A computer parts price list for industrial and embedded systems is not a simple, static catalog. Unlike consumer PC components, pricing for industrial-grade parts like processors, memory, and storage is highly dynamic and depends on several critical factors beyond just the component's model number. This guide explains the key variables that determine cost and provides a framework for understanding pricing for your specific application.
Key Factors Influencing Industrial Computer Pricing The price of an industrial computer or its components is determined by a combination of technical specifications, product lifecycle, and commercial terms. The primary drivers are:
-
Processor (CPU): The brand (Intel vs. ARM), series (Core i5 vs. Celeron), generation, and core count have the most significant impact. A 14th Gen Intel Core i5 will command a higher price than a 12th Gen Intel Celeron.
-
Memory (RAM) & Storage: Capacity (e.g., 8GB vs. 64GB RAM, 128GB vs. 1TB SSD) and type (DDR4 vs. DDR5, eMMC vs. NVMe SSD) directly affect cost.
-
Form Factor & Build: Rugged, fanless industrial PCs with wide-temperature components and specialized I/O (like multiple Ethernet ports) are priced higher than standard mini PCs or thin clients.
-
Operating System & Software: Systems pre-loaded with a licensed OS (Windows 11 Pro, Ubuntu Linux) or custom embedded software add to the base hardware cost.
-
Order Volume & Support: Pricing is often tiered based on quantity (OEM/ODM volumes vs. single units) and includes considerations for extended lifecycle availability and technical support.
Typical Use Cases and Associated Component Tiers Matching the component tier to the application is crucial for cost-effective deployment:
-
Thin Clients & Digital Signage: Utilize cost-efficient ARM processors (like Cortex-A55) or Intel Celeron/N-series CPUs, with 2-8GB RAM and 16-128GB eMMC storage.
-
Edge Computing & Industrial Automation: Require mid-range Intel Core i3/i5 processors (e.g., 12th/13th Gen), 8-16GB RAM, and 256-512GB SSDs for reliable performance.
-
High-Performance Workstations & AI Inference: Demand high-end Intel Core i5/i7 processors (e.g., 14th Gen P-series), 32-64GB RAM, and 1TB+ NVMe storage.
Understanding Thinvent's Product Portfolio and Value Thinvent manufactures a complete range of industrial computing solutions, from entry-level to high-performance, allowing you to select the precise specification for your needs and budget. Our products are designed for reliability in demanding environments, featuring fanless cooling, wide operating temperature ranges, and stable long-term supply.
Thinvent Solutions Featuring Configurable Components Thinvent offers a diverse lineup where key components like the CPU, RAM, and storage can often be configured to meet specific performance and budget requirements:
-
Thinvent Micro Series: Our energy-efficient thin clients and mini PCs, powered by ARM processors, provide an economical solution for cloud computing, kiosks, and simple display applications.
-
Thinvent Aero & Industrial PC Series: These systems feature the latest Intel Core processors (from i3 to i5, 12th to 14th Generation). They are built for demanding tasks in factory automation, machine vision, and edge servers, with options for increased RAM and storage.
-
Thinvent All-in-One PCs: Combining a pristine display with powerful computing, our All-in-One PCs are ideal for control rooms, interactive kiosks, and medical carts, offering configurations with high-capacity RAM and fast storage.
For accurate and current pricing tailored to your project's specifications and volume, contacting Thinvent directly is the most effective approach.
