AllYouCanTech

A frequent concern for iPad owners, Apple’s latest tablets come with a minimum of 128GB of storage, facilitating easier access to the latest software updates as they become available.

Investing more than $350 in a tablet that may face challenges in updating due to an already somewhat outdated processor, and could potentially lose compatibility with new software versions in the near future, does not appear to be the wisest option, even if the tablet remains dependable and functions as anticipated.

The PlayStation 5, particularly in its Pro version, offers exceptional performance capabilities. In fact, upon its release, even PC gamers noted that the value ratio of money spent to performance was quite similar to that of comparably-priced PCs. Furthermore, with the PlayStation library boasting some of the finest titles and franchises available, it truly deserves a spot in your gaming collection.

Nonetheless, one of the most effective methods to enjoy a modern console in 2026 is actually to bypass playing directly on your console altogether. Similar to Xbox, this allows for game streaming in quite unique venues, including car displays. Likewise, PlayStation games can also be accessed on various devices. PS Remote Play stands out as one of the top methods to utilize your PS5 as a remote-play device, enabling gameplay across numerous gadgets, such as a handheld PC, smartphone, tablet, or even the dedicated PlayStation Portal.

The greatest advantage of Remote Play is that it functions not only on high-performance PCs or the latest smartphones but also on lower-end devices like smart TVs or affordable tablets. All that is needed is a reliable, high-speed internet connection. Let’s delve into the top devices capable of streaming your PlayStation games.

**Your PC or PC handheld**

Utilizing a high-end gaming PC to access your PS5 remotely may appear excessive, but it’s one of the most dependable ways to gain entry to your PlayStation. Both Windows and Mac are supported by this service, although PlayStation does mandate the use of a DualShock 4 or newer first-party controller for official gameplay. However, there exists third-party software called PXPlay that can “fool” your PC into recognizing a different controller as a bona fide PlayStation controller; it is essential to mention that this isn’t officially endorsed by PlayStation.

Where this usage becomes particularly beneficial is when considering a handheld PC. With so many fans of the Steam Deck, ROG Ally, or Lenovo Legion Go, it’s only natural to want to pair it with the PS5. While the restrictions regarding DualShock or DualSense controllers still hold, utilizing the PXPlay app we previously referenced will allow the PC to identify connected controllers as compatible. This means you can access your PS5 similarly to how you would on an officially supported system. It represents a truly refreshing blend of the PC and console gaming realms.

**Your mobile phone or tablet**

If you seek an even more portable solution than a PC handheld, consider the device you likely already carry: your mobile phone. Indeed, your smartphone is perfectly capable of streaming games from the PlayStation 5 anywhere with a stable internet connection. As previously mentioned, a licensed PlayStation controller is necessary for this to function. Thankfully, there are officially sanctioned grip controllers like the PlayStation-compatible Backbone that work seamlessly, transforming your phone into a powerful gaming device.

A tablet also serves as a fantastic platform for streaming games from your console. PlayStation officially accommodates iPads running iOS 14.5 or higher and Android devices with version 10 or above, so long as (you guessed it) you can pair a PlayStation controller. Once this arrangement is established, you will possess an impressively mobile gaming configuration. iPad displays, in particular, are often regarded as some of the finest available, and the PS5 gameplay translates beautifully onto this medium.

**The PlayStation Portal**

As we discuss portable gaming for the PlayStation, it’s essential to mention the PS Portal. Although it recently gained support for streaming cloud games from the PlayStation network, it has always served as a remarkable means to “portal” into the PlayStation 5 already present in your entertainment setup. Its display provides a sharp, vibrant experience finely tuned for PS5 graphics. The accompanying controller also boasts all the features found in a first-party DualSense controller, including excellent haptics and adaptive triggers.

The straightforward software and underlying philosophy behind this device are perhaps its most intriguing elements. When it launched, some individuals dismissed its value. You cannot play games locally, nor can you store anything on it. It is solely a game-streaming device. While this may seem limiting, it actually ensures the device is entirely focused on granting access to your PlayStation. No distractions from other apps, no unnecessary software to hinder performance. It serves a single-use function that might not suit everyone, but if you desire a premium remote-play experience, it’s worth a try.

