MWC 2023: Global Mobile Awards
During MWC 2023 in Barcelona, the GSMA—the organization that organizes MWC—announced the recipients of the 2023 Global Mobile (GLOMO) Awards.
Optical Zoom: What Is It Really On Smartphones?
The optical zoom feature is now a big talking point among phone makers when discussing smartphone camera specifications. That's because the optical zoom is now a reality thanks to technological advancements; in the past, phone cameras could only employ digital zoom.
Geekbench 6 Benchmarking Suite is released at Primate Labs
The most recent version of the company's cross-platform benchmarking suite, Geekbench 6, was just released, according to a press release from Primate Labs
Google Introducing The Bard: Important Next Step In AI Development
The most revolutionary technology we are developing right now is Bard AI. AI enables people, businesses, and communities to reach their full potential by assisting in the earlier diagnosis of diseases and allowing users to access information in their native tongue.
helping to the development of a 5G networking technology
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Apple’s iPhone 14, TSMC takes on the whole 5G modem order
According to a fresh rumour from a Chinese news agency, TSMC is prepared to fill all of Apple’s 5G modem orders for the next iPhone 14 series. This revelation contradicts a previous rumour that said TSMC would only accept a fraction of the orders.
According to reports, TSMC refused to confirm the order’s details. However, unnamed supply industry insiders have told the magazine that the 5G modems would be manufactured using TSMC’s 6nm technology.
Apple’s design was expected to be based on TSMC’s 4nm technology. Apple is also working on additional associated components, including radiofrequency and millimetre wave parts that connect to the modem itself, as well as a power management processor specifically for the modem, according to the sources.
according to Economic Daily News, TSMC’s 6nm 5G modems should consume much less power than the Qualcomm modems that Apple currently employs. With the upcoming iPhone, compared to the existing iPhone 13, this would result in battery savings.
Aside from improved performance over 5G and Wi-Fi, another compelling argument to include this new technology in the iPhone 14 is the additional battery life it provides. Not only that, but 5G modems are still power-hungry, which is why Apple advises customers against using 5G all of the time.
4nm process to be used to Qualcomm Snapdragon 5100 series chipsets
Qualcomm has begun using the 4nm technology for its flagship Snapdragon 8 Gen 1 chipset, and the firm is now planning to use it for future processors for wearable devices.
The forthcoming Qualcomm Snapdragon Wear 5100 and Snapdragon Wear 5100+ CPUs are projected to be fabricated on a 4nm production node, resulting in improved performance over current-generation chips.
For those who don’t know, the current-generation Qualcomm Snapdragon Wear 4100 processor is made on a 12nm production node, whereas the Snapdragon Wear 3100 was made on a 28nm process node.
According to reports, Samsung Foundry will produce these new chips, but they will be utilised by other smartphone makers as well and will not be confined to Samsung smartphones.
It’s worth noting that Samsung is also using the new 4nm production node to create the Qualcomm Snapdragon 8 Gen 1 processor. If rumours are to be accepted, the packaging is the only variation between Wear 5100 and 5100+. The Snapdragon Wear 5100’s SoC and Power Management Integrated Circuits will be separated (PMIC).
The Snapdragon Wear 5100+, on the other hand, will feature a Molded Embedded Package (MEP), which means everything will be bundled together. It’s also supposed to contain ARM-developed technologies for heart rate and fall detection, as well as better haptics. Both variations are believed to include four Cortex-A53 cores clocked at 1.7GHz, as well as the Adreno 702 graphics processor clocked at 700MHz. They’ll be able to handle up to 4GB of LPDDR4X RAM and eMMC 5.1 storage.
The EUV: breakthrough in memory technology
The most recent invention is ready for prime time, and it will significantly alter how electronics appear and work. Extreme Ultraviolet (EUV) lithography is the technique that makes it all possible. Higher performance in smaller sizes is becoming more important as memory-based technology advances in our data-driven environment. Samsung has pioneered EUV advanced processing to overcome DRAM scaling limits and to lead the next generation of memory manufacture.
