MTA18ASF2G72PZ-2G3B1IK – HPE RAM 16GB DDR4 ECC 1RX4 2400MHZ RCB

Overview on the Micron/HPE 16GB Module

The HPE MTA18ASF2G72PZ-2G3B1IK 16GB DDR4 Enterprise Server RAM Module (fully integrated into certified HPE SmartMemory ecosystems) is a precision-engineered, high-performance server memory component. It is engineered beautifully to maximize application response times, enhance containerization density, and maintain non-stop server stability across modern data center cabinets. Built as a standard 16GB standalone module, this server hardware component allows infrastructure administrators to easily balance memory bandwidth across multi-channel processor nodes. Therefore, it is designed perfectly for mid-tier virtualization servers, dense cloud infrastructure clusters, enterprise edge computing systems, and demanding software-defined storage arrays. It is fully certified for drop-in deployment inside major server platforms, including HPE ProLiant Gen9 and Gen10 systems.

This enterprise-grade hardware layout focuses heavily on massive parallel efficiency, strict structural data protection, and low passive heat generation. Specifically, it utilizes a highly efficient 1Rx4 (Single-Rank x4) physical architecture mapping design. This configuration allows the server’s native memory controller to access high-density internal data blocks cleanly with reduced capacitive loading on the system bus. Running at a fast baseline frequency of 2400MHz matched with an industry-standard CL17 CAS latency timing, the card processes complex concurrent transaction layers flawlessly. To guarantee maximum operational integrity, it incorporates true Registered (Buffered) clock circuitry coupled with an on-die Error-Correcting Code (ECC) engine. Consequently, it actively monitors background operations to filter out single-bit memory corruptions seamlessly, completely preventing random application crashes or severe operating system faults.

Key Features & Performance

• High-Efficiency 16GB Density Block: Delivers a balanced 16GB structural storage pool per physical slot. This makes it straightforward for system admins to establish multi-channel memory configurations across dual-socket motherboards.

• Smart Registered (Buffered) Circuitry: Utilizes an integrated register chip that anchors and conditions incoming command/address signals. As a result, it drastically cuts the electrical load hitting the CPU memory controller, maintaining signal stability across high-density configurations.

• On-Die Error-Correcting Code (ECC): Provides persistent background parity verification across the memory array. It traps and corrects single-bit operational mistakes instantly to preserve valuable business records and ensure long-term server uptime.

• Streamlined Single-Rank x4 Pathing: Structured with a specialized 1Rx4 single-rank mechanical layout using high-capacity x4 bit-width processing chips. This design layout satisfies the complex technical routing prerequisites of high-performance enterprise server lines.

• Low-Voltage Energy Optimization: Operates natively at the standard DDR4 low-voltage threshold of 1.2V. Furthermore, this reduced power consumption lowers operating costs and minimizes the ambient thermal footprint within tightly packed server enclosures.

Technical Specifications

• Brand: Micron Technology (Widely cross-certified under HPE SmartMemory options)

• Manufacturer Part Number: MTA18ASF2G72PZ-2G3B1IK (Base family: MTA18ASF2G72PZ-2G3)

• Memory Capacity: 16GB (16,384 Megabytes)

• Memory Generation: DDR4 Synchronous DRAM

• Module Form Factor Architecture: 288-Pin Registered DIMM (RDIMM)

• Data Transmission Speed: 2400 MHz (PC4-19200 / PC4-2400T-R designation)

• CAS Latency Profile: CL17 Native Baseline

• Physical Rank Framework: Single-Rank (1Rx4 Layout)

• Component Depth Configuration: x4 Bit Width Organization

• Data Error Integration: True Registered ECC Signal Tracking

• Operating Core Voltage: 1.2V Low Voltage Standard

• Plating Connector Interfaces: Premium Gold-Flashed Contacts

• Server Platform Support: Confirmed compatible with HPE ProLiant Gen9/Gen10 lines (e.g., DL360, DL380, ML350), Lenovo ThinkSystem, and Supermicro server mainboards

Enterprise Virtuality Scaling & System Safety

The Micron/HPE 16GB module reinforces multi-tenant workspace platforms by establishing robust electronic boundaries and clean data lane structures directly on the hardware module:

• Strict JEDEC Assembly Standards: Manufactured under rigorous JEDEC design compliance metrics. This guarantees immediate, driverless plug-and-play identification across enterprise hypervisors like VMware ESXi, Microsoft Hyper-V, and Linux KVM frameworks.

• Optimized Memory Channel Architecture: The single-rank 1Rx4 layout allows servers to be populated across all available DIMM slots without forcing the motherboard memory controller to drop its clock rate. This keeps the entire system running at its top native speed of 2400MHz.

• Data Center Thermal Resilience: Engineered with highly durable industrial-grade resistors and layered contact points. This design withstands continuous 24/7 operating temperatures up to 95°C inside high-density server enclosures.

Conclusion

The HPE MTA18ASF2G72PZ-2G3B1IK 16GB DDR4 2400MHz Registered ECC Server RAM Module stands out as an exceptional, highly flexible hardware asset for future-proofing your business infrastructure network. It successfully bridges the gap between old, capacity-limited hardware setups and modern, high-density computing frameworks. Specifically, this 288-pin enterprise memory module blends a reliable 16GB storage capacity with a 1Rx4 single-rank structure, low-voltage 1.2V efficiency, and robust Registered ECC hardware protections. This comprehensive layout ensures your server operating system manages heavy multi-tenant container stresses and intense background database transfers with complete stability. Furthermore, its gold-plated connection contacts and strict alignment with JEDEC industry standards ensure it interacts seamlessly within standard network server cabinets. Therefore, you can deploy a responsive, highly resilient server computing environment that handles your enterprise data center workloads reliably for years to come.