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Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

Second-generation Xeon Scalable processors are limited to the amount of memory they can address, as follows:- Processors with an L suffix (eg 8260L): Up to 4.5 TB per processor- Processors with an M suffix (eg 8260M): Up to 2 TB per processor- All other processors: Up to 1 TB per processorThe calculation of the total memory per processor includes both the system memory DIMMs and the Persistent Memory DCPMMs installed in the server.For example:- A configuration using 12x 64GB DIMMs per processor is a total of 768 GB, which means that neither an M nor an L processor is required- A configuration using 12x 128GB DIMMs per processor is a total of 1.5 TB, which means that an M processor is required- A configuration using 6x 32GB DIMMs + 6x 256GB DCPMMs is a total of 1.69 TB which means an M processor is required (an L processor may also be used)- A configuration using 6x 128GB DIMMs + 6x 512GB DCPMMs is a total of 3.75 TB which means an L processor is requiredThe following table lists the features of the supported second-generation Intel Xeon processors.

ThinkSystem TruDDR4 Memory delivers trusted, tested, quality, performance, and reliability throughout the ThinkSystem portfolio. We use the highest quality industry-standard memory components sourced from Tier 1 DRAM suppliers. Only memory that meets these strict requirements are selected for TruDDR4 Memory. It is then compatibility tested and tuned on every ThinkSystem server to maximize reliability.In addition, TruDDR4 Memory DIMMs have a unique signature programmed into them so your system can verify that TruDDR4 Memory is installed in your system. Since the memory will be authenticated, memory stretch goals are enabled only when TruDDR4 Memory DIMMs are detected. Together with lower power consumption, these new DIMMs can provide the lowest TCO for data centers.3DS RDIMMsTo meet the ever increasing demand for higher density server memory modules, Lenovo offers 3DS (3 Dimensional Stacked) DDR4 RDIMMs which apply TSV (Through Silicon Via) technology from our partnership with a leading Tier 1 DRAM supplier. The new TSV 3DS stack technology enables higher density DRAM stack packages with higher operational frequency and reduced power consumption. The RDIMM configuration along with 3DS TSV DRAM packages exhibits performance benefits and lower power consumption over alternative high density solutions to ultimately provide the lowest TCO for data centers.