Inicio/Productos/Es el eMMC5.1/eMMC 5.1 G2864TLCB with SMI Controller Hynix V7 Chips BGA 153 Embedded emmc for Set-top Box 64GB 128GB 256GB
eMMC 5.1 G2864TLCB with SMI Controller Hynix V7 Chips BGA 153 Embedded emmc for Set-top Box 64GB 128GB 256GB
50 piezas
MOQ
Negociable
Precio
CaracteristicasGaleríaDescripción de productoPida una cita
Caracteristicas
Especificaciones
Nombre del producto:eMMC 5.1 G2864TLCB
Microprocesadores:hynix v7
Controlador:SMI
Temperatura de funcionamiento:0~70℃
Garantía:1 año
OEM:apoyo
Marca:PÁGINA
Fabricante:Estrella de chips de China
Resaltar:
eMMC 5.1 BGA 153 embedded storage
,
Hynix V7 eMMC for set-top box
,
SMI controller eMMC 64GB 256GB
Información básica
Lugar de origen:Shénzhen, China
Nombre de la marca:PG
Número de modelo:G2864TLCB/G28128TLCB/G28256TLCB/G2564LTCB/G25128LTCB/G25256LTCB
Pago y Envío Términos
Tiempo de entrega:10 a 15 días
Condiciones de pago:LC, T/T
Capacidad de la fuente:100k al mes
Galería
eMMC 5.1 G2864TLCB with SMI Controller Hynix V7 Chips BGA 153 Embedded emmc for Set-top Box 64GB 128GB 256GB
Descripción de producto
eMMC 5.1 G2864TLCB with SMI Controller Hynix V7 Chips
The eMMC 5.1 G2864TLCB is an embedded memory chip specifically engineered for set-top box applications. Featuring a SMI controller with Hynix V7 TLC NAND flash in a BGA 153 package, this solution is available in 64GB, 128GB, and 256GB capacities. Designed for optimal stability, cost-effectiveness, and low power consumption, it provides reliable system operation and multimedia storage for set-top box environments.
Key Features & Benefits
Compliant with latest JEDEC eMMC 5.1 specification
HS400 high-speed interface supports 4K video playback and multi-tasking
Optimized random read/write performance for embedded applications
Advanced power management and temperature adaptability
Long-term stable operation in demanding environments
SMI Controller Technology
The integrated SMI controller ensures exceptional stability and reliability through advanced features:
LDPC ECC engine for superior error correction and data integrity
Intelligent wear-leveling and bad block management
Advanced garbage collection (GC) algorithms
Dynamic power management for reduced energy consumption
Power failure protection (SPOR) to prevent data loss during outages