USBDeview and ChromeCacheView are lightweight Windows utilities from NirSoft, but they are designed for entirely different types of system information. USBDeview focuses on identifying, reviewing, and managing USB devices, while ChromeCacheView examines cached browser files and related web-resource information stored by Google Chrome and compatible Chromium-based browsers.
The comparison between USBDeview vs ChromeCacheView is therefore primarily about USB hardware management versus browser cache analysis. Both tools are portable and information-oriented, but their features, data sources, and practical applications differ significantly.
USBDeview Overview
USBDeview is a Windows utility that lists USB devices currently connected to a computer as well as devices that were previously used. It provides information such as device name, description, type, serial number for applicable devices, Vendor ID, Product ID, and connection-related information.
Beyond viewing information, USBDeview provides several device-management functions. Users can disconnect currently connected USB devices, uninstall previously used devices, and enable or disable compatible devices. It can also be used with a remote computer when the appropriate administrative access is available.
The current official version is USBDeview 3.10. NirSoft lists compatibility from Windows 2000 through Windows 11, with both 32-bit and 64-bit versions available.
Key USBDeview Features
- Lists currently connected USB devices
- Shows previously used USB devices
- Displays Vendor ID and Product ID
- Shows device names, descriptions, and types
- Displays serial information for supported devices
- Provides installation and connection timestamps on supported Windows versions
- Disconnects selected USB devices
- Enables or disables compatible devices
- Uninstalls previously used USB devices
- Supports remote computer access with administrative credentials
- Offers command-line functionality
- Exports device information
- Works as a portable utility without a traditional installation
ChromeCacheView Overview
ChromeCacheView is another small Windows utility from NirSoft, but instead of examining hardware, it reads the cache of Google Chrome and displays the files stored there. Information can include URLs, content types, file sizes, last-accessed times, expiration information, server details, and other cache metadata.
The utility can extract selected cache files to another folder, copy URL lists, export cache information, and preview certain cached images and text-based content. It also includes filtering, sorting, time-based selection, and command-line capabilities.
ChromeCacheView has also received updates for modern Chrome cache structures. Version 2.52, for example, updated HTTP-header handling for Chrome version 132, while earlier releases added support for newer cache structures and partitioning changes.
Key ChromeCacheView Features
- Reads browser cache files
- Displays cached URLs
- Shows content type and file size
- Displays last-accessed and expiration times
- Shows server information
- Extracts cached files
- Copies URL lists
- Provides a preview pane for supported images and text
- Supports quick filtering
- Supports time-based filtering
- Exports cache information
- Supports Chromium-based browser cache locations
- Provides command-line options
- Portable operation without traditional installation
USBDeview vs ChromeCacheView: Core Differences
The most important distinction is the type of information each program analyzes.
USBDeview works with USB device information maintained by Windows, while ChromeCacheView works with browser cache data maintained by Chrome or compatible Chromium-based browsers.
| Feature | USBDeview | ChromeCacheView |
| Primary purpose | USB device inspection and management | Browser cache inspection |
| Developer | NirSoft | NirSoft |
| Operating system | Windows | Windows |
| Main data source | Windows USB/device information | Chrome/Chromium browser cache |
| Hardware inventory | Yes | No |
| Previously used devices | Yes | No |
| USB device management | Yes | No |
| Vendor/Product IDs | Yes | No |
| USB connection information | Yes | No |
| Cached URLs | No | Yes |
| Cache metadata | No | Yes |
| Cache file extraction | No | Yes |
| Content preview | No | Yes, for supported cache content |
| Quick filtering | Yes, through device list functionality | Yes |
| Export | Yes | Yes |
| Command-line support | Yes | Yes |
| Remote computer functionality | Yes, with appropriate access | Not a primary feature |
| Portable | Yes | Yes |
| Windows 11 | Yes | Yes |
| Best suited for | USB troubleshooting and administration | Browser cache analysis and extraction |
Features and Functionality
USBDeview Functionality
USBDeview provides a broad view of USB hardware associated with a Windows system. The application can display both connected devices and devices that have previously been used.
