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HostZealot was established in 2009 and is already a well-known and experienced player in the hosting service industry. We are sure about that, because all our enthusiasm, original ideas, and lack of stereotypes are dedicated to developing tailored infrastructure solutions. HostZealot offers solutions that could be a standard of reliability and quality. Zealot (fanatic) is mentioned in the company’

s name not without a reason. To us, a zealot embodies enthusiasm and efforts to accomplish a goal, while the main goal, in our case, is to keep client’s resources online at a lightning-fast network speed. Of course, such a goal cannot be achieved without reliable partners. That is why HostZealot cooperates with top-notch industrial Datacenters and ISP’s across the globe. HostZealot is constantly developing, increasing network capacity to serving more clients each year. Our team constantly works on upgrades and improvements, which allow making your customer experience even better. Get in touch with us and let’s go towards success together!

Since 2019, when Google demonstrated the superiority of the quantum computer, this topic has become a subject of constan...
31/07/2026

Since 2019, when Google demonstrated the superiority of the quantum computer, this topic has become a subject of constant discussion. A rather challenging algorithm could not be simulated on classical systems, so we should only trust the accuracy of the received results.

and quantum computer experiments

IBM has decided to achieve quantum supremacy, so it now has its own quantum processors and computers. Also, there is revealed information regarding three IBM-sponsored research studies, which showed that quantum computers have given relevant results. Because the verification of the quantum computer's answer is almost impossible to achieve, there are other options for verification. For instance, checking the availability of errors in the quantum circuit or repeating the same experiment on various quantum .

During the initial experiment, scientists used a system that automatically identified cycles with errors and excluded them from the final sample. Such an approach helped with the minimization of the error rate. As a part of the second experiment, the verification of the final results was conducted on a completely different platform.

In the third study, the investigation was made when propagating quantum information in systems with 56 qubits. Scientists made calculations on several quantum processors with different types of noise. Despite all the conducted experiments, it is challenging to actually define quantum supremacy.

IBM experts believe that simulations cannot be conducted on classical systems, so the verifications are only valid when conducted on quantum platforms themselves.

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is raising the prices of graphics processors for its manufacturing partners for the third time this year. This time, t...
31/07/2026

is raising the prices of graphics processors for its manufacturing partners for the third time this year. This time, the price tag on bundles consisting of a chip and VRAM will jump by 20–30%. Unlike the May price hike (which exclusively affected the flagship GeForce RTX 5090), this new wave will touch the entire lineup.

Consumers will have to pay significantly more for new graphics cards.

The Root Cause: Ongoing Memory Shortage

The primary driver behind the price increases is an ongoing crisis in the RAM and VRAM markets. The cost of GDDR memory modules fluctuates monthly, making it impossible even for major brands to forecast pricing over the coming months.

According to the Taiwanese publication Economic Daily News, the current situation in the market could drag on until at least 2028. Industry experts believe prices will continue to climb in the near future.

As for the present, prices continue to go up: for example, the Asus TUF Gaming GeForce RTX 5080, which sold last winter for $1,199, has already reached $1,595 on Amazon.

Crisis Spreads to Competitors and the Console Market
Gamers won't find refuge elsewhere, either. and Intel have already adjusted their GPU price lists upward.

Moreover, rising memory costs have spilled over into adjacent sectors: popular gaming platforms, including the PlayStation 5, Steam Deck, and Nintendo Switch 2, have also become more expensive.

predicts that the shortage in global supply of memory chips will worsen from 2027 to 2028. If you use phones, computer...
30/07/2026

predicts that the shortage in global supply of memory chips will worsen from 2027 to 2028. If you use phones, computers or cloud computing services, you might experience the effect of this shortage in your life through increased costs and delayed upgrading of your products.

Why Memory Supplies Could Tighten Further

Samsung says data centers now consume a rapidly growing share of global chip production. The company expects the supply gap in 2027 to become even more severe than it is today.

Samsung has already signed five year supply agreements with five major data center companies. It is also close to reaching similar deals with five more. These contracts could reserve between 60 and 70 percent of the company’s long term production capacity.

The agreements include advance payments and minimum prices. This structure gives Samsung more confidence when investing billions in new factories and equipment.

Record Profits Create Pressure Elsewhere

Samsung’s semiconductor division reported an operating profit of 89.2 trillion won, equal to about 61.7 billion dollars. The figure was more than 250 times higher than a year earlier.

However, rising memory prices hurt the company’s mobile division. The unit recorded a loss of 700 billion won, its first unprofitable quarter.

Samsung plans to open its new factory in Taylor, Texas, this year. It will also begin constructing another facility, with mass production scheduled for 2030.

The Meaning of This Shortage

In our opinion, a shortage up to 2028 will make smartphones, laptops, servers, and digital services expensive. AI development might provide you with remarkable innovations, yet at the same time, diverts necessary parts from consumer goods.

