Our core system includes the following elements.

• System chassis
• Power supply
• System motherboard
• Any PCIe additional components
• Cabling throughout
• Aquacomputer fan/temp management hub
• Noctua cooling fans throughout
• CPU cooler (All in one liquid loop or air cooler as stated)
• Dust micro particle filter
• Power cable
• Any necessary tools required for removal side panels
• Operating system install and configuration
• *All liquid cooling components and radiators on the Molecule Liquid

A workstation computer CPU, similar to a personal computer CPU, serves as the central processing hub but is designed for more intensive tasks. Workstation CPUs are optimized for professional applications like graphic design, 3D rendering, scientific simulations, and engineering software. These processors typically have multiple cores, high clock speeds, and advanced architecture to handle complex calculations efficiently. Workstation CPUs often support features like error-correcting code (ECC) memory for enhanced reliability. They provide the computational power needed for demanding workloads, ensuring smooth and rapid execution of intricate tasks that professionals encounter in fields such as design, content creation, and scientific research.

• 24 Cores & 48 Threads
• 4.2 GHz Clock Speed
• 5.3 GHz Maximum Turbo Frequency
• sTR5 Socket
• 128MB L3 Cache Memory
• Eight-Channel DDR5 ECC Memory
• 128 PCIe 5.0 Lanes
• Unlocked Processor
• Enterprise-Grade Security & Management
• AMD Zen 4 Architecture

• 32 Cores & 64 Threads
• 4 GHz Clock Speed
• 5.3 GHz Maximum Turbo Frequency
• sTR5 Socket
• 128MB L3 Cache Memory
• Eight-Channel DDR5 ECC Memory
• 128 PCIe 5.0 Lanes
• Unlocked Processor
• Enterprise-Grade Security & Management
• AMD Zen 4 Architecture

• 64 Cores & 128 Threads
• 3.2 GHz Clock Speed
• 5.1 GHz Maximum Turbo Frequency
• sTR5 Socket
• 256MB L3 Cache Memory
• Eight-Channel DDR5 ECC Memory
• 128 PCIe 5.0 Lanes
• Unlocked Processor
• Enterprise-Grade Security & Management
• AMD Zen 4 Architecture

• 96 Cores & 192 Threads
• 2.5 GHz Clock Speed
• 5.1 GHz Maximum Turbo Frequency
• sTR5 Socket
• 384MB L3 Cache Memory
• Eight-Channel DDR5 ECC Memory
• 128 PCIe 5.0 Lanes
• Unlocked Processor
• Enterprise-Grade Security & Management
• AMD Zen 4 Architecture

Workstation computer RAM (Random Access Memory) is a vital component that provides temporary storage for actively used data and programs, ensuring quick access for the CPU. Workstations demand robust RAM configurations to handle resource-intensive tasks like graphic design, 3D modelling, and scientific simulations. High-capacity and high-speed RAM modules enable efficient multitasking and data processing. ECC (Error-Correcting Code) RAM is often preferred in workstations to enhance reliability and prevent data corruption. The large RAM capacities in workstations enable professionals to manipulate and process large datasets seamlessly, contributing to the overall performance and responsiveness required in demanding computational tasks for specialised applications.

A workstation computer GPU (Graphics Processing Unit) is a specialised processor designed to handle complex graphical computations. In workstations, GPUs play a crucial role in accelerating tasks related to graphic design, 3D rendering, and scientific simulations. Workstation GPUs, such as those from NVIDIA Quadro or Geforce offer optimised drivers and additional features for professional applications. Multi-GPU setups, involve using multiple GPUs simultaneously to boost graphics performance. This configuration enhances the rendering capabilities of workstations, providing the computational power required for intricate visual tasks in fields like animation, engineering, and scientific visualisation or even providing enhanced power for machine learning and Ai.

A workstation computer NVMe (Non-Volatile Memory Express) storage refers to high-speed, flash-based storage technology designed for rapid data access and transfer. NVMe utilises the PCIe interface, offering significantly faster read and write speeds compared to traditional storage solutions like SATA-based SSDs or HDDs. In workstations, NVMe storage enhances overall system performance, reducing data loading times and improving workflow efficiency. It\'s particularly beneficial for professionals dealing with large datasets, video editing, and complex simulations. NVMe drives, often in the M.2 form factor, deliver low latency and high throughput, contributing to the responsiveness and speed required in demanding computational tasks for specialised applications.

A workstation computer with U.2 NVMe storage features high-speed, flash-based storage utilising the U.2 interface, a connector commonly associated with enterprise-grade SSDs. U.2 NVMe storage combines the advantages of NVMe technology with the reliability and compatibility of the U.2 form factor. This configuration is designed for professionals working with data-intensive applications in fields like content creation, engineering, and scientific research. U.2 NVMe drives offer fast data transfer rates, low latency, and high capacities, contributing to improved workstation performance. The U.2 interface ensures compatibility with workstations and servers, making it a suitable choice for high-performance computing environments.

A computer operating system is software that manages hardware and provides a user interface, facilitating communication between the user and the computer\'s hardware and applications.

A USB-C PCIe adapter is a device that allows the connection of USB-C peripherals to a computer\'s PCIe slot, enhancing data transfer speeds and expanding connectivity options.