


Built‑in PCB GSM Antenna with IPX Connector is a compact internal antenna designed for embedded GSM communication systems. Operating across the common GSM bands, this miniature RF antenna supports 824–960 MHz and 1710–1990 MHz frequencies, making the component suitable for cellular connectivity in IoT prototypes, wireless data terminals, and embedded communication hardware. The lightweight PCB antenna integrates an IPX/UF.L connector and RG1.13 cable, enabling convenient installation inside compact enclosures where external antennas are impractical. Compatibility extends to cellular development platforms such as the SIM800H GPRS IoT Shield for Arduino, enabling reliable signal reception for GSM-enabled electronics.
Compact Internal PCB Antenna Design
This miniature GSM antenna uses a built‑in PCB structure optimized for internal installation within electronic housings. The low‑profile format helps conserve enclosure space while maintaining dependable wireless signal reception. A short RG1.13 cable paired with an IPX/UF.L connector simplifies integration with cellular modules and communication shields. Such compact architecture benefits space‑constrained IoT devices, portable data loggers, and embedded monitoring equipment where external antenna placement is not desirable.
Wide GSM Frequency Coverage
The internal GSM antenna operates across 824–960 MHz and 1710–1990 MHz bands, covering the most widely used GSM cellular frequencies. A signal gain of 2 dBi provides balanced radiation performance suitable for low‑power communication modules. This frequency range supports typical GSM/GPRS networking requirements used by remote telemetry systems, embedded controllers, and wireless monitoring hardware operating on global cellular infrastructure.
Compact size, stable GSM frequency coverage, and an easy‑to‑integrate IPX interface make this internal PCB antenna suitable for IoT gateways, cellular sensor nodes, portable communication devices, and educational wireless prototypes. The lightweight antenna component enables dependable GSM connectivity while keeping hardware footprints minimal in embedded electronic designs.