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<p>This article introduces the <a href="https://lcantennas.com/product/2-4-ghz-bluetooth-antenna-internal-pcb-antenna-design/">design of the antenna</a> and recommends two tested <a href="https://lcantennas.com/product/802-11-antenna-wifi-2-4-ghz-embedded-pcb-antenna/">low-cost PCB antennas</a>. These PCB 2.4G antenna designs can be used with <a href="https://lcantennas.com/product/internal-bluetooth-antenna-2-4ghz-wifi-pcb-antenna/">Bluetooth Low Energy</a> (BLE) solutions. For the best performance, BLE and <a href="https://lcantennas.com/product/2-4-ghz-bluetooth-antenna-internal-pcb-antenna-design/">BLE 2.4GHz</a> radio frequencies must be correctly matched to their antennas.</p> <p>The antenna is a key component in the wireless system, and it is responsible for sending and receiving electromagnetic radiation from the air. Designing antennas for low-cost, consumer-wide applications and integrating them into portable products is a challenge that most original equipment manufacturers (OEMs) are facing. The wireless range that the end customer obtains from a certain RF product (such as a coin-type battery with limited power) mainly depends on the design of the antenna, the plastic casing, and a good <a href="https://lcantennas.com/product/2-4-g-pcb-antenna-layout-zigbee-antenna-design/">PCB layout</a>.</p>