The ITU decides the international band designations, the exact ISM band frequencies of individual countries may differ. Originally, ISM was aside regarding non-communication reasons, many low-power, short-range, unlicensed error-tolerant, and license-free communications systems function within ISM brand. The common uses besides communication include induction heating for home and industrial applications, microwave heating for home and industrial applications, and RF microwave heating for medical reasons including hyperthermia, diathermy, and microwave/RF radiation. Radar systems have been developed that function in the ISM bands because of the easily available wireless ICs.
What are the Common Uses of the ISM Radio Module?
The common uses as stated in our ISM Radio Module assignment help firm are for short-range and low-power telecommunications including Bluetooth, Wi-Fi, wireless telephones, Zigbee, HFC, and RFID. Many NFC and RFID systems use 13.56 MHz and many credit cards, personal identification, secure access, and wireless payments use these technologies.
Many latest hobbyist and smart home electronics make use of Zigbee technology in the bands of 915 MHz and 2.4 GHz for short-range and low-power communications. In the subsequent years, 60 GHz WiFi shall gain popularity for high throughput device communication. The examples of the application can be 4k, high definition, quick wireless data transfers, and video streaming.
There have been several modulation communications and schemes platform meant for ISM bands that are emerging in the few years. The reasons could be the enhanced potential of the IoT and industry 4.0 applications that shall rely on short-range and low-power machine communications without the users being involved directly. The examples of new technologies ar z-ware, Thread, NB-IoT, and LoRa. The future applications of ISM might include satellite communications, presently there are not ISM bands that are available for nanoSATs, CubeSats, and smallSATs.
What are the Features of ISM Radio Module?
The features are stated in our ISM Radio Module assignment help online.
- Long and high-power RF range.
- Adopts improved RDC technology.
- In-built software stack along with receive/transmit functions
- Supports WOR or wake-on radio and low-power applications
- Top-performance ATMEL MCUs and Integrated TI Chips
- Low DER or bit error rate and Strong anti-interference