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Have you ever found yourself struggling with your RFID access card in a parking lot or vehicle access area, especially during harsh weather conditions like a heavy downpour or snowstorm? The inconvenience of having to roll down your window just to have the tag read can be quite frustrating. Fortunately, our advanced UHF RFID windshield tags operating in the EPC Gen2 Global 860-960MHz frequency range are here to revolutionize this experience. These passive UHF transponders offer long-range identification capabilities of up to 5 meters (16 feet), making them perfect for seamless vehicle identification in parking applications.
Our UHF RFID Windshield Tags are designed to facilitate efficient vehicle access in various settings, including business parks, car parks, airports, gated communities, campuses, and condominiums. Here are some of the key features that set our windshield tags apart:
- Extended Range Identification: Enjoy up to 5 meters (16 feet) of reading distance, allowing for quick and effortless entry.
- Battery-Free Operation: These passive tags require no batteries, ensuring maintenance-free usage and a longer lifespan.
- EPC Gen 2 Compatibility: Our tags are fully compatible with the EPC Gen 2 standard, ensuring interoperability with various reader systems.
- Customizable Printing: Tailor the appearance of your tags with custom printing options to suit your brand or aesthetic preferences.
- Sleek Sticker Design: The tags come in a thin, flexible sticker format that easily adheres to your windshield without obstructing your view.
- Tamper Resistance: An optional feature that provides an extra layer of security, deterring unauthorized removal or tampering.
- UV Ray Protection: Built to withstand the damaging effects of UV rays, ensuring the tag's longevity and performance.
- Enhanced Security: Benefit from added security measures that protect your tag from potential threats and vulnerabilities.
With these innovative UHF RFID Windshield Tags, vehicle access becomes a seamless and secure process, eliminating the need for manual interactions and ensuring a smooth, uninterrupted flow even in the most challenging weather conditions.
