logo
gaming Laptops: Acer Unveils Powerful New Predator Series

gaming Laptops: Acer Unveils Powerful New Predator Series

TECHx26-05-2025
Home » Emerging technologies » Gaming » Acer Unveils Powerful New Predator Gaming Laptops
Acer has announced new 14-inch Predator gaming laptops. These devices are built for gamers and creative professionals. They feature powerful components in a compact form.
The new laptops come equipped with the latest Intel® Core™ Ultra (Series 2) processors and NVIDIA® GeForce RTX™ 50 Series Laptop GPUs. According to Acer, these offer high performance, advanced AI features, and excellent portability.
Powered by NVIDIA Blackwell architecture, the GeForce RTX 50 Series GPUs deliver cutting-edge gaming and creative capabilities. They feature NVIDIA DLSS 4 for faster image generation, NVIDIA Studio for creative tools, and support for AI-intensive tasks.
Acer revealed both laptops are part of a new class of Windows PCs built for AI processes. These include real-time translations and image generation. Additionally, NVIDIA NIM Microservices support enables developers to create AI-powered tools and assistants.
Alongside the laptops, Acer reported updates to the Predator Orion 3000 gaming desktop. It now includes Intel and NVIDIA's latest chips for enhanced gaming and content creation.
The Predator Triton 14 AI (PT14-52T) is a portable 14.5-inch laptop. It includes: Intel Core Ultra 9 288V processor
NVIDIA GeForce RTX 5070 GPU with DLSS 4
Up to 32 GB LPDDR5X memory and 2 TB PCIe Gen 4 NVMe SSD
It features a Calman Verified OLED WQXGA+ display with 100% DCI-P3 color support. This ensures vivid visuals, accurate colors, and smooth gameplay with a 120 Hz refresh rate. A touch-enabled screen improves interaction and workflow for creators.
Design-wise, the laptop is thin and light. It weighs 1.6 kg and is 17.31 mm thick. A silver hinge and anti-fingerprint coating add to its sleek look.
Acer included stylus support with a haptic Corning Gorilla Glass touchpad. The stylus supports 4,096 pressure levels and protocols like AES 2.0 and USI 2.0. This enables artists and designers to work with precision.
For cooling, the Triton 14 AI introduces graphene thermal interface material (TIM) on the CPU. It boosts thermal conductivity by 14.5%. Dual AeroBlade 3D fans and a vapor chamber ensure optimal airflow and prevent overheating.
It also features AI-powered Human Presence Detection (HPD) with an AI Vision Sensor. This activates security features and adjusts the display based on user presence.
Connectivity includes Intel Killer Wi-Fi 7, Thunderbolt 4, and customizable RGB keyboard lighting. Users can monitor and adjust performance through PredatorSense software.
The Predator Helios Neo 14 AI (PHN14-71) joins the lineup. Acer revealed it supports: Intel Core Ultra 9 285H processor
NVIDIA GeForce RTX 5070 GPU
Up to 32 GB LPDDR5X memory and 2 TB PCIe Gen 4 SSD
It features a 14.5-inch OLED 2.8K display with 0.2 ms response time and 100% DCI-P3 color support. It also offers NVIDIA Advanced Optimus for efficient GPU switching.
Cooling is handled by 5th Gen AeroBlade fans, liquid metal thermal grease, and Vortex Flow design.
The metal lid includes an RGB logo, and the laptop has a three-zone RGB keyboard. Connectivity options include Wi-Fi 6E, Thunderbolt 4, and Acer's AI-powered features like PurifiedVoice 2.0 and ProCam.
Acer also revealed the Predator Orion 3000 (PO3-665) gaming desktop. It now supports: Intel Core Ultra 7 265F processor
NVIDIA GeForce RTX 5070 GPU
Up to 32 GB DDR5 RAM
Up to 2 TB PCIe SSD and 2 TB HDD
This 28-liter desktop includes mesh-lined tempered glass panels, RGB-lit fans, and a sleek Predator logo. It supports Wi-Fi 7 and various USB-A and USB-C ports.
Acer confirmed the availability in EMEA starting July: Predator Triton 14 AI: from USD 2,999
Predator Helios Neo 14 AI: from USD 1,699
Predator Orion 3000: from USD 1,099
Exact prices and configurations may vary by region.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

THE GHOST OF NOKIA HAUNTS INTEL: CAN THE CHIP GIANT AVOID A SIMILAR FATE?
THE GHOST OF NOKIA HAUNTS INTEL: CAN THE CHIP GIANT AVOID A SIMILAR FATE?

