Description
The Panorama LPB-6-60 Low Profile Antenna is designed for efficient 4G and 5G connectivity, making it ideal for both industrial and domestic applications. Its robust design supports a wide frequency range from 617 MHz to 6000 MHz, ensuring reliable communication across multiple bands. This antenna is particularly suitable for environments utilising cellular modems, routers, and machine-to-machine (M2M) applications, where stable and high-speed wireless communication is essential.
Constructed from durable ASA plastic and aluminium, the LPB-6-60 ensures longevity and performance in harsh conditions, with an operating temperature range of -40 °C to 85 °C and an IP66 ingress protection rating. This makes it well-suited for outdoor installations where exposure to dust and water is a concern.
The antenna's vertical polarisation and 360° azimuth provide optimal signal coverage, while its peak gain of up to 9.0 dBi enhances signal strength. The integrated N Female RF connector and low-loss coaxial cable simplify installation and integration into various systems. Its compact, low-profile design allows for discreet mounting on panels or bulkheads, ensuring it meets the demands of modern wireless communication without compromising on performance or aesthetics.
RF Specification
Frequency Test Data
| Start Freq. | Stop Freq. | Peak Gain | VSWR | Azimuth | Efficiency |
|---|---|---|---|---|---|
|
617 MHz
|
960 MHz
|
3 dBi
|
< 2.5:1
|
360°
|
70%
|
|
1710 MHz
|
2700 MHz
|
4 dBi
|
< 2.5:1
|
360°
|
70%
|
|
3400 MHz
|
3800 MHz
|
8 dBi
|
< 2.5:1
|
360°
|
70%
|
|
4900 MHz
|
6000 MHz
|
9 dBi
|
< 2.5:1
|
360°
|
70%
|
Physical Specification
Downloadable Resources
Panorama’s constant cutting-edge research ensures that our antennas meet the demands of the very latest communication technologies. Trusted by thousands of professionals and consumers the world over, our antennas are depended upon to provide communications even in the most challenging conditions.
Currently, Panorama specialises in professional antenna solutions for modern communications ...