**Some Android TVs and streaming devices**

Remote play for any console might be most naturally suited for a mobile format, allowing for gameplay on the move. However, there is a compelling argument for expanding remote play to another couch-friendly device. Imagine your PlayStation

When I first received my Kindle Paperwhite, I spent a considerable amount of time figuring out how to navigate back to the Home Screen after diving into a book. To do this from an open book page, tap near the clock on your Kindle, and then select “Home” from the upper left corner.

In contrast to smartphones and tablets, which have more intuitive interfaces, Kindles do not utilize a swipe up gesture to return to the Home Screen, nor do they include a physical Home Button. While it’s true that once you start reading a book, you might not want to put it down until you’ve finished, it still feels a bit odd that the easiest method to get back to the Home Screen on a Kindle necessitates two taps. However, if you’re browsing the Kindle Store, you can simply hit the “X” button located in the top right corner, which also takes you directly to the Home Screen, allowing you to explore titles from your library, Amazon’s recommendations, and more.

add end-to-end encryption for your iCloud backups, for instance. However, prior to uploading the associated files, it is advisable to encrypt them yourself locally with a security tool.

Consider it like this. You may have a deadbolt on the main entrance to your home, but adding a chain or a latch at the top enhances security even further. That additional lock is similar to the personal encryption you would implement before uploading data. If someone attempts to force open the door with just a deadbolt secured, it might give way, but with added locks providing reinforcement, that brute force effort is less likely to succeed.

smartwatches that operate for days, even weeks on a single charge. Some can endure nearly an endless duration, at least for months, when consistently exposed to sunlight or a potent light source through solar energy. However, with any smartwatch, even those that outperform others in battery longevity under normal usage, there’s one characteristic that rapidly consumes battery life: built-in GPS. Utilizing this function will significantly affect battery duration, as indicated in the specifications for any design that includes it. The more you utilize it for walking, running, cycling, hiking, or even for navigation to a location, the quicker the battery will deplete.

You can adjust your expectations, naturally, being aware that if you run every morning, you’ll probably need to recharge your smartwatch more frequently than the specifications imply. If you’re employing it to find your way on a biking excursion, the same observation applies. Some models are more efficient than others at preserving battery life, even with this feature in use.

At various times in your life, you have likely observed a rocket taking off vertically into the heavens. You may have even seen Artemis II’s Orion spacecraft swiftly ascend to space, initiating NASA’s most significant mission in decades. However, you may have also observed that, following liftoff, the rocket does not remain upright. As the spacecraft ascends, it starts to arc, giving the impression of flying horizontally, parallel to the Earth. This might seem counterintuitive for a vessel aimed at escaping the atmosphere and venturing into outer space, but it is actually a crucial aspect of a rocket’s voyage. And it involves fuel.

Rockets, similar to other aerial vehicles, contend with gravity. They require maximum thrust for their initial ascent, which is why they begin in a vertical position. Nevertheless, this also leads to a substantial consumption of fuel. Maintaining that stance for an extended period would deplete their reserves and cause them to plummet back to Earth. Such an event would be catastrophic for both the crew and anyone unlucky enough to be at the crash location, hence rockets must curve to conserve fuel, combat gravity, and attain orbit.

Rockets employ a gravity turn to achieve orbit

Once they penetrate through the densest layers of the atmosphere where gravity is most potent, rockets curve to harness it to their advantage. This is referred to as a gravity turn. It is vital to understand that the Earth’s gravity pulls objects towards its core, not merely downward. By tilting until the denser side is oriented towards the ground, rockets can enhance their acceleration by utilizing gravity rather than relying solely on fuel to reach orbit.

In technical terms, orbit is achieved when the spacecraft’s horizontal acceleration and the gravitational pull equate, essentially falling without making contact with the ground. For numerous missions, that is the objective. However, for Artemis II, which transported astronauts to the moon for the first time in over half a century, Orion required an additional maneuver known as the translunar injection burn to escape Earth’s gravity and enter deep space. Subsequently, the spacecraft utilized the moon’s gravity to adjust its course back to Earth, enabling the four Artemis II crew members to return home safely with vibrant new findings.