Updated

Updated · Notebookcheck.net · Aug 2

Moto G37 Cuts Display to 1,604 x 720 Pixels as 120Hz Smoothness Softens Trade-Off

Updated

Updated · Notebookcheck.net · Aug 2

Moto G37 Cuts Display to 1,604 x 720 Pixels as 120Hz Smoothness Softens Trade-Off

Q: Why did Motorola intentionally downgrade the Moto G37's screen resolution while keeping a 120Hz refresh rate?

Motorola appears to have lowered the Moto G37’s screen resolution mainly to cut costs and protect battery life, while keeping the feature most budget buyers notice immediately: smoothness. The reporting points in the same direction. Reviews repeatedly describe the 720p-class panel as a clear downgrade from the Moto G35’s sharper 1080p display, and some explicitly call it a cost-cutting move linked to rising component prices, especially memory costs. The Moto G37 also drops or trims other features compared with the G35, which suggests Motorola was trying to hold the phone to an entry-level price. Keeping 120Hz makes strategic sense because it preserves the feeling of speed in daily use. Scrolling, app switching, menu navigation and touch response are the parts users interact with constantly, and they are easier to market than pixel density. Even with a softer-looking screen, the phone can still feel responsive and modern. The lower resolution also reduces the workload on the modest Dimensity 6300/6400-class hardware and Mali-G57 GPU. That helps maintain smoother performance in everyday tasks and light gaming, and it can improve endurance on the 5,200mAh battery by asking the phone to push fewer pixels. So the trade-off looks deliberate: Motorola gave up visual sharpness to control cost, ease processor load, and support battery efficiency, while retaining 120Hz so the phone still feels fluid enough for casual users.

Q: Can a massive 7000mAh battery make up for the Moto G37's missing camera features and lower resolution?

Not really—unless battery life is your top priority. A 7,000mAh battery, available on the Moto G37 Power variant rather than the standard G37, is a major advantage for people who want endurance above all else. Reports suggest it can stretch to roughly two to three days of moderate use, and Motorola pairs it with 30W charging. For commuters, travelers, students, or anyone frustrated by frequent charging, that is a meaningful upgrade. But battery life does not replace what the phone gives up elsewhere. The Moto G37’s 6.67-inch display stays smooth at 120Hz, yet its 1,604 x 720 resolution is a clear downgrade from the Moto G35’s sharper 1080p-class panel. Text, e-books, and small web content look softer, and that is something a bigger battery cannot fix. If screen sharpness matters to you, the trade-off remains visible every day. The same goes for camera features. The G37 line generally offers a basic 50MP main camera and 8MP selfie camera, but some coverage says Motorola removed extras such as the ultrawide camera and 4K recording found on or associated with the predecessor. A longer-lasting phone is convenient, but it does not restore shooting flexibility or improve image detail. So the answer depends on the buyer. If you value multi-day endurance more than display crispness and camera versatility, the 7,000mAh battery can make the G37 Power appealing. If you care about reading clarity, finer visuals, or broader camera options, it does not fully make up for those compromises.

3 articles · Updated · Notebookcheck.net · Aug 2

Testing found the Moto G37 drops to 1,604 x 720 pixels, a clear step down from the G35 that leaves pixel density below competitive levels.
Side-by-side use makes the cut most visible in text and fine graphics, with longer reading sessions, e-books and small-format web pages showing noticeably less sharpness.
120Hz refresh helps offset that loss by keeping menus responsive, apps quick to open and casual gaming or video playback reasonably smooth despite limited detail.
A fingerprint sensor built into the right-side power button unlocked the phone quickly and reliably, reinforcing the G37’s mixed profile as a smooth but less sharp entry-level device.