Industrial RAM modules
System-D offers industrial RAM from well-known manufacturers.
Our industrial (S)DRAM modules ((Synchronous) Dynamic Random Access Memory) are available in various form factors such as DIMM (Dual Inline Memory Module), SODIMM (Small Outline DIMM) or UDIMM (Unbuffered DIMM). The form factor determines the type of motherboard the DRAM module supports. Furthermore, the memory modules are available in different speed grades and storage capacities. Our industrial-grade memory modules are used in data centres, cloud applications, micro-servers and embedded applications.
Thanks to our cooperation with ATP Electronics, we are still able to provide you with DDR3 memory modules, ensuring long-term availability for legacy systems and servers.
AL56M72A8BKH9S
- DDR3
- RDIMM, ECC
- 2GB
- 1333 MT/s
AQ12P72D8BLH9S
- DDR3
- SO-DIMM, ECC
- 4GB
- 1333 MT/s
AW12M7218BLK0M
- DDR3
- SO-DIMM, ECC
- 4GB
- 1600 MT/s
DRAM / SDRAM
DRAM (Dynamic Random Access Memory) is the hardware component in a computer that caches the operating system (OS), current data and application programs. DRAM thus serves as a short-term memory. ‘Random’ means that the data can be accessed directly and in any order.
There are different generations of DRAM, including DDR (Double Data Rate) RAM, DDR2 RAM, DDR3 RAM, DDR4 RAM and DDR5 RAM. Each of them offers higher speed and efficiency than the previous generation and is compatible with different systems and processors.
SDRAM (Synchronous DRAM) modules offer higher performance, faster data transfer and more efficient power management than older RAM types. As with DRAM, there are several generations - from DDR SDRAM to DDR5 SDRAM.
Error Correction Code (ECC)
ECC is a technology that helps detect and correct errors in memory modules. ECC is particularly useful in environments where data integrity and reliability are critical, such as servers, in the aerospace industry, in military applications and medical devices. ECC helps minimise data loss and system failures by improving the error detection and correction capabilities of memory devices.
Dual-Channel support
Dual-channel technology allows for two DRAM modules to be used simultaneously to accelerate the data transfer between the memory device and the CPU (Central Processing Unit). This is achieved by using two independent channels that can simultaneously transmit data. Simultaneous data transmission doubles the data transfer rate, thus increasing the overall system performance.
Dual-channel support requires both DRAM modules to have the same memory type, identical storage capacity and speed. If these requirements are met, the motherboard can enable dual-channel technology to improve system performance.
