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Tag: connectivity

Meet the Upgraded Nokia 3310: Now with 3G Connectivity

The Nokia 3310 3G is a reboot of the original Nokia 3310 which was launched in 2024, 24 years after the original version. It became famous for its durability and long battery life. The original Nokia 3310 was a big hit when it was released. It was known for being tough and having a battery that lasted a long time. It was also one of the first phones to have a small size and no antenna.

Now, after 17 years later, the Nokia 3310 has been rebooted with some big changes. It now has 3G connectivity, and in some places, it even has 4G. This is just the start of Nokia bringing back old favorites, and this reboot is probably the best one yet.

The Nokia 3310 3G keeps a lot of the things that made the original great. It’s still small and tough. The new version has some curved edges and a screen that’s slightly rounded. The buttons are easy to press and have a good feel.

Like the old Nokia 3310, the new one still has a headphone jack. But now it can be charged with a micro-USB cable. It also has 64MB of memory, and you can add more if you need it. Plus, there’s a 2-megapixel camera with a flash.

But the best thing about the Nokia 3310 3G is something new. It can do more than most other basic phones. This might be enough to make people think about buying it again. Keep an eye out for more news about other new Nokia phones coming soon.

April 16, 2024
OPPO A59 5G: Affordable 5G Connectivity with Impressive Storage

The OPPO A59 5G has stirred up excitement in the realm of budget smartphones by offering 5G connectivity at an appealing price point. But does it truly live up to the hype, or are there aspects that warrant closer scrutiny? Let’s delve into the features, performance, and competition surrounding the OPPO A59 5G to help you make an informed decision about whether it’s the right choice for you.

Key Specifications:

Display: The OPPO A59 5G features a sizable 6.56-inch AMOLED display with a 120Hz refresh rate. This combination delivers vibrant colors and smooth visuals, enhancing your viewing experience whether you’re gaming or scrolling through content.

Processor: Equipped with the MediaTek Dimensity 6220 processor, the A59 5G offers mid-range performance suitable for everyday tasks and light gaming. Users with high-performance demands may find it lacking for more intensive applications.

RAM & Storage: Users can choose from multiple RAM and storage configurations, including 4GB or 6GB of RAM paired with 128GB of storage, or a unique option with 2GB of RAM and a generous 256GB of storage. This flexibility ensures there’s a suitable option for varying storage needs.

Camera: While details about the camera setup beyond the 13-megapixel main sensor are limited, it’s worth noting that the A59 5G may not deliver top-tier camera performance. As such, individuals prioritizing photography quality may need to explore alternative options.

Battery: With a robust 5000mAh battery capacity, the OPPO A59 5G promises long-lasting power to keep up with your daily usage. The inclusion of 33W SuperVOOC fast charging ensures quick and convenient recharging when needed.

Operating System: Running on Android 13, the A59 5G offers a modern and streamlined user experience, with access to the latest features and updates.

Despite its impressive AMOLED display and expansive storage options, the OPPO A59 5G falls short in certain areas compared to competing devices. The MediaTek Dimensity 6220 processor may not meet the performance expectations of users who demand high-speed processing for intensive tasks. Additionally, limited information about the camera setup suggests that the device may not excel in photography capabilities, which could be a concern for some users.

March 23, 2024
How to Activate Adaptive Connectivity on Your Google Pixel Phone

Google Pixel phones, known for their advanced features, sometimes face battery life challenges due to increased smartphone usage and the introduction of new technologies. However, Google strives to optimize battery performance and introduce unique features to address these issues. One such feature is Adaptive Connectivity, designed to enhance battery life by intelligently managing network usage.

Adaptive Connectivity monitors and learns from your network usage patterns. It automatically switches between 5G and 4G based on your activities. When the extra bandwidth of 5G is unnecessary, it switches to 4G to conserve battery, and when higher speed is needed, it seamlessly shifts back to 5G.

Follow this simple guide to enable Adaptive Connectivity on your Google Pixel 4a or newer models using the Settings app.

