Happy news … To enable you to build at industry defining speeds at less cost, we’re releasing the results of our production system improvement work and supplier cost negotiations …
Introducing NO setup fee: Up to 50% off your smaller orders
In addition to our age old NO minimum order size policy, we’ve gone another step further. Upload your design to see your cost drop, particularly for your smaller parts & lower volume orders.
Get 3-day default production speed for free:
All your orders 2.6x faster for $0 Need parts delivered in hours – quoted, ordered, DFM’d, produced, QC’d, shipped & delivered today within the Bay Area? Check.
Need parts delivered tomorrow within the USA? Check. Need all your parts at 3-day default production speed for free? Done. You can now build faster than anyone in the world at less cost.
Sheet metals now 15% less: Increase your profit margin
The biggest cost component of your sheet metal parts is often the material sheet. So we’re passing our cost savings onto you. See how this reduces the price of your parts.
Top Stories This Week
- Passing Speed Gains & Cost Savings Onto You: Build Faster Than Anyone In The World, At Less Cost
- Intel Delays $100 Billion Ohio Chipmaking Site To Next Decade: First Fab Now Coming Online In 2030
- China Claims Taiwan Is Giving Away Its Semiconductor Technology As “Souvenirs” To The US, Says TSMC Will Evolve Into US-Dominant Entity
- Smarter Memory Paves The Way For EU Independence In Computer Manufacturing
- Nanomanufacturing Process Slashes Chip Production Costs By 99%
- Singapore Police Bust Major Ring Smuggling Nvidia GPUs To China-based DeepSeek: Report
- Amazon Joins Quantum Race With ‘cat Qubit’ Powered Chip
- Close-ups Of The Far Side Of The Moon Beamed By To Earth By Blue Ghost Spacecraft Ahead Of Historic Landing
- Novel Photochromic Glass Can Store Rewritable 3D Patterns
- Humanoid Robot Has Lifelike Movements
- Framework’s New Laptop Mainboards Are A Huge Win For Open-source Hardware Fans
Hardware Business News
Intel Delays $100 Billion Ohio Chipmaking Site To Next Decade: First Fab Now Coming Online In 2030
Intel has postponed the opening of its $100 billion Ohio chipmaking site to the next decade, with the first phase now expected to be operational by 2030. The delay aligns with market conditions and reduces immediate capital expenditures, though Intel remains open to accelerating the timeline if demand increases. What factors influenced Intel’s decision to delay the Ohio site, how might this impact the semiconductor market, and what are the potential benefits of this delay for Intel’s financial health?
China Claims Taiwan Is Giving Away Its Semiconductor Technology As “Souvenirs” To The US, Says TSMC Will Evolve Into US-Dominant Entity
China has accused Taiwan of handing over its semiconductor prowess to the US, suggesting that TSMC is being used as a political tool to gain favor with the Trump administration. As TSMC expands its presence in the US, China warns that the company might soon be known as “United States Semiconductor Manufacturing Co,” reflecting a shift in global semiconductor dynamics. What implications might this have on Taiwan’s semiconductor industry, how does TSMC’s expansion affect US-China-Taiwan relations, and what are the potential geopolitical consequences of this shift in semiconductor production?
Smarter Memory Paves The Way For EU Independence In Computer Manufacturing
New technology from Chalmers University of Technology and the University of Gothenburg is advancing the EU’s efforts to establish a competitive computer manufacturing industry. By optimizing on-chip memory, researchers are enhancing the performance of next-generation computers, supporting the European Processor Initiative aimed at achieving European independence in high-performance computing. What are the specific benefits of the new cache memory solution, how does this innovation fit into the broader European Processor Initiative, and what are the anticipated impacts on both supercomputers and standard computing devices?
Nanomanufacturing Process Slashes Chip Production Costs By 99%
In a groundbreaking development, Northeastern University professor Ahmed Busnaina has unveiled a novel nanomanufacturing process that significantly reduces the cost of chip production by 99%. This innovative method, which employs an additive approach to build microelectronics, promises to revolutionize the industry by making chip manufacturing more accessible and efficient. How does this new process differ from traditional methods, what impact could it have on the global microelectronics industry, and what are the potential implications for technological innovation and accessibility?
Hardware Engineering News
Singapore Police Bust Major Ring Smuggling Nvidia GPUs To China-based DeepSeek: Report
The Singapore Police Force has charged three men with fraud for allegedly smuggling Nvidia GPUs to the Chinese AI company DeepSeek, bypassing U.S. trade restrictions, according to ChannelNewsAsia. This case has sparked an investigation by the U.S. Commerce Department into whether DeepSeek acquired restricted American GPUs to enhance its AI models, raising concerns about the misuse of Singapore’s trade networks. What are the implications of these smuggling activities on international trade relations, how might this affect Nvidia’s business operations, and what measures can be taken to prevent such violations in the future?
Amazon Joins Quantum Race With ‘cat Qubit’ Powered Chip
Amazon has announced a significant advancement in quantum computing with its new ‘cat qubit’ powered chip, Ocelot, joining other tech giants in the race to harness the potential of this revolutionary technology. The chip aims to address the persistent issue of errors in quantum computing, potentially paving the way for practical applications in various fields. How does the cat qubit technology work to reduce errors in quantum computing? What are the potential commercial applications of quantum computers once error correction is achieved? How might Amazon’s advancements influence the timeline for the widespread adoption of quantum computing?
Close-ups Of The Far Side Of The Moon Beamed By To Earth By Blue Ghost Spacecraft Ahead Of Historic Landing
Firefly Aerospace’s Blue Ghost lunar lander has captured breathtaking images of the moon’s far side from an altitude of just 62 miles, ahead of its anticipated landing. This mission, part of NASA’s Commercial Lunar Payload Services program, marks a significant milestone in private space exploration and lunar research. What scientific objectives does Blue Ghost aim to achieve with its NASA payloads, how does this mission compare to previous private lunar landings, and what future opportunities does it open for commercial lunar exploration?
Hardware R&D News
Novel Photochromic Glass Can Store Rewritable 3D Patterns
In recent advancements, researchers have developed a novel photochromic glass capable of storing rewritable 3D patterns, offering a promising solution for long-term data storage without power. This glass, which changes color under different laser wavelengths, utilizes magnesium and terbium ions to create intricate, tunable patterns that can be erased and rewritten, as detailed in ACS Energy Letters. How does the process of doped direct 3D lithography work in creating these patterns, what are the potential applications of this technology in various fields, and what challenges remain in its development for widespread use?
Humanoid Robot Has Lifelike Movements
Clone Robotics of Poland has developed the Protoclone V1, a humanoid robot with lifelike movements, utilizing 3D-printed polymer bones and myofibre actuators for smooth joint articulation. This innovation promises to revolutionize the perception of robotics by offering a more human-like interaction experience. How do these advancements in humanoid robotics compare to existing technologies, what potential applications could benefit from such lifelike robots, and how might this development influence the future of robotics and automation?
Open-Source Hardware News
Framework’s New Laptop Mainboards Are A Huge Win For Open-source Hardware Fans
Framework has introduced a new RISC-V mainboard, marking a significant development for open-source hardware enthusiasts. This mainboard is designed for those interested in developing around RISC-V rather than for everyday consumer use, offering a unique opportunity to explore this alternative architecture. What are the key features of the RISC-V mainboard, how does the Framework Laptop 13 shell enhance customization, and why should developers be excited about the potential of RISC-V technology?
