291.13 USD
DL360 GEN10 XEON-G 6130 KIT
Hewlett Packard Enterprise Intel Xeon Gold 6130 processor 2.1 GHz 22 MB L30190017061351860687-B21Processors
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DL360 GEN10 XEON-G 6130 KIT
The DL360 GEN10 XEON-G 6130 KIT is a high‑performance server and workstation component designed to deliver exceptional compute power, scalability, and reliability. Built around the powerful Intel Xeon Gold 6130 processor, this kit integrates advanced features that enable demanding workloads such as virtualization, data analytics, and enterprise applications.
Processor Overview
The heart of the kit is the Intel Xeon Gold 6130, a 16‑core, 32‑thread processor based on the Skylake architecture. Manufactured using a 14 nm lithography process, it offers:
- Cores / Threads: 16 cores and 32 threads for parallel processing.
- Base Frequency: 2.10 GHz.
- Boost Frequency: Up to 3.7 GHz under optimal conditions.
- L3 Cache: 22 MB of high‑speed cache, facilitating rapid data access.
- Tcase: 87 °C (maximum case temperature).
- Thermal Design Power (TDP): 125 W, ensuring efficient heat dissipation.
- Instruction Sets: Supports AVX, AVX‑2.0, AVX‑512, SSE4.2, enabling advanced vector operations and improved performance for scientific computing and machine learning workloads.
- Operating Mode: 64‑bit architecture, compatible with modern operating systems and virtualization platforms.
- Socket: LGA 3647, a high‑pin-count socket that supports robust power delivery and signal integrity.
- Stepping: H0, indicating the latest revision for enhanced stability.
- Scalability: Supports up to 4 sockets (S), allowing multi‑processor configurations for extreme scalability.
Memory Support and Configuration
The processor supports a vast amount of memory, making it ideal for memory‑intensive applications:
- Maximum Internal Memory Supported: 786 432 MB (768 GB), enabling large in‑memory databases and high‑performance analytics.
- Memory Channels: Hexa‑channel architecture, providing six independent memory paths for maximum bandwidth.
- Supported Memory Types: DDR4‑SDRAM, the industry standard for high speed and low power consumption.
- Maximum Memory Clock Speed: 2666 MHz, ensuring rapid data transfer between CPU and RAM.
PCI Express Configuration
The kit offers extensive PCIe connectivity to accommodate a wide range of expansion cards:
- Maximum PCI Express Lanes: 48 lanes, allowing for multiple high‑bandwidth devices such as NVMe SSDs and GPUs.
- PCI Express Slots Version: 3.0, delivering up to 8 Gb/s per lane.
- Supported PCIe Configurations: The processor’s 48 lanes can be distributed across various slot configurations (x16, x8, x4) to match system design requirements.
Platform and Integration
The DL360 GEN10 XEON-G 6130 KIT is engineered for integration into the HPE ProLiant DL360 Gen10 chassis. This synergy ensures:
- Optimized Power Delivery: The LGA 3647 socket and 125 W TDP are matched to the chassis’s power modules.
- Efficient Cooling: The chassis provides advanced airflow management, keeping the processor within safe operating temperatures.
- Scalable Architecture: With support for up to four sockets, the kit can be deployed in single‑ or multi‑processor configurations, scaling performance linearly with additional CPUs.
- Enterprise Features: Compatibility with HPE’s management tools (such as iLO) and firmware updates ensures long‑term reliability and ease of administration.
Use Cases and Applications
This kit is tailored for environments that demand robust compute capabilities:
- Virtualization Platforms: Hyper‑visors like VMware ESXi or Microsoft Hyper‑V can run numerous virtual machines with high throughput.
- Data Analytics and Machine Learning: AVX‑512 support accelerates vectorized operations, reducing training times for large datasets.
- High‑Performance Computing (HPC): The combination of 16 cores, 32 threads, and extensive memory bandwidth makes it suitable for scientific simulations.
- Enterprise Applications: Database servers, ERP systems, and web services benefit from the processor’s low latency and high core count.
Key Takeaways
The DL360 GEN10 XEON-G 6130 KIT delivers:
- A powerful Intel Xeon Gold 6130 processor with 16 cores, 32 threads, and 22 MB L3 cache.
- Support for up to 768 GB of DDR4 memory, ensuring ample capacity for demanding workloads.
- Extensive PCIe connectivity (48 lanes, version 3.0) for high‑bandwidth expansion.
- Scalability to four sockets, enabling linear performance growth in multi‑CPU configurations.
- Compatibility with the HPE ProLiant DL360 Gen10 chassis, providing a cohesive and reliable platform.
