PMAE4070

Motorola PMAE4070A UHF/GPS Combination Stubby Antenna: Enhancing Two-Way Radio Performance

In today's fast-paced communication environment, effective and reliable two-way radio systems are crucial for enhancing productivity and ensuring seamless operations. The Motorola PMAE4070A UHF/GPS combination stubby antenna is designed to meet these needs, offering a compact yet powerful solution for Motorola two-way radios. This antenna is ideal for use in various industries, including retail, hospitality, education, and security, where clear and reliable communication is paramount.

Key Features and Benefits

The Motorola PMAE4070A is packed with features that make it a versatile and efficient accessory for two-way radio systems:

• Frequency Range: Operates within the 440-490 MHz range, providing reliable UHF communication capabilities. This frequency band is suitable for business communication systems that require robust signal strength.

• Stubby Design: Its short, stubby form factor makes it ideal for wearing the radio on a belt, as it is less obtrusive and enhances mobile communication systems.

• UHF & GPS Combination: Offers both UHF communication capabilities and supports GPS functionality in compatible radios, making it suitable for GPS tracking systems and location-based services.

• Improved Range & Performance: Provides enhanced communication range and performance, particularly compared to older stubby antenna models like those in the XPR 6000 series. This feature is beneficial for outdoor communication systems where signal strength is critical.

• Durability: Built to withstand everyday use in demanding environments, ensuring long-term reliability and reducing downtime in industrial communication systems.

Compatibility

The Motorola PMAE4070A is compatible with a range of Motorola two-way radios, including:

• Motorola R2, R7, XPR 3000 Series (XPR3300, XPR3500), and XPR 7000 Series (XPR7350, XPR7550). While XPR 3000 series radios may not have GPS capabilities, they can still utilize this antenna, making it a versatile choice for business radio systems.

• Motorola ION and MOTOTRBO R Series: Also compatible with these models, further expanding its usability across different two-way radio systems.

Physical Characteristics

• Length: The antenna is approximately 3.5 inches (about 90 mm or 9 cm) long, making it compact and easy to manage in various environments.

Business Applications

The Motorola PMAE4070A is designed to support business operations across various sectors:

• Retail: Enhance communication between staff members to improve customer service and manage inventory efficiently. The retail communication systems benefit from the antenna's ability to provide clear and reliable signals.

• Hospitality: Coordinate front desk, housekeeping, and maintenance teams to ensure smooth operations. The hotel communication systems can utilize the PMAE4070A for its ease of use and durability.

• Education: Oversee campus activities, ensure student safety, and facilitate communication between staff members. The school communication systems can leverage the PMAE4070A's improved range and performance.

• Event Management: Coordinate event logistics, manage staff, and ensure smooth operations. The event communication systems rely on the PMAE4070A's ability to handle demanding environments.

• Security: Maintain secure communications for security personnel across a site. The security communication systems benefit from the PMAE4070A's priority communication features and durable design.

Conclusion

The Motorola PMAE4070A UHF/GPS combination stubby antenna is a reliable and efficient accessory designed to enhance the performance of Motorola two-way radios. With its compact design, improved range, and compatibility with various Motorola models, this antenna is ready to support the demands of today's fast-paced business environment. Whether you're managing a small team or a large-scale operation, the PMAE4070A offers a versatile and efficient communication solution that enhances productivity and ensures seamless operations.