DH82C114 SLKHV C114 Scalable Memory Buffer Integrated Circuits ICs
DH82C114 SLKHV
,DH82C114 SLKHV Memory Buffer IC
,Memory Buffer integrated Circuits ICs
ISL8120IRZ Switching Controllers SCALABLE 2-PHS CNTRL W/INTEGRTD DRVRS C
| Intel | |
| Product Category: | Scalable Memory |
| RoHS: | Details |
| SMD/SMT | |
| Standard | |
| Standard | |
| Brand: | Intel |
| Product Type: | Scalable Memory |
| Subcategory: | Scalable Memory |
| Type: | integrated Circuits ICs |
| Unit Weight: | 0.002469 oz |
The Intel C114 Scalable Memory Buffer is a component developed by Intel. While specific details about
the C114 Scalable Memory Buffer are not available in the search results, we can provide some general
information about Intel's Scalable Memory Buffers.
Manufacturer: DH82C114 SLKHV is manufactured by Intel [1].
Specifications:
Unfortunately, the specific specifications of DH82C114 SLKHV are not mentioned in the search results.
It is advisable to refer to the official Intel website or contact Intel directly for detailed specifications and
technical information about DH82C114 SLKHV.
Intel Scalable Memory Buffers are designed to enhance memory performance and capacity in server systems.
They act as an interface between the memory modules and the memory controller, providing additional features
and capabilities. Here are some key aspects of Intel Scalable Memory Buffers:
-
Memory Capacity: Scalable Memory Buffers enable higher memory capacity by allowing the use of more memory
modules in a server system. This can be particularly beneficial for memory-intensive applications and workloads.
-
Memory Performance: The Scalable Memory Buffers help improve memory performance by optimizing the data
transfer between the memory modules and the memory controller. This can result in faster data access and
improved overall system performance.
-
Error Correction: Intel Scalable Memory Buffers often include advanced error correction capabilities, such as
Error Correcting Code (ECC) and other error detection and correction mechanisms. These features help ensure
data integrity and reliability.
-
Compatibility: Intel Scalable Memory Buffers are designed to be compatible with specific Intel processor families
and memory technologies. It is important to ensure compatibility with the specific server platform and memory
modules being used.
The Intel C114 Scalable Memory Buffer is a component developed by Intel. While specific details about
the C114 Scalable Memory Buffer are not available in the search results, we can provide some general
information about Intel's Scalable Memory Buffers.
Manufacturer: DH82C114 SLKHV is manufactured by Intel [1].
Specifications:
Unfortunately, the specific specifications of DH82C114 SLKHV are not mentioned in the search results.
It is advisable to refer to the official Intel website or contact Intel directly for detailed specifications and
technical information about DH82C114 SLKHV.
Intel Scalable Memory Buffers are designed to enhance memory performance and capacity in server systems.
They act as an interface between the memory modules and the memory controller, providing additional features
and capabilities. Here are some key aspects of Intel Scalable Memory Buffers:
-
Memory Capacity: Scalable Memory Buffers enable higher memory capacity by allowing the use of more memory
modules in a server system. This can be particularly beneficial for memory-intensive applications and workloads.
-
Memory Performance: The Scalable Memory Buffers help improve memory performance by optimizing the data
transfer between the memory modules and the memory controller. This can result in faster data access and
improved overall system performance.
-
Error Correction: Intel Scalable Memory Buffers often include advanced error correction capabilities, such as
Error Correcting Code (ECC) and other error detection and correction mechanisms. These features help ensure
data integrity and reliability.
-
Compatibility: Intel Scalable Memory Buffers are designed to be compatible with specific Intel processor families
and memory technologies. It is important to ensure compatibility with the specific server platform and memory
modules being used.
