HMD appears to be preparing a new smartphone called the HMD Pulse 2T Pro. A new leak has revealed its key specs and images, suggesting that the HMD Pulse 2T Pro could stand out with a dot matrix display on the back.

The leaked information points to a mid-range smartphone with an OLED screen, a 120Hz refresh rate, a 50MP main camera, and a large 6,000mAh battery. The device is also expected to run Android 17 and offer 256GB of internal storage.

HMD has not officially announced the Pulse 2T Pro, so these details should be treated as unconfirmed information.

HMD Pulse 2T Pro Specs and Images Leak With Dot Matrix Rear Display

According to the leak, the HMD Pulse 2T Pro will feature a 6.78-inch OLED display with FHD+ resolution and a 120Hz refresh rate. The larger screen and high refresh rate could provide a smooth experience when scrolling through apps, browsing the web, and playing supported games.

The phone will reportedly use the MediaTek Helio G100 chipset. It may come with 8GB of RAM and 256GB of UFS 2.2 storage, giving users room for apps, photos, videos, and other files.

These specifications suggest that HMD is targeting users who want a large display and generous storage without moving into the flagship smartphone segment.

Dot Matrix Display on the Back

One of the most interesting features of the HMD Pulse 2T Pro is its reported dot matrix display on the rear panel. The leaked images show the distinctive rear design, although details about the display’s functions remain unclear.

HMD has not confirmed what information the rear display will show or whether users will be able to customize it. More details about its features should emerge if the company officially introduces the device.

The phone is also expected to include an in-display fingerprint scanner and dual speakers.

50MP Cameras and a Large Battery

The HMD Pulse 2T Pro could offer a 50MP main camera with optical image stabilization (OIS). This feature helps reduce the effects of hand movement when taking photos or recording videos.

The main camera will reportedly sit alongside an 8MP secondary rear camera, which could be an ultrawide sensor. On the front, the phone may feature a 50MP selfie camera for self-portraits and video calls.

The device is also expected to pack a 6,000mAh battery with support for 33W wired charging. The large battery could help the phone last longer between charges, although actual battery life will depend on usage and other factors.

For durability, the leaked specifications mention an IP64 rating for protection against dust and water splashes. However, this rating does not mean the phone is waterproof.

Android 17 and Three Color Options

According to the leak, the HMD Pulse 2T Pro will run Android 17 out of the box. HMD has not yet confirmed its software update policy or how long the phone will receive security updates.

The smartphone could arrive in three color options: Temper Blue, Titanium, and Orbit Green. These finishes may give buyers several choices when the device launches.

How It Could Differ From the HMD Pulse 2 Pro

The HMD Pulse 2T Pro is expected to offer several improvements over the previously leaked HMD Pulse 2 Pro.

The newer model reportedly features a slightly larger OLED display instead of an LCD panel. It may also use a MediaTek Helio G100 chipset rather than the Unisoc T615, alongside more RAM and storage.

Another major difference is the battery capacity. The Pulse 2T Pro will include a 6,000mAh battery, which is around 20% larger than the battery reported for the Pulse 2 Pro. The newer Android version and rear dot matrix display could also help distinguish the two devices.

Launch Date and Availability

Leaked specifications and images offer an early look at the phone. However, the final hardware and features could differ from what’s available now.

If these details prove accurate, the HMD Pulse 2T Pro could offer an interesting combination of a large OLED display, a high-resolution camera setup, a big battery, and a distinctive rear display. More information is expected once HMD officially reveals the device.