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(Jesse Hamilton/CoinDesk)
GameFi Guides

Samsung Adds Coinbase Crypto Access for 75M Galaxy Device Users

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Samsung is teaming up with Coinbase to give 75 million Galaxy device owners in the U.S. access to the exchange’s priority trading service, making it the largest single consumer distribution Coinbase has executed, and Samsung Galaxy’s biggest crypto bet to date, the companies said.

The Samsung Wallet will allow Galaxy owners access to the Coinbase One service, which includes zero trading fees and increased staking rewards. It means users can explore crypto without downloading a separate app or moving funds across platforms.

Samsung Pay is also being linked to Coinbase accounts, allowing Galaxy owners to make payments tied to their holdings. As such, crypto tools will be available in the same place phone users already store payment cards, transit passes and IDs.

“Our mission is to bring more than a billion people on chain, and that starts with meeting them where they already are: on their phones,” said Shan Aggarwal, Chief Business Officer, Coinbase.

While the rollout starts in the U.S., Samsung and Coinbase plan to expand the program to international markets over the coming months.

“Samsung Wallet is a trusted tool to millions of Galaxy users, and we’re continually working to find creative ways to enhance the experience with added functionality,” said Drew Blackard, SVP of Mobile Product Management, Samsung Electronics America.



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Samsung SmartSSD v2
Gaming Gear

Did Generative AI kill the computational storage device?

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  • Samsung used AMD’s Xilinx FPGA to power its SmartSSD storage device
  • It promised to reduce enterprises’ reliance on servers
  • Computational storage devices, however, have faded just as Generative AI surged

Samsung came up with the concept of a SmartSSD back in 2018, before generative AI kicked off. This computational storage drive would power server-less computing, bringing compute closer to where data is stored. SmartSSD had NAND, HBM and RDIMM memory sitting next to a FPGA accelerator in the SSD itself. That FPGA was built by Xilinx, which AMD purchased in October 2020.

Fast forward to 2025 and the SmartSSD has all but disappeared from Samsung’s portfolio. You can still buy them from Amazon (and others) under the AMD Xilinx brand (rather than Samsung’s) for $517.70 with a 3.84TB capacity.

The fact that it is a Gen3 SSD and the novel but complicated nature of the hardware made it a difficult sell. Then came the double whammy of COVID-19 and AI; the latter, more than anything else, is probably why Samsung gave up on CSDs.


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Generative AI demanded another kind of computational resource that CSDs simply couldn’t deliver then and while LLMs need SSDs, storage capacity, rather than compute features, was what it was all about.

Put it simply, CSD represented an interesting but niche market, one that’s closer to traditional servers. It was nice but didn’t have the explosive growth potential of AI-related hardware. That’s why I think Samsung mothballed it after its second generation, despite the company positing that “the computational storage market has great potential” in 2022.

What’s next for CSD?

SNIA Computational Storage Standards – YouTube

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The dedicated page on SNIA’s website, the group that oversees the standardization of computational storage, shows little progress since the launch, in October 2023, of a CS API. A video released in 2024 by the co-chairs of SNIA’s CS technical working group mentions a version 1.1 that is under development.

One of its staunchest proponents, Scaleflux, changed its “about us” page to omit computational storage in its entirety. Instead, it focusses on delivering products that use CS under the hood. Its CSD5000 enterprise SSD, for example, has a physical capacity of 122.88TB but a logical capacity of 256TB (with a compression ratio of approximately 2:1) mentioned in the small print. That is achieved using onboard compute.

Given the growing importance of AI inference, it would make sense to have some of it done as close as possible to where the data lives, that is on the SSD. With ASICs (application-specific integrated circuits) getting more popular thanks to hyperscalers (Google, Microsoft) and AI companies (OpenAI), the market for enterprise inference-friendly AI SSDs – especially at the edge – could open up sooner rather than later.

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Scientists Infuse Cement With Bacteria to Create Living Energy Device
Product Reviews

Scientists Infuse Cement With Bacteria to Create Living Energy Device

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Microbes are known for their remarkable survival abilities. And now, scientists have discovered another remarkable trait: Turning cement into an electricity storage device.

