EMMC 153BGA IC Memory With 240mb/s Write For Education Tablets EMMC Flash
Product Description
EMMC 153BGA IC Memory With 240MB/s Write For Education Tablets EMMC Flash
In the mid to low-end consumer tablet market, cost control and meeting basic experience standards are core competitive factors. eMMC 5.1, with its high cost-effectiveness and mature technical characteristics, has become the mainstream choice for embedded storage in this device category. Compared to the more advanced UFS protocol, eMMC 5.1 not only meets the core requirements of low-end tablets but also offers advantages including mature supply chain, low procurement cost, and simplified adaptation, perfectly matching low-end market product positioning.
Core Advantages of eMMC 5.1 for Mid to Low-End Consumer Tablets
Performance Matching Basic Usage Scenarios
eMMC 5.1 delivers theoretical maximum read and write speeds of 330MB/s (read) and 240MB/s (write) respectively, providing sufficient performance for core low-end tablet applications:
Smooth Android system startup and multitasking switching (running WeChat, video apps, and browsers simultaneously)
Support for local playback and online caching of 1080P videos for mainstream demands including short videos and online education
Adaptation to installation and operation of lightweight games (casual puzzle games and low-quality mobile games) to prevent lag from insufficient storage speed
Excellent compatibility with entry-level main control chips for tablets focused on "audio-visual entertainment + light office" applications
High Cost-Effectiveness Aligned with Product Positioning
Low-end consumer tablets typically sell in the 500-1500 yuan range, where hardware cost proportions directly impact product profitability. Compared to UFS 2.1/3.0, eMMC 5.1 offers lower per-GB procurement costs and benefits from mature supply chains with sufficient stock availability, effectively reducing overall BOM costs. The integrated packaging design (storage chip + controller) eliminates the need for additional independent control circuits, simplifies motherboard wiring design, and further reduces production costs, aligning with the "cost reduction and efficiency improvement" strategy for low-end tablets.