BenteIC interprets the consumer electronics field via three dimensions: demand pain points, technical adaptation, value empowerment.
发布时间：2026-01-26 10:35:09
I. The "Invisible Battlefield" of Smartphone Storage: From Capacity Supply to Experience Definition
As Apple's iPhone 16 series sets 256GB as the starting capacity and Huawei's Pura X launches the 1TB collector's edition to ignite the high-end market, storage chips have long evolved from "auxiliary components" to core drivers of smartphone experience stratification and brand premium. For mobile phone manufacturers, the choice of storage configuration not only relates to hardware cost control but also directly determines product reputation in key scenarios such as multitasking, AI large model deployment, and 4K/8K video recording — this is exactly the core value track that BenteIC focuses on.
Against the backdrop of the global mobile phone industry chain's localization rate exceeding 72%, the adaptation logic of storage chips has undergone an essential change: it is no longer simply "capacity stacking" but achieving a three-dimensional balance of performance, power consumption, and compatibility. Taking the 128-layer 3D NAND from Yangtze Memory Technologies (YMTC) equipped in Huawei's Mate 80 series as an example, its successful mass production is backed by the in-depth collaborative optimization between the storage chip, HarmonyOS 5 system, and Kirin chip — this precisely confirms BenteIC's core advantage: through customized adaptation solutions, storage chips become "amplifiers" of overall device performance rather than "bottlenecks".
II. Three Core Adaptation Pain Points Concerned by Manufacturers: How Does BenteIC Break Through?
1.Extreme Balance Between Performance and Power Consumption: The popularization of 5G and Wi-Fi 7, along with the on-device deployment of AI large models, puts rigid demands on storage chips' random read/write speed and sustained transfer bandwidth. BenteIC's adaptation solution tailored for UFS 4.0/5.0 protocols can achieve sequential read speeds exceeding 4200MB/s, while reducing standby power consumption by 15% through dynamic power management technology. It perfectly matches the dual demands of flagship models for "high performance + long battery life", solving the industry pain point of "performance upgrades inevitably increasing power consumption" for manufacturers.
2.Multi-scenario Compatibility and Mass Production Stability: Different brands' SoC chips (such as Apple A-series, Qualcomm Snapdragon, Huawei Kirin) and operating systems (iOS, HarmonyOS, Android) have varying requirements for storage's underlying protocols. Meanwhile, the globalization of the supply chain requires storage solutions to feature cross-fab compatibility and controllable yield. Leveraging its technical accumulation in the storage field, BenteIC has completed protocol compatibility verification with mainstream chip manufacturers and optimized adaptation parameters for 12-inch silicon wafer mass production processes, shortening the solution implementation cycle by 30% and helping manufacturers accelerate new product launches.
3.Precise Control of Cost and Premium: Under the dual pressure of "cost-performance involution" in mid-range models and "experience premium" in high-end models, manufacturers urgently need flexible storage configuration solutions. BenteIC offers full-capacity range adaptation from 128GB to 1TB, supporting multi-protocol coverage from eMMC 5.1 to UFS 5.0. It not only meets the cost-sensitive needs of budget smartphones but also adapts to the large-capacity and high-reliability requirements of high-end models through 3D TLC/QLC hybrid architecture, helping manufacturers achieve the product strategy of "precision pricing + profit maximization".
III. Three Core Trends of Next-Generation Smartphone Storage: BenteIC Has Laid Out in Advance
4.In-depth Integration of Storage and Computing: With the explosion of computing-intensive applications such as on-device AI inference and real-time video editing, Processing-in-Storage (PoC) has emerged as a new track. BenteIC is advancing the collaborative adaptation between storage chips and NPUs. By embedding part of AI algorithm instruction sets into storage controllers, it achieves "near-data computing", reducing data movement latency and increasing the response speed of mobile phones in scenarios such as image recognition and voice interaction by 20%.
5.Collaborative Innovation in Localized Supply Chains: Against the background of technological breakthroughs in 3D NAND and DDR5 memory by local enterprises such as YMTC and ChangXin Memory Technologies (CXMT), BenteIC's adaptation solutions have completed full-process verification with domestic storage chips. It supports a localized closed loop from chip packaging to system debugging, helping manufacturers reduce geopolitical risks while leveraging the cost advantages and policy dividends of domestic supply chains.
6.Scenario-specific Customized Niche Tracks: Targeting the high-speed cache needs of gaming phones, low-power requirements of foldable phones, and large-file writing optimization of imaging flagships, BenteIC can provide modular adaptation solutions — for example, the "dedicated cache for video recording" customized for imaging phones can extend the continuous recording time of 4K 60fps videos to over 3 hours. This solves the user pain point of "recording interruption due to full storage" and becomes a key driver for manufacturers' differentiated competition.
Conclusion: The Essence of Storage Adaptation is Injecting "Long-term Competitiveness" into Products
For smartphone manufacturers, choosing a storage chip adaptation solution is essentially choosing the "experience bottom line" and "upgrade space" of their products. BenteIC's core value lies not only in providing storage adaptation technologies that meet industry standards but also in anticipating next-generation technological trends through in-depth insight into market demands, making storage solutions a "core weapon" for manufacturers to cope with industry involution and enhance product premium.
