Tag: gpu

  • Uzbektelecom Launches 2 Data Centers in Bukhara and Kokand

    Uzbektelecom Launches 2 Data Centers in Bukhara and Kokand

    Uzbektelecom has launched two Tier III-certified data centers in Bukhara and Kokand, expanding its national cloud network to support enterprise artificial intelligence workloads and remote computing services.

    Both facilities sit more than 300 kilometres from Tashkent, providing disaster recovery connected to Uztelecom’s backbone network and the TAS-IX national internet exchange ahead of a fifth site due in the third quarter of 2026.

    Regional Expansion and GPU Deployment

    The state-owned operator built the facilities to run under its UzCloud platform, offering infrastructure-as-a-service, platform tools, software hosting, S3 object storage, and automated backups. Uzbekistan’s Ministry of Digital Technologies confirmed the sites feature dedicated graphics processing unit servers designed for training neural networks, running machine learning jobs, video analytics, and rendering digital twins.

    Distributing compute power across regional commercial hubs reduces latency for businesses operating outside the capital. Local retail operations, logistics firms, and financial institutions gain access to high-density compute without building proprietary server rooms or relying exclusively on overseas cloud providers.

    Decentralised Infrastructure for Enterprise Users

    Placing critical hardware in Bukhara and Kokand alters how domestic enterprises handle data sovereignty and operational redundancy. Central Asian businesses face rising compliance pressures to store user records within national borders, creating captive demand for domestic compute capacity.

    For enterprise users, leasing GPU hours locally avoids foreign currency outlays tied to global hyperscalers. The primary operational risk shifts to power stability in secondary cities, where grid reliability must match Tier III continuous uptime standards through redundant generation systems.

    Uzbekistan’s digital economy is growing rapidly, and with it, the demand for reliable, world-class sovereign infrastructure is increasing. The launch of the new data centers continues the development of the national digital infrastructure.

    Integration with National Cloud Services

    Uztelecom structured the roll-out as an extension of its sovereign cloud strategy, centralising public sector digital transformation under the UzCloud architecture. Umar Izbasarov, director of Uztelecom’s advanced development and investment projects department, noted that the infrastructure allows commercial tech firms to deploy software products without capital expenditures on hardware.

    Connecting the nodes to Uztelecom’s primary optical backbone ensures throughput across the Fergana Valley and central agricultural provinces. The architecture allows regional industrial operations and logistics networks to process sensor telemetry and inventory feeds locally before syncing with central administrative systems.

    Next Steps for Tashkent and Advanced Networks

    The dual opening marks the company’s third and fourth operational facilities under the program. Earlier phases focused on centralising government databases in the capital district before network planners pushed server farms out to secondary economic zones.

    Construction is underway on a fifth Tier III-certified facility in the Zangiata district of the Tashkent region, scheduled for completion in the third quarter of 2026. That upcoming hub will host an all-photonic network pilot based on Japan’s Innovative Optical and Wireless Network architecture, developed alongside Toyota Tsusho, NTT Docomo Business, and NEC.

  • Nvidia’s $100 Billion Investment In Openai: A Game-changer For Ai Development And Market Dynamics

    Nvidia’s $100 Billion Investment In Openai: A Game-changer For Ai Development And Market Dynamics

    On Tuesday, Nvidia’s shares fell by $5.18 or 2.82%, closing the regular trading session at $178.43. The stock retreated, losing more than half of the 4% increase it saw on Monday. This came after the technology company announced its plans to invest up to $100 billion in ChatGPT parent company, OpenAI. The partnership will enable OpenAI to construct data centers powered by 10 gigawatts of “compute capacity” from Nvidia’s AI systems.

    The Advantage of GPUs in AI Systems

    Nvidia’s AI systems run on the company’s GPU (Graphics Processing Unit) chips. The reason GPUs are favored over CPUs (Central Processing Units) in AI systems is due to their proficiency in parallel processing. This means that GPUs can have multiple cores working on the same data simultaneously. On the other hand, a CPU processes data sequentially, handling tasks one at a time.

    Future Developments

    The first phase of this partnership is expected to begin implementation in the latter half of 2026 using the Nvidia Vera Rubin platform. This represents Nvidia’s next iteration of AI and data center platform, set to replace the existing Blackwell architecture. Named after a pioneer in the field of astronomy, the Vera Rubin platform is designed for large rack systems as opposed to single-chip options. The platform’s design allows it to manage and process vast amounts of data concurrently.

    The Excitement Surrounding the Partnership

    Jensen Huang, Nvidia’s founder and CEO, expressed his enthusiasm about the partnership, asserting that Nvidia and OpenAI have been challenging and pushing each other forward for a decade. He believes that this investment and infrastructure partnership marks a significant leap forward by deploying 10 gigawatts to enable the next era of intelligence.

    Echoing Huang’s sentiments, OpenAI cofounder and president Greg Brockman stated that the organization had been closely collaborating with Nvidia since OpenAI’s early days. They have utilized Nvidia’s platform to develop AI systems that hundreds of millions of people use every day. The deployment of ten gigawatts of compute with Nvidia signifies an exciting phase in extending the frontier of AI and scaling its benefits to everyone.

