UNISOC announces T765 5G mid-range chip: 6nm 8-cores, Mali-G57 MC2, and up to 108MP support!

UNISOC announces the T765 chip as a  5G alternative for smartphone makers.

The UNISOC T765 5G chip image

More affordable 5G chips this 2024?

UNISOC may not be as popular as Qualcomm and MediaTek counterparts, but they are known for making chipset alternatives, particularly in the entry-level and midrange segment. This time, the firm has released a new 5G chip that we may see on the coming smartphones this 2024.

The new processor is made on a 6nm EUV  (TSMC) process and boasts 2x A76 cores with a clock speed of 2.3GHz. There's also a 6x A55 cores with speeds of 2.1GHz.

It supports LPDDR4X memory for a clock speed of up to 2133MHz and is compatible with eMMC5.1/UFS3.1/UFS2.2 storage speeds. According to the chipmaker, this combo should suffice for a smooth performance for daily tasks and light gaming.

For graphics, it has a Mali-G57 MC2 GPU clocked at 850MHz. Meanwhile, it supports FHD+ screens with refresh rates of up to 120Hz. UNISOC also added HDR10+ and VRR (Variable Refresh Rate) tech support for this chip.

In terms of imaging, the T765 uses UNISOC's Vivimagic 6.0 image engine and 4-core ISP (2 main + 2 auxiliary) architecture. This means that the chip is able to support high-resolution sensors such as up to 108MP main cam or a versatile 3-camera configuration with 64MP, 20MP, and 13MP shooters.

UNISOC also boasts some camera features worth looking at such as the multi-frame noise reduction, HDR camera technology, and AI-powered scene recognition and portrait mode.

Finally, the new T765 chip also supports mobile connectivity from 2G to 5G network modes. It also has 5G dual-carrier aggregation tech to achieve faster data speeds of up to 130MHz bandwidth. Moreover, it supports SA and NSA 5G modes, dual-SIM, dual VoNR, and VoWiFi for clear calls using a WiFi network.

Unfortunately, there is no reported news about the first phones to utilize this chip. Let's wait in the coming weeks or months for phone manufacturers regarding this.

What do you guys think?

Source: GizmoChina