Hi, friends! Welcome to Installer No. 123, your guide to the best and Verge-iest stuff in the world. (If you’re new here, welcome, which Artemis photo did you make your wallpaper, and also you can read all the old editions at the Installer homepage.) This week, I’ve been reading about Sam Altman and Satoshi Nakamoto […]
Facebook Help Center, the platform utilizes various elements when deciding which advertisements to display, and you can discover these by clicking on the “Options” button (the three dots) located in the upper right corner of the ad and selecting “Why am I seeing this ad?”. The dropdown will enumerate several components, including the intended audience of the company and your recent interactions on Facebook. For example, under “Your activity,” it will showcase advertisements and pages you have engaged with. That FunisFun LED Keyboard Clicker you purchased on Amazon for a friend? You learned about it via Facebook, prompting Meta to assume you’re keen on acquiring more fidget toys. Any interaction on Facebook, or with a business that advertises on Facebook, will result in similar advertisements appearing for you.
Regrettably, this revelation is standard for Facebook users. Merely using Facebook messenger gathers a significant amount of data compared to other messaging applications. It offers a customized experience, and you might indeed stumble upon something worthwhile to buy through those ads — engage with enough video game groups on Facebook, and you may receive an advertisement for the ideal controller for your Steam Deck. However, on the flip side, numerous individuals might perceive these advertisements as a breach of privacy.
<div class="slide-key image-holder gallery-image-holder credit-image-wrap " data-post-url="https://www.bgr.com/2141062/how-facebook-chooses-ads-to-show-you-explained/" data-post-title="Here's How Facebook Determines What Ads To Present To You (And How To Alter Them
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A few days ago, we looked at the WeAct Studio STM32U585CIU6 development board, which features an ultra-low-power STM32U5 Cortex-M33 MCU and was added to MicroPython v1.28. If you’re looking for another STM32U5-based option, especially for compact UI projects, Maker Go now offers an STM32U575 board with a display connector, a microSD card slot, and many more GPIOs While the STM32U585 on the WeAct board features cryptographic accelerators, the STM32U575VGT6 MCU on the Maker Go board is closely related and still offers the same high-performance Cortex-M33 core running at 160 MHz, along with ultra-low-power capabilities. This new board also adds 8MB of external flash and is designed to accept 1.47-inch or 2.0-inch LCDs directly via a ribbon cable. STM32U575VGT6 board specifications: Microcontroller â ST STM32U575VGT6 Core â Arm Cortex-M33 Armv8-M core clocked at up to 160 MHz with FPU, Arm TrustZone Memory â 786 KB SRAM Flash â 1024 KB (1 […]
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Retrieval-augmented generation, or RAG, has become a foundational approach to building production AI systems. However, deploying RAG in practice can be complex and costly. Developers typically have to manage vector databases, chunking strategies, embedding models, and indexing infrastructure. Designing effective RAG systems is also a moving target, as techniques and best practices evolve in step
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Earlier this year, a relatively unknown startup from Finland made a startling announcement: It had finally solved solid-state batteries. Not only that, but Donut Lab, a spinoff of Verge Motorcycles, said that its solid-state battery – long considered the “Holy Grail of batteries” for their high-density, durable, fast-charging abilities – would go into production later […]
persistent AI-associated chip deficit, prices for computer components such as RAM and graphics cards have surged dramatically, with DDR5 RAM projected to increase further, potentially reaching 63% as per TrendForce. If you’re considering assembling a new PC in the near future, you have a couple of alternatives. You could opt for slightly older components, which might be available at a lower cost, or you can invest significantly more than you would prefer in the latest parts. But do older components still hold value? And primarily, is DDR4 RAM still a worthwhile purchase? Here’s what you need to understand.
Initially, it’s crucial to highlight that DDR4 remains pricier than it ought to be, as all RAM prices have escalated due to heightened demand. For instance, a 32GB DDR4 RAM kit on Amazon was approximately $170 back in January 2026. However, owing to the rising demand spurred by AI advancements and data centers, the cost of that same RAM kit has soared to as high as $260 before stabilizing around $220.
In contrast, a 32GB DDR5 RAM kit has consistently been over $360 since January, with prices peaking at $439.99. Although the pricing seems to have stabilized somewhat, with a slight decrease in market rates, it remains uncertain whether the demand for DDR5 will diminish significantly enough to impact prices. Furthermore, this doesn’t even consider the escalating costs associated with SSDs.
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Stop purchasing games on Amazon Luna — they’ll be unavailable after June 10.
An initial listing provides some insights into what’s brewing.
An early purported performance listing for Samsung’s Exynos 2700 indicates it will feature a 10-core configuration, with its most powerful core reaching approximately 2.88GHz. The chip was also identified with the Xclipse 970 GPU, while additional speculations suggest it might achieve a 12% performance enhancement. A Samsung executive mentioned earlier this year that the company is dedicated to advancing future Exynos chips, which it intends to integrate into multiple Galaxy devices.
It’s customary to anticipate a new SoC for smartphones each year, and it appears Samsung is maintaining its momentum with the Exynos 2700’s development.
Earlier this week, GSMArena reported that Samsung’s upcoming chip, the 2nm Exynos 2700, seemingly made an appearance for its Geekbench performance assessment. The most intriguing aspect here is what the listing allegedly reveals: Samsung’s core architecture for this version. The outlet claims to have observed the chip featuring a 10-core CPU, akin to the Exynos 2600 that powers the Galaxy S26 series in South Korea.
Some of these clock frequencies raise some concerns for me. Based on my calculations, a few of these asserted speeds fall short compared to the 2600. The publication notes that this listing was derived from an “engineers” build, so perhaps these figures might not be entirely accurate. I certainly hope that is the case, too.
It has been noted that the Exynos 2700’s highest cores are clocked at approximately 2.88GHz. The article further mentions that its other cores, possibly focused on efficiency, operate at around 2.4GHz. The complementary component is the Xclipse 970 GPU, which may accompany the SoC upon its release. GSMArena reports there are rumors that the Exynos 2700 could build upon the 2600 by delivering a noteworthy 12% overall performance gain.
What’s been revealed at this moment is data from preliminary test results, so it’s prudent not to leap to any conclusions just yet. However, a couple of reports could aid in shaping our perception of the Exynos 2700.
Exynos for everyone
In early March, reports emerged after Samsung’s vice president of hardware for Samsung’s MX division, Moon Sung-hoon, began discussing the future of its Exynos chipset. Moon expressed that the company was initiating a “mid to long-term strategy” for developing new chips. More significantly, this would expand the Exynos chips into a broader range of Galaxy devices throughout Samsung’s ecosystem.
Samsung is committed to an Exynos-centric future. I believe the key factor will be its ability to compete effectively. The Galaxy S26 doesn’t utilize the Exynos 2600 in all markets. It’s absent in the U.S., where we have the Snapdragon 8 Elite Gen 5. Sure, it’s “For Galaxy,” which means it’s overclocked, but it’s still a Qualcomm chip. Samsung takes this approach because it understands market reactions. I wonder if we’ll reach a stage where it can compete and stand as robustly as Qualcomm.
Despite Moon indicating that developing chips is “challenging” and demands “several years” of effort, Samsung aims to pursue this endeavor for Exynos. Shortly thereafter, rumors about the Exynos 2700 surfaced following a South Korean publication’s report that it may address its heat generation. Allegedly, Samsung is advancing its HPB technology to minimize how hot the chip can become and enhance cooling efficiency. Exynos chips have grappled with high temperatures for years, so this is encouraging news, even if it remains speculative.
The Exynos 2600 launched late last year, showcasing a remarkable 39% improvement in CPU performance.
