Tag: Semiconductor device fabrication

HardwareSemiconductorsTechnology

Intel’s Panther Lake Chips Set to Revolutionize Wireless Connectivity and Gaming Performance

Intel’s next-generation Panther Lake processors are poised to deliver transformative wireless connectivity with full Wi-Fi 7 support and revolutionary gaming performance through AI-powered frame generation. The chips, demonstrated at Intel’s Tech Tour 2025, represent a significant leap in both connectivity and graphical capabilities for future laptops.

Next-Generation Wireless Connectivity

Intel’s upcoming Panther Lake processors are set to revolutionize wireless connectivity for laptops, according to reports from the company’s recent Tech Tour 2025 event in Arizona. Sources indicate the new chips will introduce comprehensive support for the 6GHz band, which analysts suggest offers twice the speed of current 5GHz channels with bandwidth spectrum up to 1,200 MHz wide.

by Megan Carter
BusinessHardwareTechnology

Apple’s Next-Generation A20 Chip Could Drive Significant iPhone Price Increases in 2025

Apple’s upcoming A20 processor, expected to power next year’s iPhone 18 series, faces substantial cost increases due to TSMC’s advanced 2-nanometer manufacturing. Industry reports suggest the new chip production could be 50% more expensive than current 3-nanometer technology. These rising component costs may force Apple to reconsider its pricing strategy for the 2025 iPhone lineup.

Semiconductor Costs Threaten iPhone Pricing Stability

Apple’s iPhone pricing strategy faces new challenges as semiconductor manufacturing costs continue to escalate, according to industry reports. The technology giant recently increased entry prices for its iPhone 17 Pro and iPhone Air models compared to their predecessors, but analysts suggest further price adjustments may be necessary when the iPhone 18 lineup launches next year.

by Tyler Brooks P.E
SemiconductorsTechnology

Next-Gen Chip Technologies Set to Revitalize CPU Market

Semiconductor innovation is accelerating with Gate-All-Around FET and Backside Power Delivery technologies poised to transform CPU performance. Industry leaders Intel and AMD are both preparing next-generation processors leveraging these breakthroughs to overcome current performance plateaus.

Revolutionary Semiconductor Technologies Emerge

After several years of incremental improvements in the CPU market, two breakthrough technologies are generating renewed excitement among industry observers. According to reports, Gate-All-Around Field-Effect Transistor (GAAFET) designs and Backside Power Delivery (BPD) systems promise to deliver substantial performance and efficiency gains that could reshape the competitive landscape between Intel and AMD.

by Megan Carter
BusinessSemiconductors

How the CHIPS Act Semiconductor Funding Can Benefit Workers and Communities

The bipartisan CHIPS and Science Act represents America’s largest industrial policy effort in decades, pouring billions into domestic semiconductor manufacturing. While early results show significant corporate investment, concerns remain about whether workers and communities will share in the benefits of this historic government intervention.

The United States is undertaking its most ambitious industrial policy initiative since World War II through the bipartisan CHIPS and Science Act of 2022, a multibillion-dollar effort to reshore semiconductor manufacturing and secure America’s technological future. Recent assessments from an Arizona State University conference highlight both the promise of renewed industrial capacity and serious concerns about whether these unprecedented public investments will truly benefit workers and communities rather than simply enriching already profitable corporations.

CHIPS Act Implementation and Early Results

by Megan Carter