We used the following calibration settings to test the JMGO N1S Ultimate. Keep in mind that results can vary slightly between individual units, firmware versions, and picture modes, so you may need small tweaks if your unit looks a bit different.
These settings are meant to provide a solid starting point for accurate SDR playback in a typical living room. They aren't meant to be copied 1:1, and your best results will depend on your screen size, throw distance, room brightness, and wall/screen color.
SDR Picture Settings
For SDR content, you can choose from several preset picture modes. We used the Movie picture mode because it allows for the most customization, including adjusting the projector's white balance (see below). The Gamma is set to 'Middle,' and the Color Temp is set to 'Warm.' All other settings were either left to default, disabled, or left off.
- Picture Mode: Movie
- Color Temp Setting: Warm
- Gamma Setting: Middle
Gaming Settings
From the base SDR settings, very few changes are required for the best gaming experience. For the best input lag, set Low Latency to 'Low Latency', or 'Ultra-low Latency' if you don't need Keystone correction. Also, make sure to set the HDMI EDID to 'Ultra High Speed' to get the most responsive gaming experience.
- Low Latency: 'Low Latency' or 'Ultra-low Latency' if you don't need Keystone correction.
- HDMI EDID: Ultra High Speed.
Firmware
The unit we bought and tested was calibrated on software version 1.1.31.24.
Other Settings
For information on any other settings or features outside the scope of our testing, please refer to JMGO's product page.
White Balance Settings
The following are the results of our unit's white balance and colorspace calibration. They're provided for reference and shouldn't be copied, as the calibration values vary per individual unit due to manufacturing tolerances. If you want to try them, you'll need to enter all the values shown, as they're all active at the same time. If you end up with worse picture quality, simply reset them to the default values.
