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Micron MTA9ASF51272AZ-2G1A1ZI 4GB DDR4-2133MHz UDIMM 1Rx8 CL15 Memory
- 4GB DDR4 SDRAM capacity
- Speed: 2133MHz (PC4-17000)
- Latency: CL15
- Type: Unbuffered DIMM (UDIMM)
- Configuration: 1Rx8 (Single Rank, x8 data width)
- Voltage: 1.2V
- Non-ECC memory
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Product Overview
The Micron MTA9ASF51272AZ-2G1A1ZI is a 4GB DDR4 Unbuffered DIMM (UDIMM) memory module. It operates at 2133MHz with CL15 timings, suitable for modern desktops and entry-level servers.
Technical Information
| Memory Type | DDR4 SDRAM |
| Capacity | 4GB |
| Speed | 2133MHz |
| Module Type | UDIMM (Unbuffered DIMM) |
Additional Specifications
| Rank | 1Rx8 (Single Rank) |
| CAS Latency | CL15 |
| Voltage | 1.2V |
| ECC | No |
Product Description
The Micron MTA9ASF51272AZ-2G1A1ZI is a 4GB DDR4 Unbuffered DIMM (UDIMM) memory module, representing a step forward in memory technology with its higher speeds and lower operating voltage compared to DDR3. Operating at 2133MHz, it offers improved bandwidth and responsiveness for modern computing tasks. The UDIMM form factor is standard for most desktop computers and some entry-level servers, providing a balance of performance and compatibility. This module features a CAS Latency (CL) of 15, which, when combined with its 2133MHz speed, delivers efficient performance for a variety of applications, from everyday browsing and office productivity to more demanding tasks like content creation and gaming. The 1Rx8 configuration indicates a single-rank module utilizing eight memory chips per rank, a common and versatile setup for many motherboards. The lower operating voltage of 1.2V contributes to reduced power consumption and heat generation. As a Non-ECC module, the MTA9ASF51272AZ-2G1A1ZI does not include error-checking and correction capabilities. This makes it suitable for systems where ECC is not required or supported, such as most consumer-grade desktops. It is essential to ensure system compatibility, including motherboard support for DDR4 memory, the specific speed, and UDIMM type, before installation to achieve optimal performance and stability.
