PCTEL Cellular Antennas

Pctel cellular antennas are trusted to deliver the strong and stable wireless performance that is so necessary in the kinds of places where we really need our technology to work, like roads and public spaces. These antennas use top-quality radio-frequency components designed to catch and hold LTE and 5G signals under less-than-ideal conditions. Pctel deepened its roots in radio frequency (RF) science and antenna testing over many decades, giving it the kind of antenna engineering experience that not many companies have.
Virtually all of what it does in the antenna realm is really well tuned, with great reliability, excellent phase coherence, and very low signal loss over a huge range of transmission frequencies from 150 MHz to 6,000 MHz. One of the kinds of things that make Pctel antennas a good investment to choose is their great configuration diversity, which leads to more opportunities for solid designs. The mix of options, along with Pctel's sharp focus on RF precision and actual durability, is what keeps them trusted across the critical and industrial wireless sectors.
FAQs
What are PCTEL cellular antennas used for?
PCTEL antennas are used to improve LTE and 5G connectivity for industrial equipment, fleet vehicles, IoT devices, routers, and mission-critical communications systems.
Do PCTEL antennas work with all major carriers?
Yes, most models support multi-band operation compatible with AT&T, Verizon, T-Mobile, FirstNet, and global cellular networks.
Are PCTEL antennas good for weak-signal areas?
They’re known for excellent tuning and low loss, which helps stabilize connections and improve performance in challenging RF environments.
Do PCTEL antennas support MIMO configurations?
Many models include multi-element MIMO designs that enhance bandwidth, speed, and reliability for advanced LTE and 5G devices.
Do PCTEL antennas support 5G?
Many PCTEL antennas support 5G sub-6GHz bands along with LTE, making them suitable for modern wireless deployments.
Antennas: Omni vs Yagi
Omni Antennas can pick-up signals coming from all directions. They are most commonly used for signal reception over a large area where the potential location of any incoming signal's transmitter varies. Therefore, unlike Yagi antennas, Omni antennas do not need to be pointed in a particular direction. Each specific antenna has a gain rating or dBi (decibel isotropic) number which coincides with the performance of the antenna. The higher the dBi rating, the larger area covered.
Advantages and Disadvantages
• Easy setup and install
• Can send and receive signals from multiple locations with just one antenna
• Limited on the distance it can communicate
• Not a great option from areas with poor signal strength