In a study published September 9 in Cell Reports Physical Science, researchers at Aarhus University in Denmark describe how they seeded a bacteria called Shewanella oneidensis into cement. These particular bacteria are known to be good at transferring electrons across surfaces, and the researchers wondered if they could act as an energy transporter in cement.

Indeed, the cement came to life, with the bacteria establishing a “network of charge carriers capable of both storing and releasing electrical energy,” the researchers explained in a statement. In other words, the cement could store and release electricity, a finding that could one day enable more sustainable buildings. Even better, the researchers found that even after the microbes died, the material could be reinvigorated by being fed nutrients.

An undead cement complex

When the microbes inevitably died, a simple trick literally brought them back to life. The team integrated a microfluidic network to supply the bacteria with nutrients, and the same channels could be used to “reawaken” the system, recovering up to 80% of the original energy capacity, according to the study.

“We’ve combined structure with function,” Qi Luo, study lead author and a civil engineer at Aarhus University, said.

“The result is a new kind of material that can both bear loads and store energy—and which is capable of regaining its performance when supplied with nutrients.”

The resulting material produces a hefty load of energy, the researchers said—even under stress. For instance, one stress test involved putting the cement in extreme temperature environments, which it endured with ease. And when the researchers connected six blocks of the cement, the structure generated enough power to switch on an LED light.

The future of sustainable building?

Cement is relatively cheap compared to most materials, making it easy to scale. The bacteria are also abundant in nature, meaning that the technology is sustainable at its core. That said, more work is needed to take what is a proof-of-concept paper through to being a market-ready material.

“We envision this technology being integrated into real buildings, in walls, foundations, or bridges, where it can support renewable energy sources like solar panels by providing local energy storage,” Luo said.

“Imagine a regular room built with bacteria-infused cement: even at a modest energy density of 5 Wh/kg, the walls alone could store about 10 kWh—enough to keep a standard enterprise server running for a whole day.”



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Anker’s Prime USB-C Charging Station Drops Below Black Friday Pricing, Ready for Apple’s New Device Launch
Game Updates

Anker’s Prime USB-C Charging Station Drops Below Black Friday Pricing, Ready for Apple’s New Device Launch

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Too many things in our life need to get plugged in. Our phones, watches, headphones — damn near everything that isn’t attached to us needs to be charged at the end of the day. And now that it’s gotten even more complicated that everything is moving away from USB-A to USB-C. Sure, USB-C is a better standard and can do a lot more, but now I’ve got a bunch of USB-A charging blocks that are worthless to me. It’s time for a singular solution. Anker has its Prime Charger with a clock LCD display one sale for 35% off. Normally, it goes for $170, but for a limited time the price has shot down to just $110. That’s a savings of $60.

Avoid having a ton of clutter and cables running everywhere at your desk or on your nightstand. The Anker Prime Charger has four USB-C ports and two USB-A ports so you can keep all your devices together and nearby when it’s time to charge them. USB-C i universally compatible so use the hub to charge your laptops whether they are Apple or PC, your phone whether its an iPhone, Galaxy, or something else. Charge your earbuds, tablets, and more.

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The Anker Prime Charger is capable of a maximum output of 250W between its six different ports. Three of the four USB-C ports each support 100W individually. The first one is special, capable of an output of 140W. Over that one, you can charge your stuff super quickly. A 16-inch MacBook Pro can go from zero to 50% in just 25 minutes. It will be fully charge in just over an hour and a half.

Tailor Your Charging With Smart Power Control

The dial on the side of the hub can be used to adjust the charging priority for your various devices plugged in. You can choose between port priority mode, dual laptop mode, or low current mode. Or just select AI power mode to have it automatically adjust to what is optimal.

The front of the USB hub is equipped with a large 2.26-inch display which can showcase the time and date. This makes it a lovely addition to your nightstand or your desktop while working. When you devices are plugged into any of the front USB-C ports, the display will visualize its charging status with dynamic animation.

For a limited time, the Anker Prime Charger for USB-C and USB-A charging has dropped in price by $60. Get it now for just $110 before it goes back up.

See at Amazon



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