XGIMI HORIZON 20 Max

$2,999
XGIMI HORIZON 20 Max front view in Elephant Grey: black IMAX Enhanced panel and red-ringed lens above a perforated Harman Kardon speaker grille, on a tilting stand, white background
BrandXGIMI · HORIZON
TypeHome cinema
ReleasedOctober 15, 2025
Resolution4K UHD
HDR formatsHDR10+, Dolby Vision
Imaging technologyDLP
Light source typeRGB triple laser
ISO light output5,700 lm
Throw ratio1.2–1.5:1
Input lag (rated)1920×1080 @ 240 Hz: 1 ms · 1920×1080 @ 120 Hz: 2.2 ms · 3840×2160 @ 60 Hz: 3 ms

A 4K DLP home projector with an RGB triple-laser light source, rated by XGIMI at 5,700 ISO lumens, the brightest of the three HORIZON 20 models. It adds optical zoom and lens shift (V ±120%, H ±45%), Dolby Vision and HDR10+ support, 1080p at 240 Hz gaming mode with 1 ms rated latency, Google TV and 2 x 12 W Harman Kardon speakers. Laurent Willen measured up to about 4,500 lumens in the unusable high-power mode and about 3,300 at brightness level 10.

Data sheet

Picture

Imaging technologyDLP
Technology brandDLP
Chip / panel diagonal0.47 in
Native aspect ratio16:9
Addressable resolution3840 × 2160
Dynamic contrast20,000:1
BT.2020 gamut110%
Gamut metricArea
HDR formatsHDR10+, Dolby Vision
Frame interpolation (MEMC)Yes
Max refresh rate1920×1080: 240 Hz · 3840×2160: 60 Hz
Input lag (rated)1920×1080 @ 240 Hz: 1 ms · 1920×1080 @ 120 Hz: 2.2 ms · 3840×2160 @ 60 Hz: 3 ms
Game Mode, AK (auto keystone) off
3D supportYes
3D formatsFrame packing, Side-by-side

Optics

Throw ratio1.2–1.5:1
Zoom typeOptical
Zoom ratio1.25×Derived
FocusAuto
Vertical lens shift±120%
Horizontal lens shift±45%
Image size range40–300 in

Light source

Light source typeRGB triple laser
Light source detailX-Master RGB triple laser engine
Light-source dimmingManual steps
ISO light output5,700 lm
ISO 21118

Audio

Speaker power24 W
Speaker count2
Audio partnerHarman/Kardon
DTSYes
Audio outputs3.5 mm, Optical, HDMI eARC
HDMI eARCYes

Inputs, control & connectivity

Firmware / software

Smart OSGoogle TV
NetflixNative
CastingChromecast built-in, DLNA
SoCMT9679
Update policySecurity updates until Oct 15th 2027

Environment & power

Operating temperature0–40°C
Operating orientationsTable, Ceiling, Rear
Rated voltage100–240 V
Rated frequency50–60 Hz
Power consumption (max)280 W
Power consumption by modeBrightness level 10: 176 W · Boost: 188 WMeasured
Wall-socket measurement by Laurent Willen; he also reports "just over 100 watts" at the lowest brightness level
Power supplyExternal brick
Fan noise (sound pressure)Rated: 28 dB(A)
25°C ambient, 1 m distance (page footnote 12); mode not stated
Noise measurement distance1 m

Physical & installation

Width298 mm
Depth190 mm
Height249 mm
Weight5.4 kg
Colours / finishesElephant grey
Tripod socketYes

Support & ownership

Warranty🇺🇸 US 2 yr · 🇬🇧 GB 2 yr · 🇪🇺 EU 2 yr
The US page lists the HORIZON 20 Max by name. The UK and EU pages carry the same two-year wording (the EU page for laser projectors); each is limited to the region of purchase and to purchases from XGIMI's official channels.
User manualhttps://helpcenter.xgimi.com/hc/en-gb/article_attachments/50404742316697
Photobiological risk groupRG2
Safety & market certificationsCE, FCC

In the box

Box contentsRemote, Batteries, Power adapter, Documentation
Remote typeBluetooth

Tools

  • Throw calculator — How far from the screen the HORIZON 20 Max needs to sit for a given image size, set to its 1.2–1.5:1 lens.
  • Download spec as CSV — Every value on this data sheet with its unit and source, one row per spec.
  • Download spec as JSON — The same data from the open data API, with variants and identifiers.

Variants & identifiers

Use these to confirm a listing is this exact model. Any of them works at /p/{code}.

VariantRegionTypeCode
Elephant Grey, US🇺🇸 USASINB0FN7WG453
EAN6935670509154
Maker SKUGMN_004315
Regional codeXR16A

Reviews

DateTitlePublication
September 4, 2025XGIMI Horizon 20 Max: Test / ReviewLaurent Willen

Video reviews

XGIMI Horizon 20 Max : test / avis complet et comparatif avec 20 Pro/20. Test SDR, HDR, Dolby vision · Laurent Willen

Similar models

Sources