OPPO Watch 3 Smartwatch Two-color Rendering Exposed

0

Recently, OPPO officially announced that OPPO Watch 3 series is the first Qualcomm Snapdragon W5 wearable platform in the world, which is expected to be released in August.

The two-color rendering of OPPO Watch 3 smartwatch was exposed by Weibo blogger @Digital Chat station today. The appearance of OPPO Watch 3 smartwatch changes greatly. The dial adopts hyperbolic micro-arc design, supporting 3D curved screen, 3D rotating crown and textured leather strap.

OPPO Watch 3 series features a 1.91-inch AMOLED LTPO square dial with a 3D microarc hyperbolic + rotating crown design. OPPO Watch 3 series is equipped with Snapdragon W5 wearable flagship chip and Apollo4 Plus sports flagship chip. It is standard equipped with ECG, eSIM, NFC and 5ATM waterproof, and has 5-day full intelligent battery life or 15-day light intelligent battery life.

According to previous revelations, OPPO Watch 3 series is expected to be released on August 10, with OWW211/212/213 three models, supporting independent eUICC chip eSIM technology, size is similar to the previous generation, providing black, silver, dark gray, light gold and other colors. ColorOS Watch system will also be upgraded.

Read Also: Get QIDI TECH i-Mate Full Assembled 3D Printer at €359.99 From CAFAGO in Flash Sale

According to Qualcomm, the flagship Snapdragon W5 + series wearable platform will reduce power consumption by 50%, improve performance by twice, increase features by twice, and reduce size by 30% compared with its predecessor, which will empower wearable device makers to create the differentiated experience consumers are looking for. The platform for wearables uses a hybrid architecture, including a 4-nanometer system-on-chip (SoC) and a 22-nanometer highly integrated always-on (AON) coprocessor. It incorporates a number of platform innovations, including a new ultra-low power Bluetooth 5.3 architecture, and low-power islands for Wi-Fi, Global Navigation Satellite Systems (GNSS), and audio, with support for low-power states such as deep sleep and sleep.

Share.

Leave A Reply