Cooperation Invitation | Frost & Sullivan Will Release '2026 Global Tactile Sensor Industry White Paper'"

With the accelerated development of applications such as large models, multimodal interaction, and AI agents, global demand for intelligent computing power continues to rise. The problems of storage barrier, energy consumption barrier, and scheduling barrier caused by the separation of computation and storage under the traditional von Neumann architecture have become increasingly prominent. Storage-computation integrated technology provides a new technical direction for breaking through traditional computing power bottlenecks and improving system computing efficiency by optimizing data transfer paths and computing methods. However, the industry currently faces challenges such as diverse technical approaches, blurred boundaries between general and specialized storage-computation concepts, and inconsistent evaluation standards. There is an urgent need to establish a systematic industrial technology understanding and value judgment system.

Based on continuous research on global cutting-edge intelligent computing power and storage-computation integrated industry, Frost & Sullivan (hereinafter referred to as "Frost & Sullivan") will soon release the '2026 Global General Storage-Computation Integrated Industry White Paper'. The white paper will systematically outline the entire range of storage-computation integrated industry technologies, clarify the core connotations and technical boundaries of general storage-computation integration, build a multi-dimensional industry value evaluation system, and conduct in-depth research on underlying theories, engineering practices, application scenarios, and industry development trends, providing systematic technical analysis and development references for industry participants.

Starting from the evolution of global intelligent computing power demand, this white paper will analyze the bottlenecks faced by the traditional von Neumann architecture, such as the storage barrier, energy consumption barrier, and scheduling barrier, and explore the technical value of storage-computation integration in reconstructing data flow and enhancing effective computing power. The research will systematically outline technical paths such as near-storage computing, in-memory processing, and in-memory computing, compare storage media such as SRAM, DRAM, NOR Flash, RRAM, PCM, as well as computing paradigms including simulation, fully digital, and hybrid storage-computation, and combine 2D, 2.5D, and 3D integration technologies to present the core advantages, applicable boundaries, and industrialization challenges of various technical routes.

To address the issues of inconsistent evaluation standards for storage-computation integrated industry technologies and unclear boundaries between general and specialized concepts, the white paper will establish an industry value evaluation system from seven dimensions: generality, computing power effectiveness, energy consumption, medium stability, engineering mass production capability, scenario adaptability, and long-term iteration ability. At the same time, it will clarify the core connotations of general storage-computation integration, namely "general architecture, general ecosystem, and general computing", and discuss the underlying logic of choosing storage-computation technical routes and industry evolution based on the law of transfer cost, the law of general boundary, and the law of heterogeneous end.

At the level of engineering practice, the white paper will combine the technical architecture paths of relevant enterprises, analyze the technical choices and implementation methods of 3D DRAM, fully digital computing cores, 3D stacking packaging, and software-hardware collaboration systems, and focus on the application potential of cloud intelligent computing centers, edge intelligence, and industry-specific computing power scenarios. In addition, the research will also look ahead to the development trends of storage-computation integrated industry from 2026 to 2030, and explore the commercialization process of different technical routes and possible development paths with CPU, GPU, and other computing units.

Frost & Sullivan sincerely invites enterprises and research institutions related to the storage-computation integrated industry chain to participate in the white paper research and discussion, gather technical achievements and industrial practice from multiple parties, and jointly promote the improvement of industry evaluation systems, collaborative technology ecosystem, and high-quality development of the storage-computation integrated industry.

This white paper will be promoted through Frost & Sullivan's professional research system and industry communication resources, via official websites, media platforms, and industry-specific channels. Participating enterprises can showcase their technical achievements and practical experience in areas such as storage media, computing architecture, advanced packaging, software-hardware collaboration, and engineering applications within a systematic industrial research framework. By combining professional research with industry communication, we will increase market understanding of enterprise technical capabilities, product features, and commercial progress, further enhancing the industry attention and brand influence of enterprises.

The industrialization of storage-computation integrated technology involves multiple aspects such as storage devices, chip design, advanced manufacturing, packaging testing, software development, and system applications. The white paper will provide opportunities for technical communication and resource matching for participants in different links of the industry chain, promoting mutual understanding among upstream and downstream enterprises in technology research and development, product adaptation, system integration, and application verification, and facilitating cross-field technical collaboration and industry resource integration, creating favorable conditions for enterprises to expand partner networks and explore diversified business cooperation.

Based on the systematic research conducted in the white paper regarding the entire spectrum of storage-computing integrated technology and the industry value evaluation system, participating companies can highlight their unique technical routes and competitive advantages in relation to key aspects such as technological versatility, computing power efficiency, energy consumption performance, engineering maturity, and scenario adaptation capabilities. Through professional analysis of different technical approaches and application boundaries, it helps industry participants understand a company's technical positioning and development potential more objectively, enhancing the company's professional recognition in specific sectors.

As storage-computation integrated technology gradually moves towards engineering verification and industrial application, the capital market's attention to underlying architecture innovation, technical maturity, and commercial prospects continues to deepen. With Frost & Sullivan's professional resources in technology industry and capital market fields, the white paper will establish communication channels between relevant enterprises, investment institutions, industrial capital, and potential partners, promoting exchanges around technological innovation, product application, industrialization capabilities, and long-term development value, providing more opportunities for enterprises to explore financing cooperation, market expansion, and strategic collaboration.

Taking the research and release of this white paper as an opportunity, Frost & Sullivan will further strengthen communication with relevant enterprises in industry research, technical exchange, and industry development, exploring potential cooperation in strategic consulting, brand communication, and industry resource matching. By continuously gathering the professional experiences and practical results of all parties in the industry chain, we will promote the continuous improvement of the industry's technical understanding, evaluation standards, and application ecosystem, and jointly promote the innovative development of intelligent computing power industry.

Participate in cooperation

Please contact us

Wang Yicheng, Executive Director of Frost & Sullivan China

Email:

ryan.wang@frostchina.com

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