European coalition pushes for second Chips Act funding to boost semiconductor sector
The first European Chips Act was only partially successful
Qualcomm levels up handheld gaming with Snapdragon G-series chips
New gaming devices confirmed by Ayaneo, Onexsugar, and Retroid Pocket
Samsung's ambitious 1.4nm plans in jeopardy as foundry challenges mount
The node is expected to afford improved efficiency and performance
Texas Instruments unveils world's smallest microcontroller, smaller than a pepper flake
Measuring 1.38 mm², it is 38% smaller than competing devices and ideal for next-gen wearables
China ramps up homegrown RISC-V push to break free from x86 and Arm
New initiative aims to promote nationwide open-source RISC-V adoption
Google's Taara chip miniaturizes light-based connectivity for faster internet in underserved areas
A potential revolution for when fiber optics hit their speed limits
Forward-looking: Silicon photonics could provide an alternative solution to the growing pains of purely silicon-based chips in computing and data transmission. Light-based CPUs are likely still a long way off, but connectivity is improving fast thanks to Google's X and other startup-focused ventures.
Intel pushes back Ohio chip plant opening to 2030, citing market conditions
The plant is expected to use advanced process technologies when it finally opens
A closer look at AMD's RDNA 4 and FSR 4 Upscaling
Expectations and the road ahead for AMD's upscaling
TSMC wafer found in a dumpster - is this the ultimate case of chip binning?
"So that's where the missing ROPs ended up"
Apparently AMD has blocking rights for any acquisition of Intel. If a deal were to happen, what would AMD ask for?
The x86 wish list: Complexities of an imaginary Intel takeover
Editor's take: We are frequently asked some version of the question, "Will someone acquire Intel?" At this point, we think it is highly unlikely, but these are unpredictable times. Setting aside all the principal considerations – like money, strategy, and regulatory approval – there are a few other hurdles. Chief among these is Intel's license for x86.
Intel says 18A process is ready, tape-out confirmed for the first half of 2025
Can Intel's first 2nm-class process node save the day?
Why it matters: As Intel's chip design and foundry businesses face mounting pressure that could jeopardize the company's future, much is riding on the success of its upcoming 18A node. As Intel finalizes its latest semiconductor process, 2025 will be a decisive year for its efforts to legitimize its foundry division and regain competitiveness against TSMC and Samsung.
Microsoft Majorana 1 chip promises real quantum computing within years, not decades
Chip harnesses exotic "topological" state of matter
iPhone 16e debuts Apple's first in-house modem, putting it one step closer to cutting ties with Qualcomm
The C1 modem brings better efficiency but lacks mmWave
The rise of on-device AI is reshaping the future of PCs and smartphones
How AI is moving from the cloud to your devices
Arm wants to build its own chips, so it may be poaching from chip-making clients
"We don't build chips." Not yet, at least.
Intel's 18A found to be faster but TSMC's N2 is denser in process node showdown
Bottom line: Intel and TSMC are both gearing up to launch their respective 18A and N2 process nodes, each offering significant advancements. On one side, Intel claims 18A will deliver much higher generational performance gains. On the other, TSMC is emphasizing N2's impressive transistor density. But which one is truly superior? As it turns out, the answer isn't so straightforward.
How CPUs are Designed and Built: Fundamentals of Computer Architecture
We all think of the CPU as the "brains" of a computer, but what does that actually mean? What is going on inside with the billions of transistors that make your computer work? In this four-part series, we'll be focusing on computer hardware design, covering the ins and outs of what makes a computer function.
OpenAI custom chip project aims to challenge Nvidia's dominance
Unconfirmed collaboration with Broadcom is quietly bearing fruit
Guide to AMD Ryzen AM5 Motherboard Chipsets
When choosing a motherboard for your Ryzen CPU, you'll find options like X870, B650, A620, and the new B850 and B840. This guide explains the chipset differences, PCIe lane setups, and help you pick the right board.
Intel's takeover dilemma: A Gordian knot of funding and politics
Editor's take: A takeover of Intel has become a Gordian knot. The company's factories require massive investments – billions of dollars and several years to fix – which most prospective buyers, companies or private equity firms aren't willing to handle. The US government has also poured a lot of money into these factories, making it politically difficult to shut them down. The problem is clear: no one wants the factories, but Intel can't be sold without them.
Arm aims to challenge x86 dominance with faster CPUs and AI-enhanced GPUs
Progressing beyond plain efficiency
Nvidia transitions to advanced CoWoS-L chip packaging, signaling a major shift for TSMC
Jensen Huang explains Nvidia's evolving chip packaging needs at Taiwan event
TSMC CEO is optimistic about Arizona chip quality despite challenges, most advance tech will remain in Taiwan
"Every step requires a permit, and after the permit is approved, it takes at least twice as long as in Taiwan"
Biden administration AI chip export rules trigger industry backlash and global concerns
One industry insider says the rules would limit access to chips already used for video games
Apple's 3nm TSMC wafer costs soar to $18,000, more than tripling since the 28nm A7 chip
And yet, performance increases are slowing with each generation