Parsec Bloodhound PRO Series - Antenna - case - cellular, Wi-Fi, Bluetooth, navigation - omni-directional
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Durable construction
The rugged design of the antenna ensures it can withstand harsh environmental conditions while maintaining performance.
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Wide frequency range
Supports multiple frequency bands, making it versatile for various communication applications, including RF and Wi-Fi.
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Enhanced signal strength
Featuring an antenna amplifier gain of 28 dB, this antenna boosts signal clarity and reception quality.
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Omni-directional performance
Allows for consistent connectivity without needing to orient the antenna, providing flexibility in installation and usage.
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IP54 rating
This rating ensures that the antenna is protected against dust and can handle water spraying from any direction.
The Parsec Bloodhound PRO Series is designed for connectivity across various networks, including GPS, LTE, 5G, and Wi-Fi. This rugged antenna features a case form factor that ensures durability, making it suitable for a variety of environments. With right-hand circular polarization (RHCP) and linear polarization, this antenna delivers performance with omni-directional directivity. Its IP54 rating provides protection against dust and water, while its shock-resistant design enhances reliability during operation.
Equipped with an active GPS antenna and supporting a frequency range that spans from 617 to 5925 MHz, this product enables robust navigation and communication. The 8x8 MiMo configuration allows for efficient data transmission. With an antenna amplifier gain of 28 dB and a maximum power of 5 watts, the Parsec Bloodhound PRO Series is built to enhance signal clarity and strength for seamless connectivity. Whether for cellular, Wi-Fi, or Bluetooth applications, this antenna meets a range of performance requirements with ease.
- Compatible with GPS, LTE, Wi-Fi, GNSS, and 5G
- Rugged and shock-resistant case design
- Omni-directional with 28 dB antenna amplifier gain
- IP54 rated for protection against dust and water
- 8x8 MiMo configuration for efficient data transmission