Technology’s limits are being pushed
Samsung was the first in the industry to use manufacturing know-how to successfully apply EUV processing to DRAM manufacture, and it has been mass-producing specialised EUV-applied products. In EUV processes, Samsung has the upper hand. Because of its outstanding semiconductor manufacturing technology and knowledge, it was one of the first in the industry to effectively use EUV processing to DRAM manufacture. Samsung has already begun mass-producing select EUV-applicated items and is planning to expand its capacity in the near future.
Compact sizes are more powerful
In comparison to the old 193nm wavelength, the EUV advanced processing technology uses a precise wavelength of 13.5nm. This permits the memory to store more capacity in the same amount of space and size, allowing it to satisfy future needs for high-capacity Non Volatile Memory.
Here’s the distinction. While DUV lithography utilises wavelengths of 193nm, EUV lithography employs wavelengths of 13.5nm, which is a significant improvement. As a result, finer circuitry may be drawn, allowing more data to be stored on the same surface area. More logical gates may be packed into a single chip when the circuitry is finer. As a result, those chips become more powerful and energy-efficient. When EUV is employed, the surface area of a chip is utilised considerably more efficiently, thus it’s no surprise that many in the industry are racing to develop the technology for their own fabrication lines.
Processing and productivity have improved
Single pattern, which uses modern processing technology, improves precision and reduces processing time as compared to multi-patterning, which uses a longer wavelength. When compared to earlier processing methods, this significantly improves wafer manufacturing efficiency.
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| Step-by-step Multi patterning |
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| Seamless-one-step Single patterning |
The memory market is quite competitive. However, there are no new steps that can be implemented quickly that will genuinely shake up the sector. As a result, it’s critical to get ready now for tomorrow. EUV lithography has a bright future for DRAM, but it’s Deep Ultraviolet (DUV) lithography that’s now in use. For current semiconductor generations, DUV works well.
You can rely on our quality
Samsung established confidence by preventing faults through manufacturing know-how based on the EUV logic process, and by progressively integrating EUV advanced technologies to increase quality early on.
For both quality and technology, the manufacture of EUV applied DRAM products has garnered international customer confidence and reputation. Look about you and you’ll almost certainly come across some form of technology that links to a larger network of devices. Indeed, the rise of IoT, AI, and 5G has necessitated modifications in the way DRAM is produced. Memory currently requires finer processing, and the EUV process’s highly fine ultraviolet light is exactly what the industry requires to develop DRAM solutions that will be extensively deployed in the future years.
A significant step forward in the future
Samsung changes the DRAM industry’s paradigm with industry-leading processing technologies that led to a new range of DRAM products. This never-say-die attitude cleared the way for the next generation of memory devices.
This is a trip, and we haven’t yet arrived at our destination. Samsung is aware of this and is working to correct any flaws now so that it can be ready for the future. The firm has a roadmap that outlines how it plans to expand the adoption of EUV-based DRAM products.
Samsung teases a Galaxy MWC 2022 event Expose about New Era of Mobile Devices
Samsung Electronics is once again changing the future of how we work and study in today’s quickly expanding world powered by mobile devices.
On February 27, come discover how Samsung is driving the connected experience at the Samsung Galaxy Mobile World Congress (MWC) Event 2022. Beginning at 7:00 p.m. CET, the event will be aired live on Samsung Newsroom and Samsung’s YouTube account.
With a showcase animation showing its variety of goods, including phones, foldable, smartwatches, tablets, and PCs, the business sent out its Galaxy MWC Event invitation for the “new age of connected devices.” Although the teaser is ambiguous, the firm has already released another MWC teaser that gives us a little more insight into what we may expect.
Samsung also does a proper job at this, as seen by the addition of One UI Watch to the Galaxy Watch 4, which allows for smooth interactions between the watch and Galaxy smartphones. Samsung has also launched new watch upgrades that improve the watch’s connection.