Whether you are building a virtualized environment, running complex analytics, or deploying enterprise applications, this kit offers the performance, scalability, and reliability required for modern data centers and high‑performance workstations.
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| Tags | Intel Xeon Gold |
| Identifiers | |
| Brand | ![]() HP is a technology company that creates a wide range of products, including personal computers, printers and scanners, and software. |
| MPN | HP 2M23CC6 |
| Model | HP 860687-B21 |
| ID | 10937990 |
| Dimensions / Weight | |
| Key Features | |
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Component for Specifies the type of device or system that the product is intended to be used with, such as a PC, server, notebook, surveillance system, or other electronic equipment. The value represents a single category and can be used to filter or group products by their target platform.
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Server/workstation |
| Maximum internal memory supported by processor | 786432 MB |
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Maximum PCI Express lanes Cantidad total de líneas (lanes) de la interfaz PCI Express disponibles en un dispositivo o placa base. Cada línea permite el flujo de datos entre el procesador y los dispositivos conectados, por lo que este número indica la capacidad máxima de ancho de banda para tarjetas y periféricos compatibles con PCIe.
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48 |
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Memory channels supported by processor The total count of independent memory channels supported by a processor or motherboard, indicating how many separate memory paths can be used simultaneously. This value helps users understand the potential for parallel memory access and overall system performance.
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Hexa |
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Memory clock speeds supported by processor A list of the operating frequencies that a processor can run at, expressed in hertz (Hz). The values are typically given as MHz or GHz and may include multiple speeds separated by commas to indicate base, boost, or other supported clock rates. This attribute helps users compare the performance potential of different CPUs and understand the range of speeds they can achieve under various workloads.
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2666 MHz |
| Memory types supported by processor | DDR4-SDRAM |
| PCI Express slots version | 3 |
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Processor boost frequency The highest clock speed a processor can reach when its turbo or boost feature is active, expressed in hertz (Hz). This value indicates the peak performance capability of the CPU under load and helps users compare how fast a processor can run beyond its base clock speed.
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3.7 GHz |
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Processor cache The amount of internal memory reserved for a processor’s cache, expressed in units such as megabytes (MB) or gigabytes (GB). This value indicates how much data the CPU can store locally to accelerate access and improve performance.
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22 MB |
| Processor codename | Skylake |
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Processor cores The total number of physical processing units in a single central processing unit (CPU). This value indicates how many independent tasks the CPU can handle simultaneously, influencing multitasking and parallel performance.
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16 |
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Processor family The processor family identifies the group or series of CPU models that share a common architecture, design, and performance characteristics. It helps users compare processors across brands and generations by indicating the underlying technology used in the chip.
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Intel Xeon Gold |
| Processor lithography | 14 nm |
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Processor model Identifies the exact model of the central processing unit used in a device, including brand and numeric designation such as "Intel Core i5-8250U" or "AMD Ryzen 7 3700X". This value allows users to distinguish between different processor families, generations, and performance levels.
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6130 |
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Processor operating modes The set of instruction set architectures or execution modes that a processor can operate in, such as 32‑bit or 64‑bit. This attribute lists the supported modes for the CPU and helps users determine compatibility with software that requires a specific bitness.
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64-bit |
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Processor series The processor series identifies the family or generation of a CPU, such as "Intel Xeon E5-2600" or "AMD Ryzen 5000". It is used to group models that share similar architecture, performance characteristics and compatibility features.
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Intel Xeon Gold 6000 Series |
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Processor socket The physical connector used by a processor to attach to a motherboard or compatible platform, such as LGA 1151, BGA 1440, Socket AM4, or LGA 1200. This attribute indicates the exact socket designation required for proper CPU installation and compatibility with other hardware components.
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LGA 3647 |
| Processor threads | 32 |
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Stepping The processor stepping code identifies the specific revision of a CPU model, indicating changes in manufacturing that may affect performance, power consumption or compatibility. It is used to distinguish between different silicon revisions within the same product line.
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H0 |
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Supported instruction sets A list of processor instruction set extensions that a CPU can execute, such as AVX, AVX2, SSE4.1, SSE4.2, and AVX‑512. Each value represents an individual extension or group of extensions supported by the hardware.
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AVX,AVX 2.0,AVX-512,SSE4.2 |
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Tcase The highest temperature at which the product can safely operate without risk of damage or performance degradation. It is expressed in degrees Celsius and applies to all electronic components such as processors, servers, storage devices, and other hardware that generate heat during normal use.
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87 °C |
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Thermal design power The maximum amount of power, expressed in watts (W), that a processor or other electronic component is designed to dissipate as heat under typical operating conditions. It represents the thermal load the cooling system must handle and is used by manufacturers and users to assess performance, energy consumption, and suitability for specific environments.
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125 W |