How to Enable Adaptive Connectivity in Google Pixel Smartphone

Step 1: Open the Settings app on your smartphone. You can do this by pulling down the Notification Shade twice and tapping on the Gear icon at the bottom-right corner. Alternatively, you can find the Settings app in the App Drawer.

Step 2: In the Settings app, navigate to the “Network & Internet” option.

Step 3: Under “Network & Internet,” select or tap on the “Adaptive Connectivity” option. Toggle the switch to ON to enable the feature.

Following these easy steps, you have successfully activated the Adaptive Connectivity feature on your Google Pixel smartphone. By incorporating Adaptive Connectivity, Google aims to provide users with a seamless experience, optimizing battery usage based on individual needs and ensuring efficient network management. This feature reflects Google’s commitment to enhancing the overall performance and usability of its Pixel series smartphones.

January 9, 2024
Vivo X100 Pro: The Future of Smartphones with Satellite Connectivity

The Vivo X100 Pro is a new smartphone that’s coming out soon. It’s part of the X100 series, which is known for having great phones. This new one is expected to be even better. One of the exciting things about the Vivo X100 Pro is that it can connect to satellites. That’s a big deal because not many phones can do that. Huawei used to be the only one, but now Vivo is joining in. The phone has a special chip called UNISOC V8821 that allows it to send and receive messages, pictures, and even videos through satellites.

The Vivo X100 Pro also has a really strong processor called Dimensity 9300. This makes the phone run very fast and smoothly. It’s made using a special process called TSMC’s N4P, which is a big deal in the world of processors. This means the phone’s performance is similar to Apple’s A17 Pro, which is known for being very powerful.

If you love taking pictures, you’ll be happy with the Vivo X100 Pro. It has a main camera that’s really good. The camera is large, and it can take great pictures even in low light. There’s also a special lens for taking pictures up close, and another one for taking pictures from far away. This means you can take all kinds of amazing photos with this phone.

We don’t know for sure if the regular version of the X100 series will have satellite communication. But based on Vivo’s history of making innovative phones, it’s possible that even the regular one will have cool features.

The Vivo X100 Pro is going to be a big deal in the smartphone world. It can connect to satellites, has a powerful processor, and is great for taking pictures. Look out for it at the end of the year because it’s going to show us what the future of phones might look like.

October 6, 2023
Google’s Project Tara: Revolutionizing Internet Connectivity with Light Rays

Providing internet connectivity to remote areas located outside of urban centres poses significant challenges for countries worldwide. In the United States, Elon Musk’s Starlink satellite network has emerged as a solution to this seemingly impossible task.

On the other hand, tech giant Google made an unsuccessful attempt to deliver internet access through balloons. However, the company is currently focusing on a groundbreaking project aimed at providing internet connectivity through the use of light rays.

Known as Project Tara, this initiative is a part of Alphabet’s Innovation Lab X, also known as the Moonshot Factory. Company executives have revealed that the project was initiated in 2016, following the realization that internet delivery through balloons was cost-prohibitive. Presently, Project Tara is making significant progress, according to Principal Mahesh Krishnaswamy.

Reuters reports that Mahesh, along with officials from Bharti Airtel, shared that extensive efforts are underway to introduce laser internet technology on a large scale in India. However, specific details regarding the financial investment required for this launch have not been disclosed.

Krishnaswamy mentioned that laser technology is currently being utilized to provide internet access in 13 countries, including Australia, Kenya, and Fiji. Furthermore, partnerships have been formed with key players such as Econet Group in Africa, Angsansthan Liquid Telecom, Internet provider Bluetown in India, and Digicel in the Pacific Islands.

Mahesh expressed the company’s vision, stating, “We aim to be a provider where customers can access one gigabyte of internet for just one dollar.” The ultimate goal of Project Tara is to bridge the digital divide by making affordable internet access accessible to all, particularly in underserved regions.

July 4, 2023