    The AI Landscape

    OpenAI currently boasts over 700 million weekly active users, and its partnership with Nvidia is set to benefit humanity by developing innovative AI solutions. The deal is expected to be finalized in the coming weeks.

    In the tech sector, AI continues to be a prevalent topic, and as a result, Nvidia’s shares have become a new standard for the industry. Nvidia’s market value now stands at $4.34 trillion, surpassing the likes of Apple ($3.78 trillion) and Microsoft ($3.79 trillion).

    Microsoft has invested $13 billion in OpenAI, but instead of acquiring a specific percentage of ownership, Microsoft entered into a profit-sharing agreement, receiving 49% of OpenAI Global, LLC’s profits annually until a certain limit is reached.

    Additionally, Alphabet, the parent company of Google, has also established itself as a leader in AI with a market value of $3.06 trillion. Over the past year, Alphabet’s shares have seen a 55% increase, even outpacing Nvidia’s 47% year-on-year gain.

    Questions & Answers

    Why are GPUs preferred over CPUs in AI systems?
    GPUs excel at parallel processing, which allows multiple cores to work on the same data simultaneously. In contrast, CPUs handle tasks one at a time, processing data sequentially.

    What is the significance of Nvidia’s partnership with OpenAI?
    The partnership marks a significant progression in the field of AI. With Nvidia’s investment, OpenAI can build data centers powered by 10 gigawatts of compute capacity, extending the frontier of intelligence and scaling the benefits of AI to everyone.

    How does the Nvidia-OpenAI deal impact the AI landscape?
    The deal, among others, signifies a change in leadership within the AI industry. It further cements Nvidia’s position as a market leader, with its shares now emerging as the new standard for the sector, surpassing even tech giants such as Apple and Microsoft.

  • Nvidia aims to set up a base in Vietnam

    Nvidia aims to set up a base in Vietnam

    Nvidia wishes to establish a base in Vietnam to develop the country’s semiconductor industry as it considers the Vietnamese market an important one, the Vietnamese government said, citing the U.S. chipmaker’s chief executive.

    In his first visit to the Southeast Asian country, Nvidia’s CEO, Jensen Huang, said the company viewed Vietnam as its home and affirmed its plans to set up a center in the country.

    “The base will be for attracting talent from around the world to contribute to the development of Vietnam’s semiconductor ecosystem and digitalization,” the Vietnamese government statement cited Huang after his meeting with Prime Minister Pham Minh Chinh.

    Nvidia, which has already invested $250 million in Vietnam, is set to discuss cooperation deals on semiconductors with Vietnamese tech companies and authorities in a meeting on Monday, Reuters reported on Friday.

    Vietnam, which is home to large chip assembling factories including Intel’s biggest globally, is trying to expand into chip designing and possibly chip-making.

    The chipmaker has already partnered with Vietnam’s leading tech companies to deploy AI in the cloud, automotive and healthcare industries, a document published by the White House in September showed when Washington upgraded diplomatic relations with Vietnam.

  • Tesla Launches New Model Y and Model 3 With AMD Chips

    Tesla Launches New Model Y and Model 3 With AMD Chips

    Tesla had launched the new Model S and Model X which were equipped with AMD RDNA 2 based GPUs that deliver performance that’s comparable to the PlayStation 5 (PS5). And now, as revealed by a leak from its test program in Europe, it has also launched new models of the Model Y and Model 3 which have the very same chip powering the infotainment screen. This is true for models that have been manufactured in China. This is particularly true for the performance edition of the Model Y in China.

    Now, this is interesting as authorities in the US have opened an investigation into Tesla’s implementation of triple-A games that operate from the main infotainment panel facilitated by this AMD GPU that packs 10 teraflops for computing power. Tesla has even said that it will be pushing out a software update in the US to disable this feature.

    But it looks like Tesla is going ahead with the implementation of this feature in markets outside of the US. And considering the global semiconductor shortage, this chip must have been hard to procure as both Sony and Microsoft can’t get enough for the PlayStation 5 and Xbox One Series X – so Tesla could’ve gone for something not as powerful but it is motoring ahead.

    In addition to this chip, these new cars also come with a new 12-volt battery system that will be susceptible to fewer failures. Tesla’s have been prone to battery issues which is why this is a welcome change and will make the Tesla experience more reliable.

  • Telkomsel to adopt Kinetica analytics platform

    Telkomsel to adopt Kinetica analytics platform

    Indonesia’s Telkomsel has arranged to adopt the Kinetica advanced analytics platform to help it transform the customer experience for its users.

    The operator will use the Kinetica engine and NVIDIA graphics processing units (GPUs) to enable real-time analytics, location-based visualization and AI capabilities.

    Telkomsel plans to use thee capabilities to deliver data-driven customer experiences and to enable real-time financial and business reporting.

    “The rapid growth in mobile devices, digital users, and the micro-services nature of prepaid across the Indonesian market has led to exponentially more data generated than ever before,” Telkomsel CIO Montgomery Hong said.

    “This influx of extreme data presents a massive opportunity to develop new, personalized, digital lifestyle experiences for Indonesian consumers. Unlike traditional database solutions, the Kinetica engine is purpose-built for extreme data and provides real-time data analysis and location intelligence across our business, from prepaid and postpaid mobile, to digital lifestyle services (video, gaming, music), to mobile financial services, and digital advertising for starters.”