The catch
BenQ TK710
Premium RGB-laser models cover the wider cinema gamuts, while this model's color coverage peaks at roughly Rec.709.
Side by side
Pick the TK710 for a closer gaming installation. The LS11000 suits a permanent theater with a long throw and a preference for simultaneous-color 3LCD.
Before you buy
A 120-inch 16:9 picture needs 10 to 13.1 ft from lens to screen with the BenQ TK710, and 11.8 to 24.8 ft with the Epson Home Cinema LS11000.
Where this comes from
Width = diagonal × 16 / √337, which is 104.6 inches at 120 inches. Times each documented throw endpoint, divided by 12, that gives feet. Digital zoom, keystone, cabinet offset and lens-shift limits are not included.
The catch
Premium RGB-laser models cover the wider cinema gamuts, while this model's color coverage peaks at roughly Rec.709.
The catch
You need your own source device and sound system, since there's neither a streaming platform nor speakers built in.


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For a closer gaming installation, TK710 is the choice, while LS11000 suits a permanent theater with a long throw and a preference for simultaneous-color 3LCD.
With a rear shelf, Epson may be the only optical fit
Which one fits
The TK710 starts at a 1.15 throw and the LS11000 starts farther back. Before picking a projector for a shallow room, check the calculated lens distance for your screen.
The LS11000 reaches a 2.84 throw, while the TK710 stops at 1.5. If the rear mount sits beyond BenQ's range, Epson may be the only optical fit for the planned picture.
From the lens, 10 to 13.1 ft is the range for the BenQ TK710 and 11.8 to 24.8 ft for the Epson Home Cinema LS11000. Check cabinet and mounting clearances separately.
None is the documented platform for both the BenQ TK710 and the Epson Home Cinema LS11000. Confirm the exact US model and the apps you need. Do not rely on a similar name or older generation.
In practice
A 120-inch 16:9 picture needs 10 to 13.1 ft from lens to screen with the BenQ TK710, and 11.8 to 24.8 ft with the Epson Home Cinema LS11000.
Width = diagonal × 16 / √337, which is 104.6 inches at 120 inches. Times each documented throw endpoint, divided by 12, that gives feet. Digital zoom, keystone, cabinet offset and lens-shift limits are not included.
The BenQ TK710 lists 3200 ANSI lumens and the Epson Home Cinema LS11000 lists 2500 ISO. These sit under different labeled standards, so no brightness multiplier is worked out from them.
The published inputs, exactly, are 3200 ANSI for BenQ TK710 and 2500 ISO for Epson Home Cinema LS11000. A percentage is shown only for the same labeled standard. Manufacturer methods, calibration and picture modes can still differ.
A much longer optical range and 3LCD simultaneous color come together in the LS11000. The TK710 instead suits a closer, single-chip DLP gaming installation.
The LS11000 is specified at a 1.35 to 2.84 throw with 3LCD, and the TK710 at a 1.15 to 1.5 throw with single-chip DLP.
Plug in your numbers
This checks hard limits only. Personal preferences are left out of the math.
For a 120-inch 16:9 picture, the calculated lens range is about 10.02 to 13.07 ft. You entered 9.50 ft.
For a 120-inch 16:9 picture, the calculated lens range is about 11.77 to 24.75 ft. You entered 9.50 ft.
Measure distance from the lens to the screen. The math assumes a 16:9 picture and uses the verified throw range for each exact model.

BenQ, TK710
This bright laser DLP is aimed at fast console and PC play. It has vertical lens shift and a compact standard-throw body.

Epson, V11HA48020
For fixed theaters, this motorized 3LCD laser projector offers broad lens memory and 4K120 input, and it has no sequential-color rainbow mechanism.
Spec by spec
| Spec | BenQ TK710 | Epson Home Cinema LS11000 | In practice |
|---|---|---|---|
| Optical throw ratio | 1.15 to 1.5 | 1.35 to 2.84 | Distance runs from the lens to the screen and is calculated from the image width. |
| Lens distance for 120 inches | 10 to 13.1 ft | 11.8 to 24.8 ft | The calculation assumes 16:9 and optical adjustment alone. Cabinet depth and cable clearance come on top. |
| Published image-size range | 30 to 300 in | 50 to 300 in | A supported maximum is no guarantee of a bright picture in your room. |
| Published light output | 3200 ANSI lumens | 2500 ISO lumens | You cannot swap one measurement standard or picture mode for another. |
| Display architecture | single-chip-dlp | 3lcd | Viewers who are sensitive to rainbow flashes may care about single-chip sequential color. |
| Streaming platform | None | None | Before you add a separate streamer, confirm the exact US edition and the apps you need. |
Trade-offs
Decision guide
For a closer gaming installation, pick TK710. LS11000 suits a permanent theater with a long throw and a preference for simultaneous-color 3LCD.
The LS11000 reaches a 2.84 throw, whereas the TK710 stops at 1.5. In a long room, that alone can rule out BenQ before picture preferences come into play.
Epson's 3LCD gives simultaneous color, while BenQ uses single-chip DLP, so a buyer who sees sequential-color flashes should weigh that difference carefully.
A full streaming system isn't supplied with either reviewed base model. Plan HDMI sources, sound and cable routing alongside the projector instead of spending the whole budget on the chassis.
By the numbers
What we found across the home projectors we compare, plus the checked facts behind each finding.
Only 1 of the 90 models checked meet every need here: “Family movie nights happen in our living room”, “I cannot move the position of my shelf or ceiling mount”, and “I want Netflix working from day one”.
1 model fits, out of 90 checkedHow we countedThe count uses each product's current fit ratings for “Family movie nights happen in our living room”, “I cannot move the position of my shelf or ceiling mount”, and “I want Netflix working from day one”. A need with no documented match is not counted.
| Product | Needs it meets | Facts we checked | Sources |
|---|---|---|---|
| BenQ TK710 |
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| Epson Home Cinema LS11000 |
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Ready to buy
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