You will not have many options for discounts, long waiting periods to upgrade, and tough decisions between quality and price.

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Intel is preparing to grant little-known startup access to key processor manufacturing technologies. According to Reut...
30/07/2026

Intel is preparing to grant little-known startup access to key processor manufacturing technologies. According to Reuters, this move diverges from the chipmaker's traditional policy, but it is easily explained by the personal and business ties to the startup.

Who is Behind the Startup

RosaicLabs Inc. was incorporated in Delaware in May of this year. It is headed by Amarjit Gill, an experienced venture investor and semiconductor industry veteran. Gill and current Intel CEO Lip-Bu Tan share a long history of collaboration:

- In the past, they co-invested in the early-stage startup Nuvia (later acquired by ).
- Gill helped Tan form the founding team at Rivos, where Tan served as chairman of the board. Notably, last year Rivos was acquired by Meta, which outbid Intel's own offer.
- According to sources, the Rosaic team also includes specialists who previously worked at Rivos.

What Intel Will Share

will provide Rosaic with access to the core technologies behind the Atom processor family. This decision sets a precedent, as the chipmaker has historically been extremely reluctant to license both the x86 architecture as a whole and Atom solutions in particular. The primary value of the Atom line lies in its high energy efficiency and low heat generation, which are critical for mobile and edge computing.

Furthermore, Intel intends to provide the startup with Register Transfer Level (RTL) code, which describes the chip's logic and functions in detail. Access to this code will give Rosaic complete freedom to build custom solutions based on Intel's intellectual property.

Chinese engineers have successfully completed the development and testing of two of the world's largest superconducting ...
29/07/2026

Chinese engineers have successfully completed the development and testing of two of the world's largest superconducting magnets. This achievement leads us closer to mastering controlled nuclear fusion, a technology that could permanently solve the global crisis.

Specifications of the Record-Breaking Magnet

The key element of the system is a toroidal magnet measuring 21 meters in length, weighing 582 metric tons, and operating with a current of nearly 100,000 amperes.

What the Fusion Reactor Will Do

The project's main goal is to recreate the physical processes occurring deep inside stars. To trigger the fusion reaction, hydrogen is heated to an extreme 100–150 million degrees Celsius, transforming it into plasma.

No known material can withstand direct contact with such intensely hot matter, which is precisely why these magnets are required. Using an ultra-powerful magnetic field, the plasma is contained in space, literally "levitating" inside the reactor.

Project Timeline

Project development is proceeding strictly on schedule. The assembly of the experimental is planned for completion by 2027, with the first official demonstration of energy generation using fusion expected by 2030.

has introduced its new NX1 enterprise series, designed to meet the growing demands of AI driven workloads and modern...
29/07/2026

has introduced its new NX1 enterprise series, designed to meet the growing demands of AI driven workloads and modern hyperscale data centers. The new drives use the compact E1.S form factor and target powered servers that require both high performance and efficient thermal management.

One of the biggest highlights is support for direct liquid cooling. The 9.5 mm models can work with either liquid or traditional air cooling, giving data center operators greater flexibility when designing new server platforms. The thicker 15 mm versions rely on air cooling only.

The NX1 family connects through the PCIe 5.0 interface with NVMe 2.0 support. Kioxia also includes compatibility with OCP Datacenter SSD 2.6, Flexible Data Placement technology, and optional self encrypting drive capabilities for organizations that require stronger data protection.

Higher Performance with Advanced Flash Technology

Kioxia equips the NX1 series with its eighth generation BiCS Flash TLC memory and a proprietary controller. The company also uses its CMOS directly Bonded to Array technology, which improves efficiency, storage density, performance, and long term reliability compared to previous generations.

The new lineup offers capacities from 1.92 TB to 15.36 TB and supports one full drive write per day. According to Kioxia, the NX1 delivers up to 38 percent faster sequential write speeds and up to 20 percent better random write performance than the earlier XD8 E1.S SSDs introduced in late 2024. Sample shipments have already begun, bringing the new drives one step closer to large scale deployment.

The Future of Enterprise

If you follow the rapid growth of infrastructure, the NX1 series is worth watching. Support for liquid cooling shows that storage vendors are adapting to the same thermal challenges that already affect modern GPUs and processors. Faster SSDs with more efficient cooling could help data centers improve performance while reducing energy consumption and making better use of available rack space.

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What if storing digital data required just a single electron instead of hundreds of thousands? Researchers at Fudan Univ...
28/07/2026

What if storing digital data required just a single electron instead of hundreds of thousands? Researchers at Fudan University in Shanghai have taken a major step toward making that idea a reality. Their new two dimensional flash can reliably store information at room temperature while using only one electron per memory state.

