MT41K256M16TW107P DDR3L Memory Specifications and Applications

ElecSuppliers Part Number GuideAug 15, 2026

MT41K256M16TW107P is a Micron memory device designed for systems that require high density volatile memory. It belongs to Micron's DDR memory product family and is intended for applications where memory capacity, bandwidth and efficient board integration are important.

Unlike simple passive components, memory devices require careful matching of both electrical and system level characteristics. The exact MT41K256M16TW107P ordering code should therefore be retained when sourcing the component.

MT41K256M16TW107P Memory Organization

The part number identifies a memory device with a 256M x 16 organization, providing a total memory density of 4Gb.

The x16 organization describes the width of the data interface rather than the total memory capacity. This distinction is important when designing a memory subsystem because the controller and PCB must support the required data width and memory architecture.

For engineers replacing an existing memory device, organization should be checked together with density, speed grade and interface requirements.

MT41K256M16TW107P Performance

Memory performance is determined by several parameters rather than capacity alone.

The speed grade, timing requirements, operating voltage and memory interface all affect whether MT41K256M16TW107P can work correctly within a particular system.

The memory controller must be configured according to the device specifications, including initialization, timing parameters and supported operating conditions.

This is especially important for embedded processors, FPGA systems and other designs where the memory interface is closely tied to the system architecture.

MT41K256M16TW107P Applications

High density DDR memory devices such as MT41K256M16TW107P can be used in embedded computing platforms, industrial equipment, networking systems, consumer electronics and other products that require external system memory.

The 4Gb density and x16 organization can be useful where the system needs additional working memory without using an excessive number of individual memory devices.

The final application depends on the processor or memory controller being used and its supported DDR interface.

MT41K256M16TW107P PCB Design

DDR memory requires more attention to PCB layout than many standard electronic components.

Signal integrity, trace length, impedance, power distribution and routing between the memory and controller can all influence system stability.

Engineers should follow the manufacturer's layout recommendations and verify the memory controller configuration before moving from prototype hardware to mass production.

MT41K256M16TW107P Sourcing

When purchasing MT41K256M16TW107P, the complete MPN should be included in the sourcing request.

Buyers should verify the manufacturer, memory density, organization, speed grade, package and product status before selecting a supplier.

For an existing design, choosing another DDR memory device only because it has the same capacity may not be sufficient. Interface compatibility, timing and physical package requirements must also be checked.

ElecSuppliers provides electronic component product and supplier information for buyers searching for specific memory part numbers such as MT41K256M16TW107P.