Available from APC Technology Group a range of antennas and accessories for many applications including 3G, 4G, LTE, cellular, WiMax, BWA, WLAN and WISP, in-building, CPE, access point and mobile client, base station and backhaul, mobile radio, commercial and RFID, vehicular antennas and telematics.
Standard/custom designs available including ceramic, spiral, Omni, patch, log periodic, discone, flat panel, sector, collinear, dipole and yagi.
We offer a variety of high performance, low PIM 3G, 4G/LTE and 5G antennas for superior speed, throughput and seamless mobility from leading antenna manufacturer Laird Connectivity.
GNSS and GPS Antennas
Laird Connectivity offers a full spectrum of GPS antennas for a variety of applications including fleet management, asset tracking, vehicle tracking and personnel tracking. Their low-profile, high-performance and cost-effective designs provide rugged reliability in the harshest environments.
Laird Connectivity produces internal antennas for a variety of IoT applications. Its embedded antennas will connect your wireless devices with superior performance and speed.
IoT and M2M Antennas
APC Technology Group offers the most comprehensive portfolio of antennas for key standards like LoRA and Sigfox, through our manufacturing partner Laird Connectivity, along with antennas that target specific market applications such as smart utility meters, vending, smart city applications, digital signage, security, medical, and a host of other general IoT applications.
Public Safety Antennas
Laird Connectivity offers a comprehensive portfolio of industry-leading, rugged and reliable two-way radio antennas for critical mobile and portable hand-held communications. Our two-way radio antennas support public safety, transportation, utility, industrial and military applications.
Available from APC Technology Group, Laird Connectivity’s RFID antennas are engineered for high-capacity and long-range tracking in dense applications. Their industry-renowned design methodology achieves maximum efficiency and performance across the entire RFID
antenna’s frequency band.