Enhance the reliability and performance of your server or workstation with the NEMIX 8GB 2Rx8 DDR4-2666 PC4-21300 UDIMM ECC Unbuffered Memory ME21300-828. Designed for systems that require ECC Unbuffered memory, this 8GB DDR4 module delivers dependable performance, data integrity protection, and compatibility with a wide range of entry-level servers, NAS devices, and professional workstations.
Operating at 2666MHz with PC4-21300 bandwidth, the ME21300-828 provides the speed needed for virtualization, file serving, business applications, and network storage environments. Its ECC functionality helps detect and correct memory errors, improving system stability and reducing the risk of data corruption in critical workloads.
Key Features
-
8GB DDR4 Capacity – Ideal for server upgrades, NAS systems, and workstation deployments.
-
DDR4-2666 Performance – Supports data rates up to 2666 MT/s.
-
ECC Error Correction – Enhances reliability and protects data integrity.
-
Unbuffered UDIMM Design – Designed for platforms requiring ECC UDIMM memory.
-
Dual-Rank 2Rx8 Architecture – Optimized for balanced performance and compatibility.
-
Low Voltage Operation – Energy-efficient 1.20V power requirement.
-
OEM-Grade Components – Built using premium chips from Samsung, Micron, or SK Hynix.
-
Professional-Grade Reliability – Suitable for 24/7 operation in business environments.
Technical Specifications
-
Brand: NEMIX RAM
-
Model: ME21300-828
-
Capacity: 8GB
-
Memory Type: DDR4 SDRAM
-
Form Factor: 288-Pin UDIMM
-
Speed: DDR4-2666V / PC4-21300
-
Data Rate: 2666 MT/s
-
Error Correction: ECC
-
Signal Processing: Unbuffered
-
Rank Configuration: 2Rx8 (Dual Rank)
-
CAS Latency: CL19
-
Operating Voltage: 1.20V
-
Heat Spreader: None (Bare PCB)
-
Chip Manufacturer: Samsung, Micron, or SK Hynix OEM Components
-
SKU: ME21300-828
Compatible Alternative Part Numbers
The following ECC UDIMM modules offer comparable specifications and may be suitable alternatives depending on your system requirements:
- Kingston KSM26ED8/8ME
- Crucial CT8G4WFD8266
- Micron MTA18ADF1G72AZ-2G6
- Samsung M391A1K43BB2-CTD
- Samsung M391A1G43EB1-CTD
- SK Hynix HMA81GU7CJR8N-VK
- SK Hynix HMA81GU7AFR8N-VK
- NEMIX ME21300-816
- NEMIX ME21300-3216
Compatible Memory Modules
Systems supporting DDR4 ECC Unbuffered memory can typically utilize the following compatible module types when installed according to manufacturer guidelines:
- 8GB DDR4-2666 ECC UDIMM 2Rx8
- 16GB DDR4-2666 ECC UDIMM
- 32GB DDR4-2666 ECC UDIMM
- DDR4-2400 ECC UDIMM Modules
- DDR4-2133 ECC UDIMM Modules
- Samsung ECC Unbuffered DDR4 UDIMMs
- Micron ECC Unbuffered DDR4 UDIMMs
- SK Hynix ECC Unbuffered DDR4 UDIMMs
Compatible System Types
- Entry-Level Rack and Tower Servers
- NAS Storage Platforms
- QNAP NAS Systems Supporting ECC UDIMM Memory
- Synology NAS Systems Supporting ECC UDIMM Memory
- Professional Engineering Workstations
- ECC-Capable AMD and Intel Server Platforms
- Small Business Infrastructure Servers
- Virtualization Test and Development Systems
Important Compatibility Notes
- This module requires a motherboard and processor that explicitly support ECC Unbuffered (ECC UDIMM) memory.
- Not compatible with systems requiring Registered DIMM (RDIMM) memory.
- Not compatible with Load-Reduced DIMM (LRDIMM) platforms.
- Cannot be mixed with non-ECC desktop memory.
- Not intended for laptops or systems using SO-DIMM memory.
- Standard consumer desktop systems without ECC support may not recognize or utilize ECC functionality.
Ideal Applications
- Small Business Servers
- Network Attached Storage (NAS)
- File & Backup Servers
- Professional CAD Workstations
- Virtualization Hosts
- Database Applications
- Business-Critical Computing
- Data Integrity-Sensitive Environments
The NEMIX 8GB 2Rx8 DDR4-2666 PC4-21300 UDIMM ECC Unbuffered Memory ME21300-828 delivers the reliability of ECC protection, the performance of DDR4-2666 technology, and the compatibility required by modern entry-level servers and professional workstation platforms. It is an excellent solution for organizations seeking dependable memory for critical workloads and long-term system stability.
