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Tertanam/Industrial
Tertanam/Industrial

Embedded Storage - eMMC™ Storage Memory for device manufacturers

Kingston eMMC™ is an embedded storage solution using a non-volatile memory system, comprised of both Flash memory and a Flash memory controller, which simplifies the application interface design and frees the host processor from low-level Flash memory management. eMMC (Embedded Multi-Media Card) is a soldered-down SMT storage solutions for space constrained applications. eMMC is a popular storage component for many consumer electronic devices, including smartphones, tablet PCs, eBook readers, electronic learning products, IoT, cloudbooks. smart TVs, set-top boxes, smart home appliances and many wearable devices. It is increasingly adopted in many industrial and embedded applications.

Beyond its use in consumer products, eMMC is being rapidly adopted in many other embedded applications, such as Single Board Computers (SBC), robotics, medical devices, networking and building control devices because of its compact size, low-power consumption, and numerous enhanced features. With the rapid growth of the IoT market, eMMC is finding its way to newer applications.

Kingston® eMMC™ Flash memory follows the JEDEC eMMC 5.1 standard and encloses the NAND Flash and eMMC controller inside one JEDEC standardized package to provide a standard interface to the host CPU. The eMMC controller directs the Flash management, including ECC, wear-leveling, lOPS optimization and read sensing, significantly reducing the storage management burden on the host CPU.

Kingston eMMC™ simplifies system design and reduces time to market. The standard interface makes fast-changing NAND technology invisible to the host and the host processor doesn’t have to keep changing its software to accommodate every NAND technology change and variation. This helps to significantly reduce the design-in complexity and shorten the qualification cycle.

For developers, eMMC simplifies the interface design and qualification process, resulting in a reduction in time to market and facilitates support for future Flash device offerings.

Small BGA package sizes and low power consumption make eMMC a viable, low-cost memory solution for mobile and embedded products. To better meet the requirement of many space-constrained wearable and IoT applications, Kingston has released the world’s smallest eMMC package with standard JEDEC footprint. The technology specifications of eMMC are managed by JEDEC, the global leader in developing open standards for the microelectronics industry.

Key Benefits

Kingston eMMC™ helps to improve whole system performance. The eMMC controller frees up the host processor’s valuable resources from NAND management so the host processor can use its processing power on other tasks.

As opposed to SLC NAND, Kingston eMMC™ utilizes MLC and 3D TLC NAND making higher capacity storage for embedded applications much more affordable and enables today’s embedded designs to meet increasing demands for storage, providing a cost-effective solution.

The Enhanced Mode (pSLC Mode) configuration of Kingston eMMC™ is available for better performance/endurance.

Kingston I-Temp eMMC

Kingston® I-Temp eMMC™ Flash memory offers JEDEC eMMC5.1 features and is backward compatible to earlier eMMC standards. It has all the advantages of standard eMMC plus the operating temperature range of the device meets industrial operating temperature requirements (-40°C~+85°C), which make it an ideal storage solution for outdoor, surveillance, factory automation, transportation, and other applications in fluid environmental conditions.

Kingston Automotive-Temp eMMC

Kingston Automotive-Temp eMMC is designed to meet the needs of applications that requires extended operating temperature range. It offers JEDEC eMMC 5.1 features and is backward compatible to earlier eMMC standards. It has all the advantages of standard eMMC plus the operating temperature range of the device is -40°C~+105°C, which make it an ideal memory solution for harsh environment, outdoor signage, surveillance, factory automation, transportation, server, touchscreen kiosks and other applications that have extreme environmental conditions.

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eMMC Part Numbers and Specifications

Part NumberCapacityeMMC StandardPackageNAND
EMMC04G-MT324GB5.1 (HS400)11.5x13x0.8MLC
EMMC04G-CT324GB5.1 (HS400)9.0x7.5x0.8MLC
EMMC08G-MV288GB5.1 (HS400)11.5x13x0.8MLC
EMMC08G-CT328GB5.1 (HS400)9.0x7.5x0.8MLC
EMMC16G-MW2816GB5.1 (HS400)11.5x13x0.9MLC
EMMC32G-TX2932GB5.1 (HS400)11.5x13x0.83D TLC
EMMC32G-KC3032GB5.1 (HS400)8.0x8.5x0.93D TLC
EMMC64G-TY2964GB5.1 (HS400)11.5x13x0.83D TLC
EMMC128-TY29128GB5.1 (HS400)11.5x13x0.83D TLC
EMMC256-TY29256GB5.1 (HS400)11.5x13x1.03D TLC

I-Temp eMMC Part Numbers and Specifications

Part NumberCapacityeMMC StandardPackageNANDOperating Temperature
EMMC04G-WT324GB5.1 (HS400)11.5x13x0.8MLC-40°C~+85°C
EMMC08G-WV288GB5.1 (HS400)11.5x13x0.8MLC-40°C~+85°C
EMMC16G-WW2816GB5.1 (HS400)11.5x13x0.93D TLC-40°C~+85°C
EMMC32G-IX2932GB5.1 (HS400)11.5x13x0.83D TLC-40°C~+85°C
EMMC64G-IY2964GB5.1 (HS400)11.5x13x0.83D TLC-40°C~+85°C
EMMC128-IY29128GB5.1 (HS400)11.5x13x0.83D TLC-40°C~+85°C
EMMC256-IY29256GB5.1 (HS400)11.5x13x1.03D TLC-40°C~+85°C

Automotive-Temp eMMC Part Numbers and Specifications

Part NumberCapacityeMMC StandardPackageNANDOperating Temperature
EMMC04G-AR0A4GB5.1 (HS400)11.5x13x1.0MLC-40°C ~ +105°C
EMMC08G-AR0A8GB5.1 (HS400)11.5x13x1.0MLC-40°C~+105°C

Kingston eMMC Adapter

For designs that don't have an eMMC footprint laid out yet, these eMMC to SD/MMC adapters let users test eMMC through an SD/MMC slot without changing the PCB layout.

eMMC Adapter Part Numbers

eMMC adapter parts are available for all capacities 4GB-256GB.

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Video terkait

Memperkirakan, Memvalidasi, dan Memantau Masa Pakai eMMC 14:38

Memperkirakan, Memvalidasi, dan Memantau Masa Pakai eMMC

Penting untuk memahami bagaimana flash NAND pada eMMC dikelola di perangkat modern dan bagaimana hal itu terkait dengan masa pakainya. Panduan ini akan membantu desainer dan teknisi memahami cara memperkirakan dan memvalidasi masa pakai perangkat penyimpanan eMMC dalam desain sistem mereka.

Tingkat Penggunaan eMMC 3:13

Tingkat Penggunaan eMMC

Perangkat penyimpanan eMMC terdiri dari blok NAND, yang akan aus dengan pemakaian konsisten. Tingkat penggunaan memperpanjang usia perangkat eMMC dengan memprioritaskan penggunaan blok penyimpanan yang ‘lebih baru’.

Pameran Mitra Produk Sistem pada Module (System-on-Module) Kingston Technology 01:40

Pameran Mitra Produk Sistem pada Module (System-on-Module) Kingston Technology

Saksikan tayangan slide yang menampilkan DRAM LPDDR4 dan eMMC dari Kingston dalam berbagai jenis produk komputer papan tunggal (SBC) dari para mitra kami yang melayani aplikasi industri, AI, IoT, transportasi, otomotif, medis, kegiatan hobi, dan lainnya.

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