Advantech ICR-2412 Configuration
(click to view device details)
Advantech ICR-2412
Advantech ICR-2412 4G Industrial Cellular Router
Cellular Replacement Antenna
Cellular Replacement Antenna Options
Advantech ICR-2412 has SMA-Female external antenna port for the Cellular radio. See below for replacement antenna options.
|
Rfwel Infra RFWR67105SMAM
5 dBi | SMA-Male | 615 - 960 MHz | 1710 - 2700 MHz | 3300 - 7150 MHz View Details |
Buy Antenna + Accessories
Includes cable, pigtail and/or adapter |
|
|
Rfwel Infra RFWR64204SMAM
4 dBi | SMA-Male | 615 - 960 MHz / 1400 - 2700 MHz / 3300 - 4200 MHz View Details |
Buy Antenna + Accessories
Includes cable, pigtail and/or adapter |
|
|
Rfwel Infra RFWR62703SMAM
3 dBi | SMA-Male | 694 - 960 MHz / 1710 - 2700 MHz View Details |
Buy Antenna + Accessories
Includes cable, pigtail and/or adapter |
|
|
Pulse/ Larsen SPDA24700/2700
3.4 dBi | SMA-Male | 698-960 MHz /1710-2170 MHz /2500-2700 MHz View Details |
Buy Antenna + Accessories
Includes cable, pigtail and/or adapter |
617 - 7150 MHz Rfwel 5dBi Rubber Duck Replacement Antenna, SMA-Male
Rfwel Infra RFWR67105SMAM
Rubber duck replacement antenna for 5G NR, 4G LTE, CBRS, and IoT applications.
Min Frequency
615 MHz
Max Frequency
7150 MHz
Max Gain
5 dBi
615-4200 MHz Rfwel 4dBi Replacement Rubber Duck Antenna, SMA-Male
Rfwel Infra RFWR64204SMAM
Replacement rubber antenna for 5G NR, 4G LTE, CBRS, IoT, and Wi-Fi applications
Min Frequency
615 MHz
Max Frequency
4200 MHz
Max Gain
4.5 dBi
694-2700 MHz 3 dBi Rfwel Replacement Rubber Duck Antenna, SMA-Male
Rfwel Infra RFWR62703SMAM
Replacement rubber duck antenna for 5G NR, 4G LTE, IoT, and Wi-Fi applications.
Min Frequency
694 MHz
Max Frequency
2700 MHz
Max Gain
3 dBi
3.4 dBi 698-2700MHz Cellular Dipole Antenna, SMA-Male
Pulse/ Larsen SPDA24700/2700
The high performance SPDA24700/2700 provides a 4G swivel blade antenna for access points, routers, and small base station applications. The SPDA24700/2700 covers the LTE frequency ranges of 698-960/1710-2170/2500-2700 MHz providing omnidirectional radiation with a gain of 2 dBi.