
Safe Checkout
Secure Payments
Fast Delivery
Order Today
Free Shipping
Across the US
Easy Returns
Hassle-Free
HP 925553-001 ASSY MB DSC R5M1-30 2GB Cel3955U
- Product Type: System Board (Motherboard)
- Processor: Intel Celeron 3955U
- Memory: 2GB
- Assembly Code: ASSY MB DSC R5M1-30
- Integrated CPU and memory for compact solutions
- Designed for specific HP systems
- Low power consumption processor
Click on Inquire to get latest price
Free Ground Shipping
(Within US)
We process POs for Government Agencies, Enterprises, Data Centers and SMBs.
Bulk Purchase Inquiries
Large-Scale Fleet Deployment Support
Product Overview
The HP 925553-001 is an ASSY MB DSC R5M1-30 system board featuring a Cel3955U processor and 2GB of memory. It is designed for specific HP computing platforms requiring integrated processing capabilities.
Technical Information
| Product Type | System Board (Motherboard) |
| Processor | Intel Celeron 3955U |
Additional Specifications
| Memory | 2GB |
| Assembly Code | ASSY MB DSC R5M1-30 |
Product Description
The HP 925553-001 is an integrated system board, identified by the assembly code ASSY MB DSC R5M1-30. This motherboard comes with an embedded Intel Celeron 3955U processor and 2GB of RAM already installed. The Celeron 3955U is a low-power processor, typically used in entry-level computing devices, thin clients, or embedded systems where power efficiency and basic processing capabilities are prioritized over high performance. The integration of the CPU and memory directly onto the motherboard simplifies the system design and reduces the overall footprint, making it suitable for compact or specialized HP devices. This approach also contributes to lower manufacturing costs and potentially improved thermal management in specific chassis designs. This system board is a complete computing solution at its core, designed to be integrated into specific HP product lines. It provides the essential functionality for basic computing tasks, such as web browsing, office applications, and general productivity, within the constraints of its integrated components.
