Memory RAM 1x 4GB Sun Oracle - Fire X2270 M2 Server DDR3 1333MHz ECC REGISTERED DIMM | X4715A
- 4GB RAM memory upgrade kit dedicated for Sun Oracle - Fire X2270 M2 Server consisting of 1x 4GB PC3-10600 DDR3 1333MHz ECC REGISTERED DIMM | X4715A. ESUS IT gives you 100% guarantee that our product is compatible with your device.
The RAM presented is not compatible with PCs and laptops. Select the appropriate category by clicking below or ask us a question
Increase Sun Oracle Fire X2270 M2 Server capabilities
Featured RAM module expands Sun Oracle Fire X2270 M2 Server capacity by 1x 4GB. Fire X2270 M2 Server can support up to 192GB of RAM memory. The memory is 240 pin DIMM module working with voltage of 1.35 / 1.5V. It is an EQUIVALENT X4715A, matching it's technical specification to - DDR3 ECC REGISTERED PC3-10600 with frequency of 1333MHz and Cycle Latency 9. Memory upgrade drastically improves upon server speed, stability and efficiency.
Server dedicated memory
1333MHz frequency memory expansion for Sun Oracle Fire X2270 M2 Server massively increases system performance. Upgrading RAM by either replacing modules with higher capacity or adding additional ones, will in majority of cases directly translate to significant improvement in speed and stability of Sun Oracle server. This is especially true when already installed memory is used extensively, or there is demand for having additional applications running. Aforementioned memory is designed for server use only.
ECC and LRDIMM memory is not to be used in conjunction with each other!
Full compatibility guarantee
We give full assurance that the memory is EQUIVALENT X4715A of certified Sun Oracle Fire X2270 M2 Server memory, so that no compatibility issues ever arise for you. Furthermore, we guarantee that the delivered modules will be 100% matched to memory already used by Sun Oracle. Memory upgrades for Fire X2270 M2 Server family are usually readily avaliable and ready for immediate dispatch. We only handpick modules passing full tests within first try and meet our rigorous standards.