Technology
Over 50% smartphones to bring OLED display this year, thanks Samsung
Back in 2020, Samsung started to ship smartphones equipped with OLED display panels, while Apple did in 2021. Both companies triggered the use of OLED panels in smartphones, which is about to surpass 50 percent market this year, reports BusinessKorea.
As both, Samsung & Apple are releasing their flagship products in the second half, there will be a rapid OLED display expansion. DSCC predicted that panel shipments for the iPhone 15 in June and July would be 100 percent more than the iPhone 14.
The rising popularity of foldable phones has also been cited as one of the reasons behind the rising adoption rate of OLED displays. Industry insiders expect OLED display adoption for smartphones to surpass 50 percent, as both companies will launch new models in the second half.
In the first quarter of 2023, the share of smartphones with OLED panels reached a record high of 49 percent, as per Counterpoint Research. However, TrendForce predicts that the adoption rate of OLED panels in smartphones will exceed 50 percent this year.
Imagine this: You’re setting out on an adventure into the wilderness, miles away from the nearest cell tower when suddenly things go south. Or you’re in an area hit by a natural disaster where the usual phone networks are down. That’s when your smartphone with satellite connectivity, becomes more than just a phone; it turns into your lifeline, a light in the dark, when everything else fails.
What is Satellite Connectivity?
Satellite connectivity allows your smartphone to communicate directly with satellites in Earth’s orbit when you’re out of the reach of cell networks.
Think of it like this: when you’re too far out for your phone to catch any signal, satellite connectivity kicks in. Your phone turns into a tiny satellite station all on its own. It will send your messages or calls to a satellite way up in space, and that satellite passes it along, keeping you connected when you’re literally off the grid.
How Does It Work?
When you’re in an area with no cellular service, your smartphone can switch to satellite mode. Here’s what happens:
- Direct Connection: Your phone sends a signal directly up to a satellite in the sky. This means you need to have a good view of the sky – no tall buildings or dense forests in the way. That’s why this tech is a real game-changer when you’re out in the wide open, far from civilization.
- Signal Relay: Once your phone’s signal reaches the satellite, it gets bounced back down to a ground station. This station is like a bridge; it links up with the regular phone network or the internet. So, you can send a text or, in some cases, even make calls.
Eligible Devices
As of now, not all smartphones support satellite connectivity. The following smartphones are known to support satellite connectivity:
Apple iPhone Series:
- iPhone 14 and later models (including all variants like Pro and Pro Max). These models support emergency SOS via satellite.
Huawei:
- Huawei Mate 60 Pro, which allows for satellite calls.
Samsung:
- There are no officially confirmed Galaxy devices eligible for this feature. Samsung is currently working on adding satellite connectivity, potentially starting with the Galaxy S25, as per reports.
Google Pixel:
- Google Pixel 9 supports satellite connectivity, known as Satellite SOS. This Pixel 9 series, including the Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, and Pixel 9 Pro Fold support this.
Android Devices with Specific Chipsets:
- Devices equipped with the Snapdragon 8 Gen 2 processor and possibly later versions were expected to offer two-way satellite messaging.
Features
- Emergency SOS: It allows users to send distress signals or share location with emergency services.
- Text Messaging: Beyond emergencies, some services allow for regular text messaging, though this might come with a subscription or per-message fee after an initial free period.
- Subscription Models: Initially, Apple offers emergency services for free, but for broader use, like messaging or data, there could be charges. The US network carrier, T-Mobile, is looking into how they can mix this satellite magic into their regular plans.
Wider Rollout:
The rollout is in progress, with companies like Apple, Google, and SpaceX’s Starlink working to make this technology more accessible. Starlink’s partnership with T-Mobile hints at a future where even data services could be available, turning remote dead zones into areas of connectivity.
Satellite connectivity in phones isn’t just cool tech; it’s a big step towards making sure everyone can communicate, no matter where they are. As it gets better, expect it to be cheaper, in more phones, and easier to use. Right now, it’s great for emergencies, but soon, you might be able to chat or send messages from anywhere on Earth, even in the most remote places.
Samsung has unveiled two new battery packs with powerful performance using recycled materials. The launch, scheduled for the 19th, introduces the PD Battery Pack 20,000 mAh and the PD Wireless Charging Battery Pack 10,000 mAh. Both of these battery incorporate 30% UL-certified recycled plastic in their design, marking a stride in reducing carbon emissions.
The ‘PD Battery Pack 20,000 mAh’ offers a high capacity for charging, with a maximum output of 45W and three USB-C ports, allowing for simultaneously charging multiple devices. However, the actual charging speed may vary based on several factors, including the devices connected and charging conditions.
On the other hand, the ‘PD Wireless Charging Battery Pack 10,000 mAh’ provides the convenience of wireless charging, along with a wired charging capability of up to 25W. It comes with two USB-C ports, making it possible to charge up to three devices at once when combining wired and wireless charging.
Both battery packs comply with the USB PD 3.0 standard, ensuring quick and efficient charging for Samsung Galaxy products and other compatible devices.
The LPDDR6 market is expected to bloom as early as next year, as the new on-device AI memory is on the way with the latest LPDDR6 standard finalization taking place in Q3 2024. If the standard is confirmed in the third quarter, LPDDR will secure a new standard for the first time in five years.
Going toward the details, the International Semiconductor Standard Organization (JEDEC) recently held discussions on the next-generation mobile RAM standard. The meeting proceeded with the finalization process to finalize the LPDDR6 standard.
An official in the semiconductor industry said,
- “We have held various discussions to confirm the LPDDR6 standard specification,” and it will be released in the third quarter of this year.”
To be mentioned, the JEDEC is a private organization that establishes semiconductor standards, that is, sizes and specifications, and more than 60 people from memory, system semiconductor, and design asset (IP) companies participated in this Lisbon meeting.
Follow our socials → Google News | Telegram | X/Twitter | Facebook | WhatsApp
Furthermore, the LPDDR6 standard will be established with a focus on improving data processing performance as the demand for on-device AI to perform large-scale AI calculations on smartphones, laptops, and tablet PCs is rapidly increasing. In addition, the power consumption standard will also be improved.
However, once the LPDDR6 standard is confirmed, major memory manufacturers such as Samsung Electronics and SK Hynix are expected to begin commercializing their products in earnest.