Manufacturer Part Number
MT41K256M16HA-107G:E
Manufacturer
Micron Technology
Introduction
Micron Technology’s MT41K256M16HA-107G:E is a 4Gbit DDR3L SDRAM module intended for high-speed data processing and storage applications.
Product Features and Performance
4Gbit Density
Organized as 256M x 16
DDR3L SDRAM Technology
Supports 933 MHz Clock Frequency
Parallel Memory Interface
Typical Data Access Time of 20 ns
Surface Mount 96-TFBGA Package
High-Speed Volatile Memory Operation
Product Advantages
Provides a substantial amount of fast memory for demanding applications
Low voltage supply (1.283V 1.45V) reduces power consumption
DDR3L technology for improved data transfer rates and bandwidth efficiency over previous generations
Key Technical Parameters
Memory Type: Volatile (requires constant power to maintain information)
Memory Format: DRAM
Memory Size: 4Gbit
Memory Organization: 256M x 16
Clock Frequency: 933 MHz
Access Time: 20 ns
Supply Voltage Range: 1.283V ~ 1.45V
Operating Temperature Range: 0°C ~ 95°C (TC)
Quality and Safety Features
High reliability and stability under a wide range of operating temperatures
Compliance with JEDEC standards for DDR3 SDRAM
Compatibility
Suitable for use in applications requiring a standard DDR3L SDRAM interface and voltage range
Application Areas
Computing (Servers, Workstations)
Networking (Routers, Switches)
Consumer Electronics (High-Performance Gaming, Smart TVs)
Telecommunications (Base Stations, Switching Equipment)
Product Lifecycle
Obsolete product status, potentially nearing discontinuation
Replacement or upgrade options should be considered for long-term projects
Several Key Reasons to Choose This Product
Micron Technology’s reputation for high-quality memory solutions
Energy-efficient DDR3L technology reduces overall power consumption
Robust operating temperature range makes it suitable for various environments
High data bandwidth for processing-intensive applications
Large 4Gbit memory capacity in a compact 96-TFBGA package
MT41K256M16HA-125Micrel / Microchip Technology