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Tag: faster

Fresh Look and Faster Performance: Samsung One UI 7

Good news for those who wanted an upgrade to Samsung’s One UI interface. Samsung has decided to update it to version seven. This means there will be big changes in design and animation. You can expect improvements in many areas including design and animation.

BETTER PERFORMANCE

The new user interface was tested on BigBench and got good scores. It scored 2114 in single core and 6616 in multicore tests. This was tested on the Samsung Galaxy S24 Plus.

PERFORMANCE BOOST

The new interface will make your device faster and more responsive. Multitasking will be easier and more comfortable.

NEW ICON DESIGN

The icons will look different, giving the whole interface a fresh look. The new icons will be more modern and attractive than before.

SMOOTHER ANIMATIONS

Samsung has worked on the animations. They will feel more natural and enjoyable. The navigation will be smoother.

ANDROID 15 INTEGRATION

One UI 7 is based on the Android 15 platform. This means it will include all of Google’s latest features and improvements. The new interface will also get all kinds of security updates.

IMPROVED USER EXPERIENCE

You will notice changes in the new interface system, including better animations. Expect a more modern and attractive look.

FUTURE-PROOFING DEVICES

With One UI 7, Samsung offers a future-proof device. Users will enjoy the latest features and updates for a long time. The Chinese Galaxy S23 series phones started testing One UI 6 in early September 2023, and the stable version was officially released at the end of October 2023, with the Chinese version coming in November 2023. This timeline gives us an idea of the usual rollout process for big One UI updates.

July 18, 2024
Make Your Android Phone Feel Faster Without Upgrading

If you’ve ever felt that your Android phone isn’t as responsive as you’d like it to be, there’s a simple trick that can make almost any Android device feel faster. It involves adjusting the animation speed of your phone, which makes on-screen elements move more quickly when you interact with them. For example, when you swipe to go back to your home screen, the window will move more swiftly, and switching between apps will happen almost instantly.

The key to achieving this lies in changing the animation settings, but it’s not something you can easily find in Android’s regular settings. To begin, you’ll have to enable the developer options on your phone, which will reveal a host of hidden settings you can adjust.

If you’re not familiar with this process, here’s how you do it: First, go to your phone’s settings and select “About phone.” Scroll down and tap on “Build number” seven times. Depending on your phone’s settings, you might need to provide some form of authentication. After completing this process, your phone will recognize you as a developer, even if you’re not a professional developer.

Once you’ve unlocked developer options, go to “Settings,” then “System,” and select “Developer options.” In the “Drawing” section, you’ll see three “Animation scale” options: “Window animation scale,” “Transition animation scale,” and “Animator duration scale.”

Tap on each of these options and change the setting from 1x to 0.5x, as a smaller number will make the animations faster. You can even turn animations off completely if you prefer, but you might not like how your phone feels without any animations.

Each of these options controls a different type of animation on your phone. “Window animation scale” affects the speed of window animations, “Transition animation scale” governs the speed of transitions, like when you navigate back to a previous page, and “Animator duration scale” manages the overall speed of general animations, such as the notification shade pulldown. To find your ideal setting, it’s a good idea to test each option to see how they work for you.

October 16, 2023
Damon HyperSport: A New Era of Electric Motorcycle Innovation!

Major car companies are looking to follow Tesla’s success, but electric motorcycles face a tougher path. While some, like Zero Motorcycles, succeeded, many startups failed. Damon Motors, though, is making strides with its unique approach. Damon’s early success comes from breaking away from traditional bike culture. Surprisingly, 25% of their preorders are from people who don’t own any other bikes.

Damon has garnered $100 million in orders and funding, despite delays in releasing their first motorcycle, the HyperSport. The HyperSport boasts exceptional features and safety systems. It gained attention at CES 2020 for its striking design and outstanding electric performance. Damon’s CEO, Jay Giraud, has a vision for safer motorcycles after a near-drowning incident.

The HyperSport is not just about speed; its advanced safety system called CoPilot sets it apart. This system uses radar sensors and cameras to assist riders in various situations, enhancing overall safety. CoPilot communicates through a dashboard and provides alerts for blind spots and obstacles.

Damon’s unique innovation is the HyperDrive, which integrates the battery and motor into the frame. This design reduces weight and increases strength, while a liquid cooling system maintains optimal temperatures. The HyperSport also aims to support Level 3 fast charging, an industry first.

Despite Damon’s promising advancements, production delays have plagued the HyperSport’s release. Manufacturing obstacles pushed its initial 2021 production goal to 2024. Damon’s CEO aims to raise $50 million to secure the company’s future. Damon also plans to introduce a more aggressive version called the HyperFighter.