When storage is no longer a "passively adapted" component but an "actively empowering" core asset — BenteIC looks forward to cooperating with more mobile phone manufacturers to jointly define the storage experience of next-generation smartphones in the wave of consumer electronics innovation.
As Apple's iPhone 16 series sets 256GB as the starting capacity and Huawei's Pura X launches the 1TB collector's edition to ignite the high-end market, storage chips have long evolved from "auxiliary components" to core drivers of smartphone experience stratification and brand premium. For mobile phone manufacturers, the choice of storage configuration not only relates to hardware cost control but also directly determines product reputation in key scenarios such as multitasking, AI large model deployment, and 4K/8K video recording — this is exactly the core value track that BenteIC focuses on.
Against the backdrop of the global mobile phone industry chain's localization rate exceeding 72%, the adaptation logic of storage chips has undergone an essential change: it is no longer simply "capacity stacking" but achieving a three-dimensional balance of performance, power consumption, and compatibility. Taking the 128-layer 3D NAND from Yangtze Memory Technologies (YMTC) equipped in Huawei's Mate 80 series as an example, its successful mass production is backed by the in-depth collaborative optimization between the storage chip, HarmonyOS 5 system, and Kirin chip — this precisely confirms BenteIC's core advantage: through customized adaptation solutions, storage chips become "amplifiers" of overall device performance rather than "bottlenecks".
II. Three Core Adaptation Pain Points Concerned by Manufacturers: How Does BenteIC Break Through?
1.Extreme Balance Between Performance and Power Consumption: The popularization of 5G and Wi-Fi 7, along with the on-device deployment of AI large models, puts rigid demands on storage chips' random read/write speed and sustained transfer bandwidth. BenteIC's adaptation solution tailored for UFS 4.0/5.0 protocols can achieve sequential read speeds exceeding 4200MB/s, while reducing standby power consumption by 15% through dynamic power management technology. It perfectly matches the dual demands of flagship models for "high performance + long battery life", solving the industry pain point of "performance upgrades inevitably increasing power consumption" for manufacturers.
2.Multi-scenario Compatibility and Mass Production Stability: Different brands' SoC chips (such as Apple A-series, Qualcomm Snapdragon, Huawei Kirin) and operating systems (iOS, HarmonyOS, Android) have varying requirements for storage's underlying protocols. Meanwhile, the globalization of the supply chain requires storage solutions to feature cross-fab compatibility and controllable yield. Leveraging its technical accumulation in the storage field, BenteIC has completed protocol compatibility verification with mainstream chip manufacturers and optimized adaptation parameters for 12-inch silicon wafer mass production processes, shortening the solution implementation cycle by 30% and helping manufacturers accelerate new product launches.
3.Precise Control of Cost and Premium: Under the dual pressure of "cost-performance involution" in mid-range models and "experience premium" in high-end models, manufacturers urgently need flexible storage configuration solutions. BenteIC offers full-capacity range adaptation from 128GB to 1TB, supporting multi-protocol coverage from eMMC 5.1 to UFS 5.0. It not only meets the cost-sensitive needs of budget smartphones but also adapts to the large-capacity and high-reliability requirements of high-end models through 3D TLC/QLC hybrid architecture, helping manufacturers achieve the product strategy of "precision pricing + profit maximization".
III. Three Core Trends of Next-Generation Smartphone Storage: BenteIC Has Laid Out in Advance
4.In-depth Integration of Storage and Computing: With the explosion of computing-intensive applications such as on-device AI inference and real-time video editing, Processing-in-Storage (PoC) has emerged as a new track. BenteIC is advancing the collaborative adaptation between storage chips and NPUs. By embedding part of AI algorithm instruction sets into storage controllers, it achieves "near-data computing", reducing data movement latency and increasing the response speed of mobile phones in scenarios such as image recognition and voice interaction by 20%.
5.Collaborative Innovation in Localized Supply Chains: Against the background of technological breakthroughs in 3D NAND and DDR5 memory by local enterprises such as YMTC and ChangXin Memory Technologies (CXMT), BenteIC's adaptation solutions have completed full-process verification with domestic storage chips. It supports a localized closed loop from chip packaging to system debugging, helping manufacturers reduce geopolitical risks while leveraging the cost advantages and policy dividends of domestic supply chains.
6.Scenario-specific Customized Niche Tracks: Targeting the high-speed cache needs of gaming phones, low-power requirements of foldable phones, and large-file writing optimization of imaging flagships, BenteIC can provide modular adaptation solutions — for example, the "dedicated cache for video recording" customized for imaging phones can extend the continuous recording time of 4K 60fps videos to over 3 hours. This solves the user pain point of "recording interruption due to full storage" and becomes a key driver for manufacturers' differentiated competition.
Conclusion: The Essence of Storage Adaptation is Injecting "Long-term Competitiveness" into Products
For smartphone manufacturers, choosing a storage chip adaptation solution is essentially choosing the "experience bottom line" and "upgrade space" of their products. BenteIC's core value lies not only in providing storage adaptation technologies that meet industry standards but also in anticipating next-generation technological trends through in-depth insight into market demands, making storage solutions a "core weapon" for manufacturers to cope with industry involution and enhance product premium.
When storage is no longer a "passively adapted" component but an "actively empowering" core asset — BenteIC looks forward to cooperating with more mobile phone manufacturers to jointly define the storage experience of next-generation smartphones in the wave of consumer electronics innovation.
