
Logitech Lightspeed USB Receiver for G703 Mouse
Restore Your Wireless Connection with a Genuine Logitech Receiver Lost your Logitech G703 wireless receiver? This genuine Logitech replacement LIGHTSPEED USB receiver will restore your mouse's wireless connection, allowing you to get back in the game quickly and easily. Specifications: T...
*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
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Overview
Restore Your Wireless Connection with a Genuine Logitech Receiver
Lost your Logitech G703 wireless receiver? This genuine Logitech replacement LIGHTSPEED USB receiver will restore your mouse's wireless connection, allowing you to get back in the game quickly and easily.
Specifications:
- Type: LIGHTSPEED USB Receiver
- Compatibility: Logitech G703
- Part: Genuine Logitech Part
Key Features
Original Replacement Receiver for Logitech G703
Genuine Logitech Part
LIGHTSPEED USB receiver
Specifications
Pros & Cons
👍 Pros
- This is an original replacement receiver specifically for the Logitech G703 mouse, ensuring compatibility.
- It is a genuine Logitech part, guaranteeing adherence to manufacturer quality standards.
- Utilizes LIGHTSPEED USB technology, known for its reliable and fast wireless connection.
- Provides a solution for users who have lost or damaged their original G703 LIGHTSPEED receiver.
- Specifically designed to pair with the G703 mouse, restoring full wireless functionality.
👎 Cons
- This receiver is exclusively for the Logitech G703 mouse, making it incompatible with other Logitech or non-Logitech devices.
- The product is a single component, meaning it does not offer additional features beyond its primary function as a replacement receiver.
- No information on warranty or return policy is provided, which might be a concern for a replacement part.
- Does not specify if software or drivers are required for setup, potentially adding a step for users not already familiar.
- The LIGHTSPEED technology, while efficient, may still be subject to environmental interference in dense wireless areas.