Expert resources, selection tools, and end-to-end R&D services to help you choose, integrate, and optimise the right antenna for your product.
Choosing the right antenna is critical to your product's wireless performance. Use our selection framework to narrow down the best solution for your application.
Start with your frequency bands (e.g., Sub-6 GHz, GNSS L1/L5, Wi-Fi 6E), required gain, bandwidth, and radiation pattern. Consider environmental factors such as operating temperature, IP rating, and mounting constraints.
Select from embedded chip antennas, flexible PCB antennas, external stubby/whip antennas, or integrated combo antennas. Form factor choice depends on available board space, ground plane size, and enclosure materials.
Review key metrics — peak gain (dBi), average efficiency (%), VSWR, isolation between ports (for MIMO), and radiation pattern coverage. Consider real-world factors including detuning from nearby components and housing materials.
Access datasheets, application notes, 3D models, and integration guides for all NovoComms products.
Comprehensive catalogue with full product lineup, key specifications, and application overviews for all antenna families.
Detailed technical datasheets with measured RF performance data, radiation patterns, dimensions, and integration guidelines.
STEP files and 3D models for all antenna products to support mechanical integration and enclosure design workflows.
Our 7-step antenna development process takes your product from initial requirements through to mass production — with expert engineering support at every stage.
Understand frequency bands, gain targets, size constraints, environment, and regulatory requirements.
Explore antenna topologies — patch, slot, dipole, monopole, or hybrid — selecting the optimal architecture for your application.
Full-wave electromagnetic simulation and parametric optimisation using industry-standard tools (CST, HFSS).
Rapid prototyping with in-house anechoic chamber testing — S-parameters, radiation patterns, and efficiency measurements.
On-device antenna matching, placement guidance, and real-world performance optimisation within your product housing.
Design-for-manufacturability review ensuring scalable production via LDS, stamping, FPC, or PCB fabrication processes.
Volume manufacturing with ISO 9001 quality management, 100% RF testing, and global logistics support.