Emirates 24/7

time9 hours ago

  • Emirates 24/7

THE GHOST OF NOKIA HAUNTS INTEL: CAN THE CHIP GIANT AVOID A SIMILAR FATE?

In a rapidly changing economic landscape, there is no room for stasis. Even technology giants are not immune to the harsh reality of change. Innovation is the only ticket to survival. But what happens when a behemoth like Intel stumbles? Is the company destined to repeat the tragic story of Nokia, the one-time king of mobile phones that collapsed almost overnight? At its peak, Nokia dominated the global mobile phone market, controlling half of it. However, its refusal to embrace the nascent Android operating system, its stubborn adherence to its own Symbian OS, and its later pivot to Windows Mobile revealed a pattern of inflexibility and a failure to adapt to fundamental market shifts. Between 2007 and 2013, Nokia lost almost everything. The company ignored the rise of touchscreen smartphones and underestimated the crucial role of third-party apps in attracting users. Despite being widely considered "too big to fail," Nokia's fall was spectacular. While the Nokia name still exists today through a limited number of Android-based devices, it has never recovered its former glory. It serves as a stark reminder that arrogance and stagnation can bring down any entity, no matter its size. Intel on a Perilous Path Intel's history is filled with success; for decades, it has been the bedrock of the processor industry. However, recent years have shown signs of decline. The company has suffered from a series of misguided technical decisions, such as the flawed Netburst architecture in its Pentium 4 processors, which was plagued by performance and overheating issues. This was followed by the failed Itanium project and the Larrabee graphics card initiative, which was shuttered before it ever saw the light of day. According to tech analyst Sydney Butler, Intel has not learned from its past failures. Instead, it has become overly cautious, trying to avoid mistakes by avoiding risk altogether. Butler considers this 'the greatest mistake' on its current trajectory. The Severest Blow Intel's failure to rapidly update its architectural structure led to Apple's strategic decision to develop its own ARM-based processors. With that move, Intel lost one of its most critical clients. Now, Intel faces the risk of losing its customers in the PC market as well. Microsoft has partnered with Qualcomm to produce ARM-based processors for laptops. If Qualcomm can improve its performance to rival Apple's chips, other PC manufacturers may abandon Intel. ARM processors are known for their lower power consumption and reduced heat generation, which minimizes the need for expensive cooling technologies. However, this transition would require extensive efforts from developers to re-engineer applications for the new architecture, moving away from the x86 architecture that Intel provides development kits for. Similarly, Windows itself would need to adopt Intel's new architectures as expected. A Leadership Crisis A new crisis has been added to Intel's woes: this time, a leadership one involving its new CEO, Lip-Bu Tan. In March, Tan took the helm, but he was soon accused of having ties to Chinese military-affiliated companies, a matter that has caused widespread concern among U.S. politicians. Republican Senator Tom Cotton sent a letter to Intel's board, alleging that Tan holds stakes in companies with Chinese military ties and accusing him of participating in a breach of U.S. export controls during his time leading Cadence Design Systems. This was followed by a direct call from President Donald Trump on his Truth Social platform for Tan's immediate dismissal. The company's stock subsequently dropped by 3% in a single day, despite a positive performance by other technology stocks. Is There Salvation? Between erratic technical decisions, a lack of innovation, client loss, and leadership crises, Intel stands at a critical crossroads. It must either reinvent itself and reclaim its leadership role in the processor sector or join Nokia in the ranks of fallen giants. The question is no longer whether Intel can fall, but whether it can survive the final blow. The tech world is unforgiving. It operates like a high-speed train, crushing anyone who fails to keep up. Will Intel manage to survive beneath its wheels?

US Government Eyes Stake in Intel Amid Chip Manufacturing Push
US Government Eyes Stake in Intel Amid Chip Manufacturing Push

