Qualcomm’s New Snapdragon SoC Revealed: 4nm Process, 2.9GHz± X4 Cores

Qualcomm's New Snapdragon SoC Revealed: 4nm Process, 2.9GHz± X4 Cores

In October last year, the third-generation Snapdragon 8 flagship platform was officially unveiled at the 2023 Snapdragon Summit. Subsequently, flagship devices featuring the third-generation Snapdragon 8 have been released by various brands. Currently, the release of flagship-level new products has temporarily come to a halt, and more devices positioned differently are expected to be launched … Read more

Investment Notes: Semiconductor Chips May Reach a Peak, Risk of Correction Next Week

Investment Notes: Semiconductor Chips May Reach a Peak, Risk of Correction Next Week

Author: Yu Hanxin (Te Li Zhang) At this moment, I would like to recite a poem: “New highs upon new highs, how many new highs there are!” But are these new highs truly what everyone desires? Today, the number of gainers and losers shows that over 2000 listed companies chose to correct while the index … Read more

Weekly Library | Chi: An Elegant HTTP Router Library for Go

Weekly Library | Chi: An Elegant HTTP Router Library for Go

Weekly Library | Chi: 🚦 An Elegant HTTP Router Library for Go When building web services and APIs, an excellent routing library can greatly enhance development efficiency. Chi, with its lightweight design and powerful features, has become a highly regarded HTTP routing solution in the Go language ecosystem. 💡 Understanding Chi Chi is a lightweight … Read more

Top 10 Fastest Growing Companies in the Semiconductor Industry (Q1 2025)

Top 10 Fastest Growing Companies in the Semiconductor Industry (Q1 2025)

The first quarter of 2025 is extraordinary. Amid escalating tensions in US-China relations, the tariff war is in full swing, and China has also introduced a series of targeted policies in response, with calls for domestic substitution and self-control surging like a tide. This has led to an acceleration in the global semiconductor industry reshuffle, … Read more

Assistance with 1.4nm Chip Flexible Substrate Technology

Assistance with 1.4nm Chip Flexible Substrate Technology

1.4nm ChipFlexible Substrate 1. SiO₂ nanoparticle doping rate (5-20wt%) 2. Nanocellulose diameter (10-15nm) 3. Metal oxide layer thickness (0.5-2nm) 4. Organic-inorganic hybrid interface density (10³/cm²) Micro composition (10 items) 5. Ultra-thin silicon layer lattice defect density (<10⁵/cm²) 6. Flexible polymer chain orientation (>80%) 7. Nanowire conductive network porosity (5-30%) 8. Stress buffer layer Young’s modulus … Read more