Maximize memory performance and get more out of your servers Memory-dependent server applications are often inhibited by RDIMM channel ranking limitations. Crucial LRDIMMs solve this problem by utilizing a memory buffer chip that reduces electrical loads presented to the memory bus, allowing more DIMMs to be populated per channel. The result? Increased memory bandwidth, improved energy efficiency, and greater memory density compared to standard RDIMMs. Increase memory bandwidth and performance Since Crucial LRDIMMs are engineered to reduce electrical loads presented to the CPU, they enable more installed DIMMs per channel for greater memory density. With more memory density and reduced electrical loads, servers are able to run Crucial LRDIMMs at a greater frequency for more memory bandwidth.
Maximize memory performance and get more out of your servers Memory-dependent server applications are often inhibited by RDIMM channel ranking limitations. Crucial LRDIMMs solve this problem by utilizing a memory buffer chip that reduces electrical loads presented to the memory bus, allowing more DIMMs to be populated per channel. The result? Increased memory bandwidth, improved energy efficiency, and greater memory density compared to standard RDIMMs. Increase memory bandwidth and performance Since Crucial LRDIMMs are engineered to reduce electrical loads presented to the CPU, they enable more installed DIMMs per channel for greater memory density. With more memory density and reduced electrical loads, servers are able to run Crucial LRDIMMs at a greater frequency for more memory bandwidth.
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Maximize memory performance and get more out of your servers Memory-dependent server applications are often inhibited by RDIMM channel ranking limitations. Crucial LRDIMMs solve this problem by utilizing a memory buffer chip that reduces electrical loads presented to the memory bus, allowing more DIMMs to be populated per channel. The result? Increased memory bandwidth, improved energy efficiency, and greater memory density compared to standard RDIMMs. Increase memory bandwidth and performance Since Crucial LRDIMMs are engineered to reduce electrical loads presented to the CPU, they enable more installed DIMMs per channel for greater memory density. With more memory density and reduced electrical loads, servers are able to run Crucial LRDIMMs at a greater frequency for more memory bandwidth.
Maximize memory performance and get more out of your servers Memory-dependent server applications are often inhibited by RDIMM channel ranking limitations. Crucial LRDIMMs solve this problem by utilizing a memory buffer chip that reduces electrical loads presented to the memory bus, allowing more DIMMs to be populated per channel. The result? Increased memory bandwidth, improved energy efficiency, and greater memory density compared to standard RDIMMs. Increase memory bandwidth and performance Since Crucial LRDIMMs are engineered to reduce electrical loads presented to the CPU, they enable more installed DIMMs per channel for greater memory density. With more memory density and reduced electrical loads, servers are able to run Crucial LRDIMMs at a greater frequency for more memory bandwidth.
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Last updated at 15/11/2024 15:33:43
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originally posted on neweggbusiness.com
originally posted on neweggbusiness.com
General | |
Capacity | 64 GB |
Upgrade Type | Generic |
Memory | |
Type | DRAM memory module |
Updated about 11 hours ago
General | |
Capacity | 64 GB |
Upgrade Type | Generic |
Memory | |
Type | DRAM memory module |