Its information can include:
- Device name
- Device description
- Device type
- Serial number
- Vendor ID
- Product ID
- Installation time
- First installation time
- Connection time
- Disconnection time
- Driver-related information
- USB version and other device properties
The current version also provides additional timestamp columns and can be run with administrator privileges to access certain information that is restricted to the SYSTEM account.
USBDeview also supports actions rather than simply reporting information. Depending on the hardware and Windows configuration, it can disconnect, uninstall, enable, or disable USB devices.
ChromeCacheView Functionality
ChromeCacheView takes a different approach by examining browser cache storage.
A typical cache entry can provide information about:
- URL
- Content type
- File size
- Last accessed time
- Expiration time
- Server name
- Server response
- Server IP address
- Cache filename
- Web site and frame information in applicable cache structures
The utility can also extract selected cached resources. This can be useful when investigating locally cached web content or examining how a browser has stored resources.
The preview feature can display supported image files and text-oriented resources such as HTML, CSS, JSON, and JavaScript.
Performance Considerations
Both utilities are designed to be lightweight, but their workloads are different.
USBDeview primarily enumerates USB-related system information and displays it in a table. The amount of information available can depend on the number of devices recorded by Windows and the selected options.
ChromeCacheView must read and interpret browser cache files. Performance can therefore be affected by the size of the browser cache and the number of cache entries being processed. NirSoft has specifically optimized later versions to handle larger cache collections more efficiently; version 1.45, for example, introduced faster loading with reduced memory usage for large caches.
Neither application is intended to function as a continuously running background service. Their resource requirements generally correspond to the amount of system or cache data being examined.
Compatibility
USBDeview Compatibility
USBDeview officially supports Windows 2000, XP, Server 2003, Vista, Server 2008, Windows 7, Windows 8, Windows 10, and Windows 11. Both 32-bit and 64-bit systems are supported. Windows 98 and Windows ME are not supported by the current version.
For enable and disable operations on 64-bit Windows, NirSoft specifies that the x64 version should be used.
ChromeCacheView Compatibility
ChromeCacheView also has a broad Windows compatibility range, with NirSoft listing support from Windows 2000 through Windows 11.
Its more important compatibility consideration is the browser cache format. Chrome has changed its cache architecture over time, and ChromeCacheView has received updates to accommodate these changes. Version 2.50, for example, was updated for a modified Chrome cache structure, while version 2.52 improved HTTP-header handling for newer Chrome releases.
ChromeCacheView can also work with cache folders from Chromium-based browsers. Its interface includes dedicated selection options for Chrome, Edge, Brave, Opera, Vivaldi, and Yandex-related cache locations.
Requirements
USBDeview Requirements
USBDeview has minimal system requirements:
- A supported Windows operating system
- 32-bit or 64-bit Windows
- x64 version for certain management operations on x64 systems
- Administrator privileges for operations requiring elevated access
The application does not require a conventional installation or additional DLL files. The executable can simply be copied to a folder and launched.
ChromeCacheView Requirements
ChromeCacheView similarly has a lightweight setup:
- A supported Windows system
- Chrome or a compatible Chromium-based browser cache to analyze
- Access to the relevant cache folder
Like USBDeview, ChromeCacheView does not require a conventional installation or additional DLL files.
The browser does not necessarily have to be running for cache analysis, and ChromeCacheView has received fixes for situations where Chrome locks cache files.
Use Cases
USBDeview Use Cases
USBDeview is useful for:
- USB device inventory
- Hardware identification
- USB troubleshooting
- Reviewing previously connected devices
- Checking Vendor IDs and Product IDs
- Reviewing device connection information
- Disconnecting selected USB devices
- Enabling or disabling USB devices
- Removing previously used device entries
- Exporting USB information
- Basic USB administration
Because it is not restricted to one type of USB peripheral, USBDeview can be used for storage devices, phones, controllers, adapters, and other USB hardware.
ChromeCacheView Use Cases
ChromeCacheView is more appropriate for browser-related analysis, including:
- Inspecting cached web resources
- Finding cached URLs
- Examining cache metadata
- Extracting selected cached files
- Reviewing cached images
- Investigating cached HTML, CSS, JSON, or JavaScript
- Filtering cache entries by time
- Sorting cache data
- Exporting cache information
- Examining Chromium-based browser cache folders
It can therefore be useful for troubleshooting browser behavior, technical analysis, local cache inspection, and examining resources that have previously been stored by a browser.
