M10 Screw Φ46X15mm IP67 work for 868MHz spread spectrum Wireless I/O

WH-868-SP2.15 spring antenna for wireless communication at the 868MHz frequency range. The antenna is made of copper-clad wire, which makes it easy to solder, and has a length of 31.6mm. It offers 2.15dBi of gain and has a 50Ω impedance, making it compatible with most 850~950MHz wireless receiver/transmitter devices.

2.5dBi SMA MALE Φ14×73(mm) GPRS serial cellular serial gateway GPRS Wireless Connect Wireless Telemeter M2M Telemeter GSM TelemeterSierra

helical 868MHz antenna

WH-868-ST06 is a 868MHz antenna that covers cellular frequencies in the range from 868 to 960 MHz. the antenna covers  using unlicensed bands such as 868 and 915 MHz. ISM 2.4 GHz WiFi and Bluetooth 3.0 are also fully supported. The model has a 6dBi gain on the lower 868 to 960 MHz range These peak gain figures are ideal for maintaining a near-spherical radiation pattern, very important for use in IoT, machine telemetry, and metering applications. This antenna has a robust construction, Corrosion resistance fiberglass antenna radome. Mounting can be achieved through the antenna's N Female or N male connector, or by using the supplied pole / wall mount bracket.

WH-868-ST08 is a 868MHz antenna that covers cellular frequencies in the range from 868 to 960 MHz. the antenna covers  using unlicensed bands such as 868 and 915 MHz. ISM 2.4 GHz WiFi and Bluetooth 3.0 are also fully supported. The model has a 8dBi gain on the lower 868 to 960 MHz range These peak gain figures are ideal for maintaining a near-spherical radiation pattern, very important for use in IoT, machine telemetry, and metering applications. This antenna has a robust construction, Corrosion resistance fiberglass antenna radome. Mounting can be achieved through the antenna's N Female or N male connector, or by using the supplied pole / wall mount bracket.

WH-868-ST04 is a 868MHz antenna that covers cellular frequencies in the range from 868 to 960 MHz. the antenna covers  using unlicensed bands such as 868 and 915 MHz. ISM 2.4 GHz WiFi and Bluetooth 3.0 are also fully supported. The model has a 4dBi gain on the lower 868 to 960 MHz range These peak gain figures are ideal for maintaining a near-spherical radiation pattern, very important for use in IoT, machine telemetry, and metering applications. This antenna has a robust construction, Corrosion resistance fiberglass antenna radome. Mounting can be achieved through the antenna's N Female or N male connector, or by using the supplied pole / wall mount bracket.

WH-868-BSP2.15 spring antenna for wireless communication at the 868MHz frequency range. The antenna is made of copper-clad wire, which makes it easy to solder, and has a length of 31.6mm. It offers 2.15dBi of gain and has a 50Ω impedance, making it compatible with most 850~950MHz wireless receiver/transmitter devices. the antenna base come with board,that can be easily and consistently mounted onto the circuit board of a device, which can be important for mass production and manufacturing processes. The combination of the antenna's other features and its easy-to-mount connector-style base make it a reliable and effective choice for wireless communication applications.

The 868MHz sector antenna WH-868-D12 is crucial for railway signal applications. With a frequency range of 860 - 880MHz and a gain of 13dBi, it can effectively transmit and receive signals over a significant area. Its horizontal beamwidth of 114 - 116° and vertical beamwidth of 17 - 19° ensure comprehensive coverage around railway stations. At railway stations, this antenna helps in maintaining seamless communication for trains, enabling accurate scheduling and safety - related information exchange. For passengers, it provides reliable mobile network connectivity for services like real - time train information apps. Station staff can also use it for efficient communication systems, whether it's for coordinating train arrivals and departures or for security - related communication. The N female connector and its compact size make installation and integration into the existing infrastructure relatively straightforward.