TENMOS Wireless Bluetooth Mouse, LED Slim 2.4GHz vs Uiosmuph LED Wireless Mouse, G12 Slim Rechargeable
Updated August 2026 — TENMOS Wireless Bluetooth Mouse, LED Slim 2.4GHz wins on battery and width, Uiosmuph LED Wireless Mouse, G12 Slim Rechargeable wins on length and portability.
The TENMOS Wireless Bluetooth Mouse offers advanced features and aesthetics, while the Uiosmuph LED Wireless Mouse is a budget-friendly option. Choose based on your needs.
Why TENMOS Wireless Bluetooth Mouse, LED Slim 2.4GHz is better
Connectivity
TENMOS offers dual-mode Bluetooth and USB.
DPI Settings
TENMOS has adjustable DPI levels for precision.
Design
TENMOS features more advanced aesthetics with LED lights.
Why Uiosmuph LED Wireless Mouse, G12 Slim Rechargeable is better
Price
Uiosmuph is significantly cheaper.
Portability
Uiosmuph has specified compact dimensions.
Energy Saving
Uiosmuph enters sleep mode faster.
Overall score
Specifications
| Spec | TENMOS Wireless Bluetooth Mouse, LED Slim 2.4GHz | Uiosmuph LED Wireless Mouse, G12 Slim Rechargeable |
|---|---|---|
| Connectivity | Dual-mode (BT + USB) | 2.4GHz USB |
| DPI Levels | 800/1200/1600 | N/A |
| Rechargeable | Yes | Yes |
| Compatibility | Windows 8/10, iOS 13+, Mac | Windows 7/8/10, Mac |
| LED Lights | Yes | Yes |
Dimension comparison
Price Comparison
When it comes to pricing, the Uiosmuph LED Wireless Mouse is the more economical choice, retailing at $9.99, which is approximately 27% less than the TENMOS Wireless Bluetooth Mouse, priced at $13.76. This price difference makes the Uiosmuph a compelling option for budget-conscious consumers seeking a reliable wireless mouse without compromising on essential features. While both mice offer rechargeable capabilities, Uiosmuph's lower price point provides a significant advantage for those looking to save money while still acquiring a quality product.
Design and Aesthetics
Both mice feature a sleek matte black design, but the TENMOS Wireless Bluetooth Mouse stands out with its colorful LED lights that change randomly, creating a visually appealing atmosphere during use. The Uiosmuph also incorporates colorful lighting effects, contributing to a lively work environment. However, the TENMOS model emphasizes aesthetics with its dual-mode functionality and elegant design, targeting users who appreciate both style and versatility. Thus, while both products appeal visually, the additional design features of the TENMOS may attract those who prioritize aesthetics in their tech gadgets.
Connectivity Options
The TENMOS Wireless Bluetooth Mouse offers dual-mode connectivity, functioning via Bluetooth 5.1/5.0 and a 2.4GHz USB connection, allowing seamless switching between devices. In contrast, the Uiosmuph LED Wireless Mouse utilizes a 2.4GHz connection with both USB A and USB C compatibility. While both options provide versatile connectivity, the TENMOS model's dual Bluetooth capability allows for greater convenience, especially for users with multiple devices. Therefore, for those who frequently switch devices, the TENMOS offers a superior solution with its advanced connectivity features.
Compatibility
In terms of compatibility, both mice are designed to work with a wide range of operating systems. The TENMOS Wireless Bluetooth Mouse is compatible with Windows 8/10, iOS 13 and above, Mac OS, and Android 5.0 or higher. Meanwhile, the Uiosmuph LED Wireless Mouse supports various systems including Windows 7/8/10, Linux, and Chrome OS, as well as Mac OS. Both models ensure a broad compatibility reach, but the TENMOS offers an edge with its support for newer Apple devices, making it more appealing for users within the Apple ecosystem.
Battery Life and Power Saving Features
Battery efficiency is a crucial aspect of any wireless mouse, and both models feature built-in rechargeable batteries. The TENMOS Wireless Bluetooth Mouse boasts a power-saving mode that activates after 10 minutes of inactivity, while the Uiosmuph enters sleep mode after just 8 minutes. While the Uiosmuph's quicker sleep time may be advantageous, the TENMOS’s longer operational time before needing a recharge can benefit users who require extended use between charges. Both mice offer adequate power-saving features, though the TENMOS may provide a slight advantage in longer use scenarios.
User Experience and Sound
When it comes to user experience, both the TENMOS and Uiosmuph prioritize quiet operation with their silent click designs. This feature is beneficial in environments where noise reduction is important, such as offices or libraries. Both mice provide a smooth clicking experience, ensuring that users can work without disturbing those around them. However, the TENMOS Wireless Bluetooth Mouse offers adjustable DPI levels of 800, 1200, and 1600, allowing users to customize their sensitivity to suit their preferences. This added functionality may enhance the overall user experience for those who require precision in their work.
Portability
Portability is essential for users who frequently travel or work remotely. The Uiosmuph LED Wireless Mouse is designed with portability in mind, measuring approximately 4.4 x 2.2 x 0.79 inches, making it easy to fit into a laptop bag. While the TENMOS Wireless Bluetooth Mouse is also compact, specific dimensional details are not provided. Nonetheless, both mice are lightweight and designed for easy transport. The Uiosmuph may appeal more to travelers due to its explicitly stated dimensions, highlighting it as a primary choice for users on the go.
Which should you buy?
Choosing between the TENMOS Wireless Bluetooth Mouse and the Uiosmuph LED Wireless Mouse ultimately depends on your specific needs and budget. If you're looking for a more affordable option with essential features, the Uiosmuph, priced at $9.99, is an excellent choice, especially for casual users or those who prioritize portability. However, if you require advanced connectivity, a customizable DPI setting, and a more stylish design, the TENMOS, although at a higher price of $13.76, may better suit your needs. Both mice offer reliable performance, so consider your priorities when making a decision.

