Crucial
Micron MTC10C1084S1TC56BD1R MLS 16GB DDR5-5600 ECC SODIMM
Best reliable memory for professional workstations requiring high data integrity.
Elevate your system's performance with this 16GB DDR5 SODIMM memory module from Micron. Engineered for demanding environments, it offers enhanced data integrity through integrated ECC technology. Experience next-generation speed with DDR5-5600MHz performance, ensuring smooth operation for professional applications and workstations. This enterprise-grade module operates efficiently at a low 1.1V voltage and features a CAS Latency of CL46, providing reliable and fast memory for your critical tasks.
$1957.85
Owner Satisfaction
4.7
/ 5
Category Rank
96
/ 3541
#96 in RAM
Price vs Category Average
+284%
Above average
Capacity
16
/ GB
Who it's for
- System builders prioritizing long-term reliability and component quality
- Professionals requiring maximum data integrity for critical workflows
- Power users demanding faster system responsiveness and bandwidth
Who should skip it
- Users with compact devices prone to thermal management issues
- Budget-conscious buyers seeking standard consumer-grade memory
- Owners of standard laptops lacking specialized ECC-compatible hardware
Performance breakdown
Data Integrity
Integrated ECC technology provides essential protection against critical system memory errors.
Processing Speed
The 5600MHz frequency delivers rapid data throughput for demanding professional workflows.
Power Efficiency
Low 1.1V operation minimizes thermal output and extends battery life.
System Compatibility
Compact SODIMM form factor fits perfectly into modern high-performance mobile workstations.
Latency Performance
CL46 timing is standard for DDR5, prioritizing stability over ultra-low latency.
Enterprise Reliability
Micron engineering ensures consistent, long-term performance for mission-critical computing tasks.
Key Specs
Capacity
16GB
Memory Type
DDR5 SODIMM
Speed Frequency
DDR5-5600MHz
Bandwidth Rating
PC5-44800
Error Correction
ECC
CAS Latency
CL46
Voltage
1.1V
Pin Count
262pin
Features
- Enhanced data integrity with ECC
- Next-generation DDR5 performance
- Reliable 16GB capacity
- Optimized for low-power operation
- Compact SODIMM form factor
- Enterprise-grade reliability
- Fast 5600MHz speed
What customers say
Customer satisfaction for the Micron DDR5 ECC SODIMM centers on its flawless reliability and essential compatibility within professional systems. Users highly praise the simple installation process, noting the modules are consistently recognized immediately by compatible motherboards without needing manual configuration. This seamless integration is a major driver of positive feedback among system builders who prioritize guaranteed function. While the cost reflects a premium over standard memory, buyers consider this justified for the critical data integrity provided by Error Correcting Code technology. Reports of stability issues are rare, reinforcing Micron's strong reputation for quality control. Overall, users are highly satisfied because this memory perfectly meets the need for unwavering system stability at DDR5 5600 speeds.
Know before you buy
ECC stands for Error Correction Code. This technology automatically detects and fixes common types of internal data corruption, making it an essential feature for workstations and professional environments where system stability and data integrity are critical.
This module is designed for systems that specifically support DDR5 SODIMM memory with ECC functionality. Before purchasing, please check your device's manual to ensure your motherboard and processor are compatible with ECC-enabled DDR5 memory, as many consumer laptops do not support ECC.
The 5600MHz frequency provides a significant boost in bandwidth compared to older DDR4 or slower DDR5 modules. This allows your system to handle data-intensive tasks, such as large file transfers and complex multitasking, with greater efficiency and less latency.
Yes, the lower 1.1V voltage is a hallmark of DDR5 technology. It allows the module to run more efficiently, which helps reduce overall power consumption and heat generation, contributing to better thermal management in compact systems.
A Single Rank configuration means the memory chips are arranged on one side of the module. This design is generally more power-efficient and can offer better performance in certain memory-intensive applications compared to multi-rank modules.
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