CD8067303405800 Intel Xeon 12-Core Gold 6136 3.0GHz 24.75MB L3 Cache 10.4GT/S UPI150W Processor | Brand New 3 Years Warranty

The CD8067303405800 Intel Xeon 12-Core Gold 6136 3.0GHz 24.75MB L3 Cache 10.4GT/S UPI150W Processor has a L3 cache size of 24.75MB and a L3 cache speed of 3.0GHz.

• L3 cache is a high-speed memory that is used to store frequently accessed data and instructions, allowing for fast access to this data without the need to access main memory.
• The 24.75MB L3 cache in this processor allows for a large storage capacity of data, which can result in improved performance in workloads that rely heavily on data access.
• The L3 cache speed of 3.0GHz matches the processor’s base clock speed, allowing for fast access to the data stored in the cache.
• The L3 cache is shared among all cores, allowing all cores to access the same data in the cache, this can improve the performance of multi-threaded workloads.
• L3 cache is inclusive, meaning that it contains a copy of the data stored in the L1 and L2 cache, this can reduce the cache miss rate and improve the performance.

Virtualization support

The CD8067303405800 Intel Xeon 12-Core Gold 6136 3.0GHz 24.75MB L3 Cache 10.4GT/S UPI150W Processor has support for various virtualization technologies, which allow for efficient virtualization of the processor’s execution resources, and improved control and isolation of virtualized memory resources. These include:

• Intel Virtualization Technology (VT-x) – allows for the creation of multiple virtualized environments on a single physical server, providing greater flexibility and resource utilization.
• Intel Virtualization Technology for Directed I/O (VT-d) – allows for better control and isolation of virtualized memory resources, improving security and performance.
• Intel Virtualization Technology for Connectivity (VT-c) – allows for virtualized network devices to be directly connected to the physical network, providing improved network performance and security.
• Intel Virtualization Technology for Directed I/O (VT-c) – allows for virtualized storage devices to be directly connected to physical storage, providing improved storage performance and security.
• Intel Virtualization Technology for Directed I/O (VT-c) – allows for virtualized input/output devices to be directly connected to the physical input/output devices.
• Intel VT-x with Extended Page Tables (EPT) – allows for efficient virtualization of the processor’s execution resources, improving performance and security.
• Intel VT-d with Queued Invalidation (QI) – allows for efficient control and isolation of virtualized memory resources, improving performance and security.
• Intel VT-d with Source-Validated Translation (SVT) – allows for improved security of virtualized memory resources, by validating the source of memory accesses.

Intel Hyper-Threading Technology Support

The CD8067303405800 Intel Xeon 12-Core Gold 6136 3.0GHz 24.75MB L3 Cache 10.4GT/S UPI150W Processor supports Intel Hyper-Threading Technology (HT Technology), which is a technology that allows for increased performance in multithreaded workloads by providing multiple threads (or “virtual cores”) per physical core. The key features of Intel Hyper-Threading Technology include:

• Increased performance in multithreaded workloads, by allowing multiple threads to be executed simultaneously on a single physical core.
• Improved resource utilization, by allowing multiple threads to share resources such as caches and execution units.
• Improved responsiveness, by allowing for multiple threads to be executed simultaneously, reducing the amount of idle time on the processor.
• Improved power efficiency, by allowing for more efficient use of the processor’s resources.
• Improved security, by providing hardware-based thread isolation, reducing the risk of data leakage between threads.
• Improved system scalability, by allowing for increased performance in multi-socket systems.
• Improved compatibility with existing software, as most operating systems and applications can take advantage of Hyper-Threading Technology with little or no modification.
• Improved performance on parallel workloads, by allowing more threads to be executed simultaneously, which can improve the performance of parallel workloads such as media processing, scientific simulations and financial modeling.

Keep in mind that Hyper-threading is not a replacement of physical cores and the performance boost varies depending on the workloads and the resources that the program uses.