USBDeview Pros and Limitations
Pros
- Lightweight and portable
- Broad USB hardware coverage
- Displays detailed device information
- Shows current and previously used USB devices
- Provides device-management functions
- Supports remote computer access with appropriate administrative permissions
- Supports command-line operations
- Compatible with Windows 11
- Useful for USB troubleshooting and inventory tasks
Limitations
- Windows-focused
- Not designed to inspect browser caches
- Some device-management operations require administrator privileges
- Certain timestamps have platform-specific limitations
- USB devices with problematic drivers can cause the utility to hang in some situations
- It is primarily an administrative and diagnostic tool rather than a full hardware-monitoring application
ChromeCacheView Pros and Limitations
Pros
- Lightweight and portable
- Directly displays browser cache entries
- Provides URL and cache metadata
- Can extract cached files
- Supports image and text previews
- Includes quick filtering
- Supports time-based filtering
- Supports multiple Chromium-based browser cache locations
- Provides command-line functionality
- Has received updates for newer Chrome cache structures
Limitations
- Windows-focused
- Specialized around browser cache data
- Does not provide USB hardware information
- Does not manage Windows devices
- Cache contents can change or disappear as the browser manages its storage
- Browser cache formats can evolve, requiring software updates for continued compatibility
- Not every browser resource is necessarily available as a usable standalone cached file
Installation and Ease of Use
USBDeview uses a simple portable model. Users can copy the executable to a folder and run it without going through a traditional installation wizard.
ChromeCacheView follows a similar approach. Its executable can be copied to a folder and launched directly, after which it loads cache entries from the selected browser cache location.
The difference is mainly in what users need to understand before using each application. USBDeview requires familiarity with Windows USB devices and their properties, while ChromeCacheView requires an understanding of browser cache storage and web-resource metadata.
Data Sources and Technical Scope
The two applications examine completely different categories of local data.
USBDeview relies on Windows information associated with USB hardware and device configuration. Its columns can include installation, connection, disconnection, driver, and identification information.
ChromeCacheView reads browser cache structures. Its functionality depends on interpreting the files and metadata created by Chrome and related Chromium-based browsers. The project’s version history demonstrates ongoing adjustments for changes in cache architecture and HTTP behavior.
This difference is important because the applications should not be considered interchangeable diagnostic tools. One examines hardware-related records, while the other examines browser-generated cached data.
USBDeview vs ChromeCacheView for Different Tasks
The practical distinction can be summarized by task:
- USB hardware inventory: USBDeview
- Previously connected USB devices: USBDeview
- USB Vendor ID/Product ID lookup: USBDeview
- USB device management: USBDeview
- USB connection history: USBDeview
- Browser cache inspection: ChromeCacheView
- Cached URL analysis: ChromeCacheView
- Cached file extraction: ChromeCacheView
- Cached image preview: ChromeCacheView
- Cached HTML/CSS/JSON inspection: ChromeCacheView
- Browser cache filtering: ChromeCacheView
- General USB troubleshooting: USBDeview
- Web-resource cache analysis: ChromeCacheView
These task categories describe the intended scope of each application rather than establishing one as universally superior.
Security and Privacy Considerations
Both tools can expose locally stored information, so their use should be considered in the context of the computer and data being examined.
USBDeview can reveal records about USB devices that have been connected to a Windows system, including device identifiers and connection-related information.
ChromeCacheView can expose URLs and locally cached web resources, potentially including information associated with browsing activity.
For this reason, exported USB inventories and browser-cache reports should be handled appropriately, particularly on shared or managed computers.
Conclusion
USBDeview and ChromeCacheView are both lightweight Windows utilities, but their purposes are clearly separated. USBDeview concentrates on USB hardware identification, history, troubleshooting, and device management, while ChromeCacheView focuses on browser cache inspection, web-resource metadata, and cached-file extraction.
USBDeview is therefore centered on Windows hardware records, whereas ChromeCacheView is centered on browser-generated cache data. Their requirements, workflows, and technical functions reflect these different roles.
Rather than being direct alternatives, USBDeview and ChromeCacheView represent two distinct categories of Windows diagnostic and analysis software: USB device administration and browser cache analysis.