Temperature Range:-25°C To 85°C (commercial Grade)
Power Consumption:Low Power Consumption Mode Supported
Capacity Range:4GB To 16GB
Highlight:
Android eMMC
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Tablet eMMC
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POS eMMC
Basic Infomation
Place of Origin:Shenzhen, China
Brand Name:NUW
Model Number:G2804GPLCB / G2808GPLCB /G2816GPLCB
Payment & Shipping Terms
Delivery Time:10 to 15 days
Payment Terms:L/C,T/T
Supply Ability:100K a month
Gallery
EMMC 5.1 Dual Voltage Compatible EMMC 5.1 Chip For Multi-Scenario Embedded Board
Product Description
EMMC 5.1 Dual Voltage Compatible EMMC 5.1 Chip For Multi-Scenario Embedded Board
Advanced EMMC 5.1 chip with dual voltage compatibility designed for versatile embedded board applications across multiple scenarios.
Key Features
1.8V / 3.3V Dual Voltage Signal CompatibilitySupports two mainstream embedded main control signal voltage modes, enabling seamless compatibility with different brand development mainboards without requiring additional voltage conversion circuits.
Open Source Linux System Perfect AdaptationOptimized driver code for open-source Linux systems, providing plug-and-play functionality on ARM embedded development boards for convenient secondary development by electronic engineers.
Read-Write Speed Dynamic Self-Adjustment FunctionAutomatically adjusts transmission speed according to mainboard load, maintaining stable performance under both light and heavy load operations in embedded development projects.
Simple Debugging Test Command Interface ReservedFeatures an independent debugging test interface, allowing engineers to quickly read chip health status and erase-write cycle data for comprehensive product performance testing and verification.
Custom Label & Laser Marking Support For Bulk OrdersSupports customized laser engraving for model, capacity, and batch number marks on mass order products, facilitating efficient enterprise inventory classification and management.
Light Load Low Power Mode For Development TestIncludes a special low-power debugging mode for laboratory long-term product testing, reducing power consumption during continuous running tests of development board equipment.