Mobile Mark’s new LLP202 is a two cable variant of our new lower profile surface mount antenna design. This antenna has two identical cables for Global LTE capability on the 694-960 MHz and 1710-3700 MHz bands.
Gain for the LLP202 ranges from -1 to 4 dBi depending on the frequency being used. The lower profile design makes it perfect for any surface mounted wireless application that requires high performance in a low profile package.
LTE MIMO (multiple-input-multiple-output) modems of - fer greater speed and capacity than earlier generations of modems. In order to ensure optimum performance the LTE MIMO system needs multiple antennas on both the transmis - sion and receive ends.
Measuring 9.00” (22.8cm) x 3.50” (8.9cm) in diameter with a low profile of 1.25” (31.8mm), the LLP602 series antennas take up significantly less space than multiple antennas. The radome is available in black and white .
This antenna is not available as a mag mount.
Note:
- The full product specifications below are from the manufacturer and may contain information related to other package quantities that will not apply to the product that you are reviewing. Please confirm the actual content and/or package quantity from the main product specifications page.
- These specifications may represent the entire product series/model/line to which this product belongs with specific configuration differences between the individual products stated.
- These specifications may have been copied from the same product in other region/country in which case there might be minor differences in region-specific data such as Input Voltage, Terms of Warranty etc.
Frequency & Gain (peak):
Cable 1 & 2 (Global LTE): 694-960 MHz, 0-3 dBi
1710-3700 MHz, 4 dBi
VSWR: 2:1 VSWR over Range
Impedance: 50 Ohm Nominal
Maximum Power: 10 Watts
Case:
Surface Mount: 9.00”x 3.50” x 1.25”
22.8cm x 8.9cm x 31.8mm
Radome Material: ASA UV-Stable Plastic
Operating Temperature: -40° to +80° C
Connectors: SMA Plugs standard
Cable:
Cable 1-2: Separate RF-195,15 ft (4.5 meters) standard
Mounting: Through hole, ground plane dependent
Shock & Vibration: IEEE1478, EN 61373, MIL-810G, TIA329.2-C
Water Ingress: IP67