A4051428 Dell 8GB 1333mhz Pc3-10600 240-Pin Cl9 DDR3 Ecc SDRAM Reg Ram | New Bulk Pack

DDR3 (Double Data Rate 3) is a type of SDRAM (Synchronous Dynamic Random Access Memory) that is commonly used in servers, workstations, and high-performance computing systems. It offers faster data transfer rates and lower power consumption than its predecessor, DDR2.

A4051428 8GB 1x8GB 1333mhz PC3-10600 240-Pin CL9 Dual Rank DDR3 Fully Buffered ECC Registered SDRAM DIMM Memory for Server.

The A4051428 is an 8GB DDR3 memory module that is designed for use in servers. It is a single module with a capacity of 8GB and a clock speed of 1333MHz. The memory module is compatible with the PC3-10600 standard and has a 240-pin form factor. It has a CAS latency of 9 (CL9) and is a dual-rank module with ECC (Error Correcting Code) and fully-buffered features.

Memory Capacity

The A4051428 is an 8GB memory module, which means it can store up to 8 billion bytes of data. This is a relatively large amount of memory and is suitable for use in servers that require a lot of memory for running multiple applications or virtual machines. It is also a single module, which means it occupies only one memory slot on the server’s motherboard.

Clock Speed and Bandwidth

The A4051428 memory module has a clock speed of 1333MHz. Clock speed is a measure of how fast the memory can transfer data to and from the CPU. A higher clock speed means faster data transfer rates, which can improve system performance. The memory module also supports the PC3-10600 standard, which means it has a maximum theoretical bandwidth of 10.6GB/s.

Form Factor and Pin Configuration

The A4051428 memory module has a 240-pin form factor, which is a common form factor for DDR3 memory modules used in servers. The form factor determines the physical dimensions and pin configuration of the module, which must match the memory slots on the server’s motherboard for proper installation.

CAS Latency and Rank Configuration

The A4051428 memory module has a CAS latency of 9 (CL9). CAS latency is a measure of the delay between the memory receiving a command and the data being available to the CPU. A lower CAS latency means faster access times, which can improve system performance. The memory module is also a dual-rank module, which means it has two sets of memory chips that can be accessed independently for improved memory performance.

ECC and Fully-Buffered Features

The A4051428 memory module has ECC (Error Correcting Code) and fully-buffered features. ECC is a type of memory that can detect and correct errors in data stored in memory. This can improve system stability and reliability, which is especially important in server environments where system downtime can be costly. Fully-buffered memory is a type of memory that uses a buffer chip to reduce signal noise and improve signal quality, which can improve system stability and reliability.