U-bit asset RFID realizes non-contact, high-reliability and maintenance-free management
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When serial bus technology is applied to U-position contact electronic tags and asset strips, due to various reasons, more secure and efficient management technology appears: U-position asset management is also called U-WEI RFID asset management, mainly for data The central asset management provides automatic data entry and real-time tracking of asset changes to solve the copywriting, which can solve the traditional asset management system, the huge workload caused by manual input and regular inspections, the input information error and the inability to update the asset library in time.
U-bit asset management is a breakthrough innovation technology. While inheriting the advantages of RFID tags, it completely solves the four major shortcomings of RFID technology in the U-bit asset monitoring field of the computer room. It has high reliability and high accuracy. , Accurate positioning and maintenance-free features.
In a financial user data center U-bit asset digitization management and control project, a third-party computer room inspector found that the contact electronic tags and asset strips of the USB port installed on the U-bit had large areas of damage to varying degrees. Including “deformation, cracks, rust” and other serious problems. The failure rate is too high, and the reliability of contact electronic tags and asset strips is not high. The operation experience of the contact type electronic label of the USB port is very poor. The hole position is not correct, and the plugging port is easy to be broken, and the failure rate is too high.
As the first generation of U-bit positioning technology, serial bus technology is a backward and on the verge of obsolescence. At present, the mainstream U-bit asset digital control technology adopts the third-generation positioning technology. By adopting non-contact RFID tags and asset strips, it avoids contact technology caused by oxidation, wear, and poor contact of the contact head. Equipment failure, in the whole life cycle management, the quality of the product has achieved high reliability and maintenance-free.
1. Inventory/on-shelf asset management
Establish asset data information, manage asset status changes, and provide effective basic data for managing and monitoring asset information. Including asset addition, stock removal, disposal, return to library, etc.
2. Software product management
Register and install the entire application software products, and notify customers in time when the software products are about to expire or have expired to ensure the real-time effectiveness of the software products.
3. Asset maintenance management
Perform hierarchical management operations on asset equipment maintenance contracts and associate asset equipment with maintenance contracts to provide efficient inventory functions and early warning functions to ensure the safe operation of assets.
4. Asset inventory management
Conduct a centralized inventory of all state assets and equipment such as the entire data center inventory and on-shelf. The abnormal state assets are notified to the user in time, and an inventory report is automatically generated after the inventory.
5. Business process management
Process management of a series of operations such as asset addition, purchase, storage, loading and unloading, modification, disposal, and inventory.
6. Asset visualization
The 2D/3D visualization platform can be connected to various monitoring and management systems in the data center to form a visual management solution, visually display equipment information, quickly retrieve, locate, and improve the efficiency of daily operation and maintenance.
Leading non-contact U-bit technology is widely used in various data centers such as finance, government, electric power, and operators. The U-bit asset management system is based on the management of the entire life cycle of data center assets, in-depth and realistic management needs, and realizes the full life cycle management and control of assets from procurement, storage, storage, storage, modification, disposal, and allocation. At the same time, through the use of unique U-bit asset precision-level positioning, 2D/3D visualization operation, mobile management, asset maintenance management and other functions, the data center asset management can be standardized, intelligent, refined, and visualized.
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