaning Optoma lacks built-in surge safety.
Indicates whether built-in surge protection is included.
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Surge Protection on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Power Cord Length
What is the power cord length?
6
ft
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Optoma UHD38
The power cord length is 6 feet (1.83 meters), providing moderate placement flexibility.
Length of included power cable.
Don’t keep it to yourself — be the first to react and review the
Power Cord Length on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Thermal Control Technology
What thermal control technology does this projector use?
67
Optoma UHD38
0Votes
Advanced Cooling
62
BenQ TK710
0Votes
Intelligent Cooling
BenQ TK710
Equipped with Intelligent Cooling technology, the projector optimizes fan speed to maintain optimal operating temperature, reducing noise and extending component lifespan.
Defines the system used to manage heat and maintain safe operating temperatures.
In the battle of Thermal Control Technology,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
5 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Thermal Control Technology on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Power Consumption Eco Mode
What is the power consumption in eco mode?
240
Watt
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Reduced power usage when operating in eco mode.
Don’t keep it to yourself — be the first to react and review the
Power Consumption Eco Mode on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Power Supply Type
What is the power supply type?
67
Optoma UHD38
0Votes
Internal
32
BenQ TK710
0Votes
Internal
Indicates whether the power supply is built-in or external.
In the battle of Power Supply Type,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
35 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Power Supply Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Heat Output
What is the heat output?
0
BTU
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Measures emitted heat during operation.
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Heat Output on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Operating Power Frequency
What is the operating power frequency?
60
Hz
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Indicates supported AC frequency.
Don’t keep it to yourself — be the first to react and review the
Operating Power Frequency on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Power-On Time
What is the power-on time?
30
second
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Time required for the projector to turn on and display an image.
Don’t keep it to yourself — be the first to react and review the
Power-On Time on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Mounting Type for Optoma UHD38 is Tabletop, whereas BenQ TK710 supports both Tabletop and Ceiling mounting, offering more installation flexibility for BenQ.
Describes available mounting configurations.
In the battle of Mounting Type,
Optoma UHD38 ◉ is
better than
BenQ TK710 ◉
, delivering
higher
17 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Mounting Type on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Operating Temperature Minimum is 41°F for Optoma UHD38 and 32°F for BenQ TK710, enabling BenQ to operate in colder environments.
Minimum safe temperature at which the projector can operate.
In the battle of Operating Temperature Minimum,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
, delivering
higher
9.0 °F
measurement.
Don’t keep it to yourself — be the first to react and review the
Operating Temperature Minimum on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
vs
Operating Humidity Range
Operating Humidity Range is 10–85% non-condensing for Optoma UHD38 and unavailable for BenQ TK710, meaning Optoma provides more detailed usage conditions.
Acceptable humidity levels for proper operation.
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Operating Humidity Range on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
vs
Storage Humidity Range
Storage Humidity Range is 10–85% non-condensing for Optoma UHD38 and unavailable for BenQ TK710, so only Optoma specifies this environmental tolerance.
Humidity levels tolerated during storage.
Don’t keep it to yourself — be the first to react and review the
Storage Humidity Range on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
vs
Eco Mode Power Reduction Percentage
Eco Mode Power Reduction Percentage is 20% for Optoma UHD38 and unavailable for BenQ TK710, indicating Optoma offers measurable power saving in eco mode.
Amount of power saved when using eco mode.
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Eco Mode Power Reduction Percentage on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Operating Temperature Maximum
What is the maximum operating temperature?
104
°F
0Votes
104
°F
0Votes
Optoma UHD38
The maximum operating temperature is 104°F (40.0°C), indicating the maximum ambient temperature for safe operation.
Maximum safe temperature for normal operation.
In the battle of Operating Temperature Maximum,
Optoma UHD38 ◉ is
same as
BenQ TK710 ◉
, delivering
equal
104.00 °F
measurement.
Don’t keep it to yourself — be the first to react and review the
Operating Temperature Maximum on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Storage Temperature Maximum
What is the maximum storage temperature?
140
°F
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Optoma UHD38
The maximum storage temperature of 140°F (60.0°C) indicates the device should not be stored in environments exceeding this heat level to avoid damage or degradation.
Maximum temperature the projector can handle when stored.
Don’t keep it to yourself — be the first to react and review the
Storage Temperature Maximum on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Storage Temperature Minimum
What is the minimum storage temperature?
-4
°F
0Votes
Who knows?
0Votes
BenQ TK710
(Help us out by suggesting one!)
Minimum safe temperature for storing the projector.
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Storage Temperature Minimum on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
Light Spill Control
Does this projector have light spill control?
No
0Votes
Optoma UHD38
Yes
0Votes
BenQ TK710
Indicates measures used to contain unwanted light scatter.
In the battle of Light Spill Control,
Optoma UHD38 ◉ is
worse than
BenQ TK710 ◉
.
Don’t keep it to yourself — be the first to react and review the
Light Spill Control on Optoma UHD38 ◉
vs BenQ TK710 ◉ and help others decide!
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Recaptor
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