MT41J128M16JT-125:/D9PSL (Micron)BGA/FBGA

Whether your design requires high bandwidth, low power, high density, ultra-low latency, or high speed, we have the DRAM solution for you.  Our DRAM, SDRAM, DDR SDRAM, DDR2 SDRAM, DDR3 SDRAM, DDR4 SDRAM, Mobile LPDRAM and RLDRAM Memory solutions feature industrial temperatures, high speeds, a range of low-voltage mobile features and options and the design ease of industry standard memory solutions for embedded applications, automotive designs, supercomputing, workstations, and more.

• SDRAM
• SDRAM has extended operating temperatures
• SDRAM is JEDEC-compliant
• SDRAM is Easy-to-implement

• DDR SDRAM
• DDR SDRAM has extended operating temperatures
• DDR SDRAM is JEDEC-compliant

• DDR2 SDRAM
• Enables large memory subsystems
• Low-voltage, energy-efficient options
• Extended operating temperatures

• DDR3 SDRAM
• DDR3 SDRAM enables large memory subsystems
• DDR3 SDRAM has increased power efficiency
• DDR3 SDRAM is high-performance memory

• DDR4 SDRAM
• DDR4 SDRAM has high performance
• DDR4 SDRAM has emproved power savings
• DDR4 SDRAM has encreased data rates
• DDR4 SDRAM has faster burst accesses

• RLDRAM Memory
• RLDRAM is a  high-performance memory
• RLDRAM has ultra-low bus turnaround time
• RLDRAM enables higher sustainable bandwidth
• RLDRAM has extended operating temperatures

• Mobile LPDRAM
• Mobile LPDRAM is available in multiple technologies: LPSDR, LPDDR, LPDDR2, and LPDDR3
• Mobile LPDRAM has low standby current and low self refresh for extended battery life
• Mobile LPDRAM has Temperature-compensated self refresh (TCSR) and partial-array self refresh (PASR) modes

• PSRAM/CellularRAM
• PSRAM and CellularRAM has Low power consumption
• PSRAM and CellularRAM has high speed read and write functions
• PSRAM and CellularRAM is compatible with the standard wireless Flash interface
• PSRAM and CellularRAM has temperature-compensated refresh (TCR) and partial-array refresh (PAR)

• GDDR5
• GDDR5 SGRAM has ultra-high memory bandwidth
• GDDR5 SGRAM has high performance
• GDDR5 SGRAM has system stability
• GDDR5 SGRAM has x32 and x16 operation

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Our FBDIMM, RDIMM, VLP RDIMM,  VLP UDIMM, SODIMM, SORDIMM, Mini-DIMM, NVDIMM and LRDIMM solutions span generations of DRAM—from SDRAM to DDR, DDR2, DDR3, and beyond. They offer high density, speed , and reliability for applications like servers, ultrathin notebooks, workstations, mobile solutions, networking, and more.

• RDIMM
• RDIMM have a Broad Density Offering
• RDIMM have a Flexible Configuration
• RDIMM have an Extended Temperature Range

• VLP RDIMM
• VLP RDIMM are Very Low Profile (VLP)
• VLP RDIMM have an Extended Memory Capacity
• VLP RDIMM offer Fast Performance

• VLP UDIMM
• VLP UDIMM are Very Low Profile (VLP)
• VLP UDIMM are Unbuffered modules
• VLP UDIMM enable Extended Memory Capacity
• VLP UDIMM offer Fast Performance

• UDIMM
• UDIMM have a broad Density Offering
• UDIMM are Unbuffered
• UDIMM have an optional ECC
• UDIMM feature and extended Temperature Range

• SODIMM
• SODIMM are a small form factor module
• SODIMM have High Density options
• SODIMM are in Flexible Configurations

• SORDIMM
• SORDIMM have Buffered Clock, Command, and Address Signals
• SORDIMM feature PLL
• SORDIMM have a Temperature Sensor

• MiniDIMM
• MiniDIMM are a Small Form Factor module
• MiniDIMM feature ECC
• MiniDIMM have an optional PLL and Buffer
• MiniDIMM are in Flexible Configurations

• VLP MiniDIMM
• VLP MiniDIMM are Very Low Profile (VLP)
• VLP MiniDIMM are a Small Form Factor module
• VLP MiniDIMM feature ECC
• VLP MiniDIMM have an optional PLL and Buffer

• LRDIMM
• LRDIMM are a Load Reduced DIMM
• LRDIMM enable High Density Support
• LRDIMM have Low Voltage Options
• LRDIMM feature ECC

• FBDIMMs
• FBDIMM have Advanced Memory Buffers
• FBDIMM have Improved Error Detection
• FBDIMM have Extended Memory Capacity
• FBDIMM are Reliability and Compatibility
• FBDIMM have an Extended Temperature Range

Micron do more than design and manufacture NAND Flash memory. Micron strive to solve design challenges through better engineering—by raising the bar on features, function, and performance. Our storage solutions offer features like low-voltage ranges, extended operating temperatures, increased bandwidth, extended endurance, and easy design migration with our SLC, MLC, and TLC NAND solutions. They make a great solution for applications like automotive, embedded, mobile, enterprise storage, personal storage, and more.

• TLC NAND
• TLC NAND has the highest cell density

• Serial NAND
• Serial NAND has Increased Power Efficiency
• Serial NAND is a High Performance solution
• Serial NAND is Low Power

• SLC NAND
• SLC NAND offers fast read and write capabilities, good endurance, and relatively simple ECC algorithms
• SLC NAND has highest performance and write endurance

• Enterprise NAND
• Enterprise NAND enables large memory subsystems
• Enterprise NAND has Low-voltage, energy-efficient options
• Enterprise NAND has extended operating ranges

• MLC NAND
• MLC NAND is a popular solution for applications that need higher-density storage
• MLC NAND devices offer twice the capacity of SLC NAND
• MLC NAND drives process migrations and array densities for the majority of storage applications
• e·MMC™
• eMMC is an ideal Single-package solution for MMC-like application-to-application interoperability

• eMMC solutions in a variety of densities and options 

• Embedded USB
• Embedded USB are Reliable
• Embedded USB are built for Harsh Environments
• Embedded USB are Cost-Effective
• Embedded USB are ideal for small Embedded Storage

• ClearNAND
• ClearNAND has a standard interface for compatibility
• ClearNAND has an Integrated Controller
• ClearNAND is ONFI compatible

• Client SSD
• Client SSD offer Groundbreaking Performance
• Client SSD feature OEM Qualified Reliability

• Embedded USB
• Embedded USB are Reliable
• Embedded USB are built for Harsh Environments
• Embedded USB are Cost-Effective
• Embedded USB are ideal for small Embedded Storage

• Enterprise PCIe SSD
• Enterprise PCIe SSD have Market-leading READ speeds
• Enterprise PCIe SSD are High Performance and Endurance
• Enterprise PCIe SSD are ideal for READ-intensive applications
• Enterprise PCIe SSD are Low Power

Our MCP product line offers a wide variety of devices, configurations, and package options, for the just-right combination of low power, high reliability, and overall robustness. These multichip packages offer NAND Flash, Mobile LPSDR, Mobile LPDDR, in a wide variety of packages and pinouts like PoP, VFBGA, TFBGA and eMMC in JEDEC or TI OMAP standards. We also offer NANDCode software solutions and Engineering Services.