Damon’s production facility is in Vancouver, Canada, but initial assembly begins in California. The bike features a unique system called HyperDrive, integrating battery and motor. Damon’s focus on safety technology is the foundation of the brand. The CoPilot system provides real-time alerts to improve rider awareness and safety.

Damon aims to expand the motorcycle market by targeting younger riders through its Instagram campaigns. Around 75% of preorders are from Instagram, with an average age of 37. Damon also envisions making more affordable models for global riders, including those in countries like Indonesia.

While the HyperSport has faced delays, Damon’s progress signifies a step toward safer and faster electric motorcycles. The company’s mission to innovate and redefine the motorcycle industry shows promise, even in the face of challenges. As they continue to refine their technology and production, Damon Motors may well play a significant role in the future of electric motorcycles.

August 23, 2023
Stacked Battery Technology: A Game-Changer for Longer Battery Life and Faster Charging in Smartphones

Stacked battery technology is a new way of making batteries for smartphones. Instead of placing battery cells side-by-side, they are stacked on top of each other. This allows for more battery capacity without making the phone bigger.

The advantages of stacked battery technology are exciting. Firstly, it means smartphones can have a bigger battery without becoming bulkier. This is great because users want their phones to last longer on a single charge. Secondly, stacked batteries can charge faster because multiple battery cells can be charged together.

For example, the Samsung Galaxy S24 series is rumored to be one of the first phones to use stacked battery technology. The Galaxy S24 is expected to have a larger 5,000mAh battery compared to the Galaxy S23, but the phone’s size won’t increase.

Currently, most batteries in smartphones are made using winding technology. Winding batteries are made by rolling the positive and negative parts together like a spiral. This method is simple and cheap, but it has some problems. For instance, the battery cells can have uneven stress, which might cause them to fail prematurely.

Stacked battery technology improves on this by stacking the positive and negative parts on top of each other. This creates a more balanced structure inside the battery, making it perform better and last longer.

Here are the potential benefits of stacked battery charging:

1. Longer battery life: Stacked batteries can increase the capacity of a smartphone’s battery by up to 50%, meaning the phone can last longer between charges.

2. Faster charging speeds: Stacked batteries allow for faster charging because multiple cells can be charged at the same time, reducing the overall charging time.

3. Smaller phones: With stacked batteries, phones can be made smaller without sacrificing battery life. The batteries take up less space since they are stacked closely together.

However, there are some challenges with stacked battery technology:

1. Cost: Stacked batteries are more expensive to make compared to traditional batteries. The process of stacking and aligning the cells precisely adds to the manufacturing costs.

2. Safety: If not properly managed, stacked batteries can overheat and become a safety risk. This is why proper cooling mechanisms are essential.

3. Reliability: Stacked battery technology is relatively new, and its long-term performance is not yet fully understood due to limited data from smartphone usage.

Samsung is reportedly planning to use stacked batteries in their Galaxy S24 series, and Apple’s iPhone 15 series may also adopt this technology. However, due to limited production capabilities, this feature might be exclusive to certain models. To address potential safety concerns, the Galaxy S24 Ultra is rumored to have cooling gel within the stacked

July 25, 2023
Galaxy S24 Series to Introduce Faster Charging Speeds with EV-Inspired Tech

The launch of the Samsung Galaxy S24 series is still several months away, but there have been leaks and rumors about the upcoming flagship phones. One notable improvement is the use of EV-inspired technology to enhance the batteries. Previously, it was reported that the Galaxy S24 series would feature improved batteries. Now, a tip from RGcloudS suggests that the charging speeds of the Galaxy S24 series have been revealed.

The current generation Samsung Galaxy S23+ and S23 Ultra support a charging speed of 45W, while the standard S23 is limited to 25W. Samsung has not increased the charging speed beyond this level since its introduction in 2019 on the Galaxy Note 10+. However, with the upcoming S24 series, Samsung is expected to adopt stacked battery charging technology, similar to what is used in electric vehicles. This technology allows for improved battery capacities without changing the battery’s physical size.

The stacked battery charging technology is said to be limited to the S24+ and S24 Ultra models, which are rumored to have a 5,000mAh battery. This new technology will also enable faster charging speeds, potentially reaching a maximum of 65W. This is a 20W increase compared to the current 45W speed found in the Galaxy S23+ and Ultra variants. The S24 Ultra is also rumored to include a cooling gel for better heat dissipation.

Unfortunately, the standard Samsung Galaxy S23 will not benefit from the charging speed upgrade. This is because the company has not yet begun testing the stacked battery technology, and there may not be sufficient production capacity for its implementation.

In addition, it has been revealed that Apple’s upcoming iPhone 15 lineup will also utilize stacked battery technology, according to the tipster.

July 17, 2023