3.5 Million Fewer Plastic Bottles
Every million GT 2 Pros made with the Paper Tech Master Design is the equivalent of 3.5 million fewer plastic bottles being produced.
Greater Than You See
2K Super Reality Display | Snapdragon 8 Gen 1
2K Super Reality Display
Qualcomm’s fastest Android processor
World’s first biopolymer smartphone design
This is the greatest smartphone we’ve ever made.
Period.
Inspired by paper, designed by a master
Paper Tech Master Design
“
It all started with a question: how do we make a product which is environmentally friendly, aesthetically pleasing, and durable?
”
World-renowned
Industrial Designer
Naoto Fukasawa
World's first biopolymer design
Environmentally-responsible packaging
World’s First TCO 9.0 Certified Smartphone
As recognition of its socially-responsible manufacturing process, GT 2 Pro has received TCO 9.0 sustainability certification for its design and construction, complying with over 40 sustainability performance indicators.
3.5 Million Fewer Plastic Bottles
Every million GT 2 Pros made with the Paper Tech Master Design is the equivalent of 3.5 million fewer plastic bottles being produced.
Paper thin, pro power
We’ve skillfully packed the latest technology, including a huge battery, into a body just 8.18mm thin and 189g light.
Polished, premium, pro
The Steel Black edition employs a new AG glass chemical etching technique, creating a more frosted look, and a more tactile feel.
The 2k AMOLED display powered by LTPO 2.0 has an adaptive refresh rate of 1Hz-120Hz. This gives you amazing performance while saving up to 50% energy. An A+ rating from DisplayMate guarantees outstanding image quality.
Greater
responsiveness
Numbers for nerds
0.5 JNCD
Just noticeable color difference (JNCD) is a measure of color accuracy. A score of less than 1 is indistinguishable by the human eye. Each GT 2 Pro undergoes a color accuracy check during production to ensure color accuracy is kept to 0.5, visually indistinguishable from perfect.
1.07 billion colors
This 10-bit display is able to reproduce over 1.07 billion different colors, that’s 64 times more than 8-bit screens. The P3 color gamut is much wider than the standard sRGB. This means the Super Reality display is able to produce a far greater range of colors. If you want to enjoy HDR content properly, you need 100% P3 coverage.
5,000,000:1 contrast ratio
Contrast ratio measures the difference between the brightest whites, and the darkest blacks. The higher the number, the better the image. With a whopping 5 million to 1 ratio, you’ll get brighter whites, and darker blacks creating a more vibrant and rich viewing experience.
1-120Hz dynamic refresh rate
Intelligently adjusts the refresh rate based on what's on screen, anywhere from 1-120Hz. Compared with standard 120Hz screens, its power consumption is reduced by up to 50%, giving you up to 1.7 hours longer battery life.
1000Hz turbocharged touch sampling
Super reality display combines the most advanced display hardware and software optimization to give you lightning-fast responsiveness.This result is a boost in touch sampling rate to a whopping 1,000hz.
Corning Gorilla Glass Victus
Corning’s Gorilla Glass Victus can be dropped from 2 meters onto a hard surface, and has twice the scratch resistance of Gorilla Glass 6.
With an AnTuTu score of over 1 million, GT 2 Pro packs a serious punch. Utilizing the new Armv9 architecture and 4nm technology, it provides 20% faster CPU Frequency and up to 30% better GPU performance.
With great power…
Massive 5000mAh battery
For up to 21 hours of video streaming
…comes greater charging
65W SuperDart charging
100% charge in just 33 minutes
Certified greatness
With dual Dolby Atmos speakers and Hi-Res certification, you can enjoy great sound when watching a cinematic masterpiece or playing the latest games.
150° camera in a smartphone is perfect for group photos, amazing landscapes, and creative architectural shots.
Greater creative freedom
with the world’s first fish-eye mode in a smartphone
50MP Primary camera
Powered by ProLight Imaging Technology
A combination of advanced hardware and software: the huge IMX766 sensor with dual stabilization, enhanced with our AI Noise Reduction Engine 3.0, for clearer sharper images, even in low-light.
Huge Sony IMX766 image sensor
for greater image information
The new Sony IMX766
1/1.56” sensor + bigger pixels = more light intake Utilizing 4-in-1 binning, it transforms its pixels into 2.0 µm super pixels, allowing it to capture 63.8% more light compared to the Sony IMX586. More light and more image information means better photo quality.
Dual stabilization
for greater sharpness
AI Noise Reduction Engine 3.0
for greater clarity, even in low light
Greater autofocus
All Pixel Omni-directional PDAF allows the Sony IMX766 image sensor to focus using any of its 50 million+ pixels.
OFF
ON
Previous generation phone
GT2 Pro
OFF
ON
Capture a different side of the world with 40x magnification and 720p video support.
When you look good, we look good
A high-clarity 32MP front-facing camera for crystal-clear selfies and videos.
Based on Android 12
Fluid Space Design
Protect Your Privacy
Seamlessly Fluid Experience
Cross-Device Integration
1. Data regarding reduced carbon emissions from the use of the biopolymer was provided by the realme Lab. Data can be affected by the test environment, calculation method, etc.
2. Data regarding the percentage of plastic in the packaging was provided by the realme Lab. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
3. Measurements such as size and weight were provided by the realme Lab. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
4. Data regarding the power savings of LTPO 2.0 were provided by the realme Lab. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
5. Data regarding the display brightness, color accuracy, contrast ratio, etc. were provided by the realme Lab. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
6. Data regarding Corning Gorilla Glass Vicus was obtained from Corning’s website and is for reference only.
7. All data regarding the Snapdragon 8 Gen 1 was obtained from Qualcomm’s website. Please refer to the actual product.
8. Heat dissipation data was provided by the realme Lab and is in comparison to the original GT or GT Neo. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
9. Data regarding the Antenna Array Matrix System, HyperSmart Antenna Switching, 360° NFC, and Omni-directional Wi-Fi Technology etc. were provided by the realme Lab. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
10. The charging data is obtained from test reports provided by the realme Lab. The actual charging time may vary depending on the operating conditions or individual difference of phones, such as high or low temperature and degrading of battery performance during the use. Tests are performed under a temperature of 25±1°C, relative humidity of 25%-75%, and an atmospheric pressure of 86 kPa to 106 kPa. The tested phone is charged with a standard power adapter while it has 1% of power left, with all the services and features, except the call service, turned off. The screen is off during charging.
11. Data regarding the 63.8% increase in light intake of the IMX766 is in comparison to the IMX586. Data can vary based on the test environment, calculation method, etc. Please refer to the actual product.
12. Micro-lens camera magnification refers to the ratio of the size of an object on the screen compared to its actual size.
13. AI Nightscape video and Omojis in realme UI 3.0 will be available soon with an OTA update.
14. The battery consists of two 2500mAh (typical value) cells with a combined capacity of 5000mAh.
15. Product pictures are provided for reference only. Please refer to the actual product. Some product specifications and descriptions may change due to a change in supplier or other reasons. All provided data is derived from realme's design and technical parameters, and laboratory and supplier test data. In actual circumstances, the data may vary due to differences in individual products, software versions, and testing environments.
