Gsm/3G Antenna Pni Avec Connecteur Sma

Read more-Product description

£43.50

Recommended retail price : £43.50

Models & specificities

Descriptive

Models & specificities Descriptive

Models & specificities

Back to menu

Reference

Price inc VAT

PNI-ATKLOG

(Unavailable)

£43.50

Models & specificities Descriptive

Descriptive

Back to menu

GSM 3G ANTENNA WITH SMA CONNECTOR FOR HUNTING CAMERAS
The effectiveness of a transmission camera depends entirely on the quality of its network connectivity, which is often compromised in wooded or hilly areas. This high-performance GSM 3G antenna is specifically designed to stabilize and amplify the signal of game surveillance devices. Fitted with a standard SMA connector, it adapts to the majority of cameras on the market, allowing smooth transmission of photos and videos to mobile devices, even in difficult reception conditions.

Its articulated structure offers great orientation flexibility, a crucial point for capturing residual waves in no-coverage areas. The robustness of the materials ensures optimal resistance to temperature variations and the ambient humidity encountered in forests. Using this antenna drastically reduces send failures and optimizes the device's energy consumption, since better reception limits prolonged connection attempts by the internal modem.

DETAILED FEATURES :
• COMPATIBILITY : Networks GSM and 3G for increased versatility
• CONNECTOR : Type SMA male (standard thread)
• ORIENTATION : Pivoting hinge for precise angular adjustment
• DESIGN : Materials resistant to UV and weather conditions
• USE : Optimized for PNI hunting cameras and equivalent models
• PERFORMANCE : Improved signal gain for low-coverage areas
• INSTALLATION : Direct mounting without tools by simple screwing

Expert advice :When installing, avoid pressing the antenna against the tree trunk. By angling it slightly outward or using a 45 degrees angle, the reception area is cleared, which greatly facilitates the passage of 3G data through the canopy, especially in rainy weather when the signal is naturally weaker.