Current memory technologies depend on large groups of electrons to protect data from electrical noise. In fact, one bit of information typically requires around 200,000 electrons to remain stable. By reducing that number to one, the research team has created a technology that could dramatically lower power consumption while increasing efficiency.

A New Design That Changes the Rules

The breakthrough comes from an ultra thin graphene based structure that keeps electrons securely trapped inside the memory cell. Instead of losing the signal, the new architecture amplifies it. According to the researchers, a single electron can produce a signal of about 0.5 volts, which is far stronger than previous experimental designs.

The team named the technology Guiyi, which translates as Return to One. The name reflects the idea that extraordinary results can emerge from something incredibly small. Beyond proving single electron storage, the researchers also observed quantum effects that may allow future chips to store even more information with exceptional precision.

The scientists now plan to commercialize the technology within the next five years. They believe it could become the foundation for a new generation of ultra efficient memory chips.

What We Can Expect

If this technology reaches mass production, you could see smartphones, laptops, and powered devices become faster while using far less energy. More artificial intelligence tasks could run directly on your device instead of relying on cloud servers. That means better privacy, lower power consumption, and quicker responses.

In our view, this is more than another hardware upgrade. It represents a shift toward making advanced AI accessible on everyday devices without demanding massive computing resources. While commercial adoption will take time, this innovation has the potential to reshape how you use technology every day.

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Recently, China announced the installation of the largest converter station near the coast of Guangdong Province. This m...
28/07/2026

Recently, China announced the installation of the largest converter station near the coast of Guangdong Province. This massive platform gathers generated by offshore wind farms, with the transmission of almost 6 billion of annually.

Overview of the project details

The station is located approximately 100 km from the Yangtze River coast. All the preparations are now at the final stage before the actual start of the commercial operation. Major tasks are now connected with the joint tests and laying of the subsea cable. It is expected that the project can minimize CO₂ emissions by nearly 5 million metric tons per year.

According to the publicly revealed information, the converter substation is constructed from two parts. The first one is a 7-story steel structure with a support base that is anchored to the seabed. The total weight of both structures is approximately 17,000 metric tons.

This massive construction is anchored to the seabed with 8 foundation piles. They were created to withstand severe conditions with strong winds, waves, and typhoons. Due to the huge weight of the entire construction, engineers created an innovative installation method. The semi-submersible vessel “Xiang Tai Kou” was used for the lifting of the heavy loads.

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Chinese memory maker has brought more chips to the market, but you should not expect bargain prices. On JD.com, a 64...
27/07/2026

Chinese memory maker has brought more chips to the market, but you should not expect bargain prices. On JD.com, a 64 GB DDR5 5600 RDIMM module using Samsung or SK hynix chips costs 18,595 yuan, or about $2,745. A comparable CXMT module sells for 18,999 yuan, around $2,805.

The Chinese option is roughly 2.2 percent more expensive. The gap looks small, yet it sends a clear message. More suppliers do not automatically lead to lower prices. On Amazon in the United States, a similar module is available for about $2,425.

Lower Chip Costs Do Not Reach Your Wallet

CXMT uses an older manufacturing process. Its chips may consume more power and offer less performance headroom. Government support can still help the company reduce production costs.

Those savings do not always reach you. Module manufacturers set their prices according to demand, supply, and available factory capacity. When production remains limited, suppliers have little reason to offer major discounts. Lower component costs can simply turn into higher margins.

Large hardware brands also require strict validation. Companies such as , , and test before approving it for their products. This process adds both time and expense.

Competition Will Matter More Over Time

We believe CXMT can strengthen global supply and reduce dependence on a small group of manufacturers. This could give you better availability and more choice in the future. For now, however, additional production has not created meaningful savings for buyers.

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The head of ’s division is convinced that the segment of gaming devices is going to disappear soon. The main reason i...
27/07/2026

The head of ’s division is convinced that the segment of gaming devices is going to disappear soon. The main reason is the memory shortage, which significantly affects PCs, game consoles, and smartphones. However, it is hard to imagine life without smartphones, making consoles less essential.

price can tremendously impact the gaming market

During the interview, expressed predictions that with the increase in hardware price, more and more users will start questioning the real necessity of dedicated gaming devices. Only a small percentage of users actually have game consoles compared to the widespread use of smartphones.

From the perspective of cloud gaming, the necessity for dedicated gaming devices is gradually diminishing. Most of the top-rated games are already in the cloud, and anyone can have access with a minimal monthly subscription and stability guarantees. Gaming experience becomes more accessible, and cloud providers play a huge role in expanding the audience.

If looking at this situation from another viewpoint, some gamers who live in regions with slower internet connections will surely have issues with cloud gaming. That’s why the best option for such a category of clients will continue to be dedicated gaming devices.

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