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hot_img Changxin Storage's DDR5 yield has exceeded 90%, with varying attitudes among PC manufacturers: Dell has banned it, HP has restricted it to China, while Asus and Acer have already adopted it

According to reports from Fast Technology, Changxin Memory's 17nm DDR5 chip yield has surpassed 90%, which is only about 2 percentage points lower than Samsung's same-generation products at 92% to 93%, marking a technical indicator that has entered the global first tier. Several major PC manufacturers have completed certification for Changxin DRAM chips around mid-year and have begun to incorporate them in small batches into certain laptops.The strategies adopted by different brands show significant differences: Dell has completely banned the use of Changxin chips; HP restricts their use to the mainland China market; Acer and ASUS have incorporated them into models aimed at the mainland China and emerging markets. Currently, the impact of Changxin products on the overall market prices of the three major memory giants remains limited, mainly because Samsung, SK Hynix, and Micron are currently more inclined to supply LPDDR5, while Changxin's current strategic focus is on expanding DDR5 shipments. Executives from PC companies have stated that the three major manufacturers hold over 90% of the global DRAM market share, and large-scale adoption must be approached with high caution. Currently, the number and usage of models using Changxin chips are quite limited.

a16z: TradFi is not embracing the DeFi model, but rather accelerating the adoption of blockchain technology

a16z published a blog post stating that as traditional financial institutions accelerate their exploration of blockchain technology, the market generally believes that the future will see a comprehensive integration of DeFi (Decentralized Finance) and TradFi (Traditional Finance), forming a new financial model through the combination of decentralized finance and institutional distribution systems.However, the reality may not be so. The core motivation for traditional financial institutions to adopt blockchain is not to embrace decentralization, but to value its commercial benefits in reducing costs, improving settlement efficiency, expanding distribution channels, and optimizing customer relationship management.What is more likely to emerge in the future is a new type of "programmable financial infrastructure" based on underlying blockchain technology, optimized for institutional needs, rather than a simple integration of traditional finance and DeFi. Institutions are selectively absorbing certain technological capabilities from DeFi and modifying them according to their own regulatory, risk management, and operational requirements.For example, atomic settlement can reduce counterparty risk, shared ledgers can lower back-office reconciliation costs, programmable funds can automatically execute processes such as interest payments, margin management, and corporate actions, and automated market-making models are also being applied to on-chain foreign exchange and tokenized asset pricing.At the same time, the native DeFi features of open access, anonymity, and trustless execution often conflict with institutional requirements for compliance, control, and accountability. Therefore, cases such as JPMorgan's institutional blockchain project, BlackRock's and Franklin Templeton's tokenized funds, are essentially not traditional finance entering DeFi, but rather using blockchain technology to improve existing financial business processes.In the future, the blockchain industry will have two development paths: on one hand, enterprises and financial institutions will continue to promote the implementation of blockchain infrastructure that meets regulatory requirements, expanding the industry scale through applications such as stablecoins, tokenized assets, and on-chain settlements; on the other hand, open networks will continue to play the role of a source of innovation, continuously generating new financial primitives and market mechanisms, providing technical reserves for future institutional infrastructure.TradFi and DeFi are not in competition but are developing together in different directions. Traditional finance may not fully adopt the DeFi model but will gradually adopt parts that suit its own needs. The true integration may ultimately occur at the underlying blockchain network level, rather than one side replacing the other.For developers, the key is not to chase all markets simultaneously but to clarify the target audience: for institutions, products need to be built around compliance, risk control, and long-term business processes; for open networks, there is a need to continue exploring innovation, liquidity, and network effects. The future financial system may operate on blockchain infrastructure, but the most important innovations may still come first from open networks.
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