Arabian Post

time2 days ago

  • Arabian Post

US Government Eyes Stake in Intel Amid Chip Manufacturing Push

The U. S. government is reportedly negotiating a potential stake in semiconductor giant Intel, as part of efforts to bolster the nation's chip manufacturing capabilities. According to sources familiar with the matter, the deal could be a significant move in Washington's ongoing strategy to strengthen domestic manufacturing of critical technologies, particularly semiconductors. Intel has been facing mounting challenges in the competitive semiconductor industry, with delays in its manufacturing projects, including the much-anticipated Ohio chip factory. The U. S. government's interest in taking an equity stake in the company signals a broader push to reduce dependency on foreign chip production, especially from Asia, and ensure the security of critical supply chains. This move is seen as part of a strategic initiative to revitalise America's technological leadership and secure its position in global markets. Intel's Ohio facility, which is poised to become one of the largest semiconductor manufacturing plants in the world, has faced delays partly due to supply chain disruptions and increasing construction costs. The involvement of the U. S. government could provide much-needed capital and oversight, accelerating the development of the plant and helping Intel compete more effectively with rival manufacturers, particularly Taiwan's TSMC and South Korea's Samsung, who have been expanding their presence in the U. S. market. ADVERTISEMENT The discussions come on the heels of significant policy shifts, such as the CHIPS Act, passed by Congress in 2022, which aims to incentivise semiconductor manufacturing on American soil. The act includes $52 billion in subsidies for semiconductor companies to develop and expand production facilities within the United States. By taking a stake in Intel, the government would not only provide financial support but could also play a role in shaping the company's long-term strategy in an increasingly geopolitical semiconductor landscape. Intel's shift towards increasing domestic production comes at a time when geopolitical tensions and supply chain issues have exposed vulnerabilities in global chip supply chains. These concerns were particularly underscored during the COVID-19 pandemic, which led to widespread shortages and underscored the need for diversified production capabilities. As the U. S. government navigates this complex environment, its stake in Intel could also be seen as an effort to counter China's rising influence in the semiconductor space, which is a growing concern for U. S. policymakers. For Intel, the U. S. government's involvement could provide the company with a much-needed financial cushion to accelerate its plans. With Intel's long-term ambitions to manufacture leading-edge chips in the U. S., this partnership could be a critical factor in its race to catch up with competitors who have already established more advanced production processes. Industry experts suggest that the collaboration between the government and Intel could reshape the dynamics of semiconductor production in the U. S. The push for a self-sufficient chip supply chain could lead to a wave of investment in U. S.-based manufacturing plants, potentially creating thousands of jobs and boosting local economies. The implications for the broader tech sector are also significant, as the development of these high-tech manufacturing plants could drive further innovation and research in the field of semiconductor design and fabrication. However, some analysts caution that while the partnership could provide substantial benefits, it also comes with risks. The involvement of the government in a private company could lead to concerns about political interference in business decisions, especially in an industry as vital to national security as semiconductor manufacturing. Critics argue that the focus should be on creating an environment that encourages private sector growth without overt government involvement. As discussions continue, it remains unclear how much of a stake the U. S. government would take in Intel and the specific terms of the agreement. However, the move is widely seen as part of a broader strategy to revitalise the U. S. semiconductor industry and ensure that it is equipped to meet the growing demand for chips in everything from consumer electronics to military technology.

Intel shares rise on report of possible US government stake
Intel shares rise on report of possible US government stake

Zawya

time3 days ago

  • Zawya

Intel shares rise on report of possible US government stake

Intel shares rose 4% on Friday on hopes of more financial aid for the turnaround of the struggling chipmaker after a report that the U.S. government may buy a stake. The Bloomberg News report followed a meeting between CEO Lip-Bu Tan and President Donald Trump on Monday after Trump demanded the new Intel chief's resignation over his "highly conflicted" ties to Chinese firms. Trump, who called the meeting "very interesting", has taken an unprecedented approach to interventions and deal-making with corporate America. His administration had struck a deal with MP Materials that would make the Department of Defense the largest shareholder of the rare-earth producer. Federal backing could give Intel more time to revive its loss-making foundry business, analysts said, but it still faces a weak product roadmap and trouble attracting customers for new factories. Under the Biden administration, Intel had emerged as one of the biggest beneficiaries of the 2022 CHIPS Act, as former CEO Pat Gelsinger laid out plans to build advanced factories. Tan, however, pared back such ambitions, slowing construction of new plants in Ohio. He plans to build factories based on demand for the services, which analysts have said could put him at odds with Trump's push to shore up American manufacturing. The report said a deal would help build out the Ohio plant, which has faced delays and was expected to be completed by 2030. It could be a "game-changer", said Matt Britzman, senior equity analyst at Hargreaves Lansdown. But he warned "government support might help shore up confidence, but it doesn't fix the underlying competitiveness gap in advanced nodes." Intel lost its competitive edge years ago to Taiwan's TSMC . It has virtually no presence in the booming AI chips market dominated by Nvidia and is losing market share in PCs and datacenters to AMD. Its latest 18A manufacturing process is facing quality issues, Reuters has reported, as only a small share of chips produced are good enough for customers, while it remains partly dependent on TSMC to make Intel in-house designed chips. "Intel also needs capability; can the US government do anything to help here?" Bernstein analysts said. "Without a solid process roadmap the entire exercise would be economically equivalent to simply setting 10s of billions of dollars on fire." (Reporting by Alun John in London and Rashika Singh and Arsheeya Bajwa in Bengaluru; Editing by Jan Harvey, Rashmi Aich and Arun Koyyur)

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store