MT41J256M8HX-125 IT:D

Product Overview

MT41J256M8HX-125 IT:D is a Micron Technology 2Gbit DDR3 SDRAM organized as 256M × 8 bits and designed for high-speed embedded, industrial and computing memory applications. The device operates from a 1.5V supply and supports DDR3-1600 data rates with a 1.25ns clock cycle. With an industrial temperature grade, 8-bank architecture, programmable burst operation, on-die termination and a compact 78-ball FBGA package, MT41J256M8HX-125 IT:D is well suited for networking, industrial control, telecommunications and embedded computing systems.

Key Features

• Manufacturer: Micron Technology

• Part Number: MT41J256M8HX-125 IT:D

• Product Family: MT41J DDR3 SDRAM

• Device Type: DDR3 SDRAM

• Memory Density: 2Gbit

• Memory Capacity: 256MB

• Memory Organization: 256M × 8 bits

• Data Bus Width: 8 bits

• Memory Technology: DDR3 SDRAM

• Internal Banks: 8

• Speed Grade: -125

• Minimum Clock Cycle Time: 1.25ns

• Maximum Clock Frequency: 800MHz

• Effective Data Rate: DDR3-1600 / 1600MT/s

• Primary Supply Voltage: 1.5V

• Typical VDD Range: 1.425V to 1.575V

• I/O Supply Voltage: 1.5V class

• Differential Clock: CK and CK#

• Data Strobe: Differential DQS and DQS#

• Burst Length: 8

• Burst Chop: 4 supported

• Prefetch Architecture: 8n-bit

• CAS Latency: Programmable

• CAS Write Latency: Programmable

• On-Die Termination: Integrated

• Output Driver Calibration: ZQ calibration supported

• Refresh Type: Auto refresh and self refresh

• Self-Refresh Mode: Supported

• Power-Down Mode: Supported

• Partial-Array Self Refresh: Supported depending on configuration

• Write Leveling: Supported

• Fly-By Command / Address Architecture: Supported

• Data Mask: DM input supported

• Reset Input: Dedicated RESET# function

• Temperature Grade: Industrial

• Operating Temperature Range: -40°C to +85°C

• Package: 78-ball FBGA

• Mounting Type: Surface mount

• Revision Code: :D

• Lead-Free Status: Lead-free

• RoHS Status: RoHS compliant

• Typical Use: Industrial embedded systems

• Typical Use: Networking and telecommunications equipment

• Typical Use: FPGA and processor memory subsystems

• Typical Use: Industrial computing and control systems

• Key Feature: 2Gbit DDR3 memory with 1600MT/s transfer capability

• Key Feature: Industrial-temperature operation

• Key Feature: Integrated DDR3 features including ODT, ZQ calibration and write leveling

• Replacement Consideration: 2Gbit density, ×8 organization, DDR3-1600 timing, 1.5V supply, industrial temperature grade and 78-ball FBGA pinout must be verified

• Ordering / Packaging Note: Buyers should verify the complete MT41J256M8HX-125 IT:D suffix, industrial temperature grade, revision D, 78-ball FBGA package, date code and PCB compatibility before procurement or replacement use.

Applications

MT41J256M8HX-125 IT:D can be used in high-performance embedded systems requiring reliable DDR3 memory operation at data rates up to 1600MT/s. Typical applications include industrial computers, networking equipment, telecommunications systems, FPGA platforms, embedded processors, data-acquisition systems and automation equipment. Its industrial temperature rating makes it particularly suitable for systems exposed to wider environmental temperature ranges than standard commercial electronics.

Quality & Sourcing

Antrex Electronics can support MT41J256M8HX-125 IT:D sourcing with stock availability checks, RFQ quotation, 78-ball FBGA package confirmation, speed-grade verification, industrial-temperature verification, revision and date code review and shipment arrangement. Buyers are encouraged to provide required quantity, target price, acceptable date code, memory-controller platform and PCB information for accurate compatibility confirmation.

For quality control, Antrex Electronics can help arrange product photos, label review, BGA visual inspection, X-ray inspection, solder-ball condition checks and third-party electrical testing support when required. OEMs, EMS providers, industrial equipment manufacturers, networking companies and electronic component buyers are welcome to send BOM lists or hard-to-find memory requests for sourcing assistance.