A selection guide for engineers and buyers fitting external antennas to O-RAN radio units: which O-RUs need an external antenna, how to match ports, bands (n78, n77, CBRS n48, n79), power and connectors, where ±45° multiband panels fit in private 5G and neutral host sites, and how O-RU makers can source OEM/ODM antennas from BBT ANTENNAS.

A practical guide for system integrators and project engineers to select, evaluate, and source LoRa and LoRaWAN gateway antennas for municipal and industrial IoT deployments, covering frequency selection, gain planning, installation, cable management, and field testing.

A practical engineering guide to selecting and placing UHF RFID portal antennas at warehouse dock doors. Learn how antenna gain, beamwidth, and circular polarization control read zones, stop missed reads on dense freight, and prevent false cross reads from adjacent staging lanes.

BBT ANTENNAS joined LEAP 2026 in Riyadh, Saudi Arabia, showcasing 5G, WiFi, RFID, and DAS antenna lines alongside OEM/ODM manufacturing services. This post-show recap covers the antenna categories, custom design capabilities, and quality systems behind our products.

At IOTE 2026 Shenzhen, BBT ANTENNAS met IoT brands, device makers and RF engineers at booth 9A21 to discuss antenna selection, custom development, OEM programs and the full path from project requirements to private-label production.

Selecting the right drone antenna directly affects communication range, data throughput, and mission reliability. For commercial and industrial UAV systems, the choice involves matching frequency bands (2.4 GHz, 5.8 GHz, or dual-band), antenna type, gain, and environmental requirements to your specific project. BBT ANTENNAS supplies standard omni antennas and custom OEM/ODM solutions for UAV communication applications.

Low-PIM or standard DAS antenna? Multi-carrier, high-power, high-density 4G/5G DAS projects typically require antennas with verified low-PIM ratings. Single-carrier, lower-power indoor coverage can often use standard DAS antennas without PIM-related issues. This guide helps you assess your project conditions, compare PIM test data correctly, and build an RFQ that manufacturers can act on immediately.

A dual-polarized antenna transmits and receives wireless signals on two orthogonal planes simultaneously, typically using ±45° slant or vertical and horizontal (V/H) alignment. This design doubles channel capacity, reduces multipath fading, and supports MIMO applications without increasing the physical footprint of the installation.

When sourcing antennas for a DAS, IoT, or telecom project, misinterpreting the datasheet can lead to costly deployment failures. Many buyers look at a specification sheet, see a high number next to the antenna gain, and immediately assume the product will deliver a strong signal over long distances. However, in RF engineering, theoretical gain is only one part of the equation.