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The 428 MHz frequency resides in the UHF spectrum and supports a wide range of industrial, telemetry, and medical applications. Though not globally harmonized, this frequency is especially important in countries like Japan and South Korea, where it plays a crucial role in wireless metering and healthcare systems. 🌍 Frequency Summary Parameter Details Center Frequency…
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📡 As global demand for wireless connectivity surges, managing the radio frequency spectrum has become a critical task for governments, regulators, network operators, and enterprises. Efficient spectrum management ensures fair use, prevents interference, and fosters innovation across services like cellular, satellite, broadcasting, and IoT. This article explores the key tools and technologies used to monitor,…
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The 922 MHz frequency lies within the 900 MHz UHF band, which is widely used for low-power communications across industrial, scientific, medical (ISM), and IoT applications. While not globally harmonized, the 922 MHz band is especially important in Asia-Pacific and South America, with varying allocations in different ITU regions. 🌍 Frequency Summary Parameter Details Center…
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Introduction The radio spectrum serves as the invisible backbone of the wireless world. From broadcast television and mobile phones to satellite communications and emergency services, nearly every form of modern connectivity relies on unobstructed access to specific radio frequencies. But the radio frequency spectrum is not infinite—it is a finite, shared resource that must be…
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The 1030 MHz frequency is a globally standardized frequency crucial for air traffic control (ATC) and aviation surveillance systems. It plays a central role in aircraft transponder interrogations, working in tandem with the 1090 MHz frequency. Used worldwide, 1030 MHz is a cornerstone of aviation safety, situational awareness, and regulatory oversight. 🌍 Frequency Summary Parameter…
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The 2401 MHz frequency lies within the globally recognized 2.4 GHz ISM (Industrial, Scientific, and Medical) band, making it a cornerstone of modern wireless communication, IoT, and consumer electronics. From Wi-Fi to Zigbee and Bluetooth, this frequency powers a vast ecosystem of unlicensed low-power technologies. 📶 Frequency Range and Band Placement 2401 MHz typically represents Channel 1…
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The 1640 MHz frequency sits in the L-Band (1–2 GHz) of the radio spectrum and plays a critical role in satellite navigation, telemetry, surveillance systems, and space-to-Earth communication. Although not as universally known as bands used for LTE or Wi-Fi, 1640 MHz is integral to aerospace and scientific applications and is often tightly regulated. 📶…
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The 315 MHz frequency is part of the UHF (Ultra High Frequency) band and is widely used for low-power, short-range wireless communication in the Americas and parts of Asia. Known for its excellent penetration and low interference potential, 315 MHz is a cornerstone of keyless entry systems, remote controls, and unlicensed IoT applications. It is especially favored…
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The 145 MHz frequency sits within the 2-meter VHF band, one of the most widely used and versatile bands in the radio spectrum. While globally allocated for amateur radio (ham radio) in most regions, its adjacent frequencies are also used for land mobile, public safety, and aeronautical telemetry. This band is known for its excellent propagation…
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The 2450 MHz or 2.45 GHz frequency sits at the heart of the 2.4 GHz ISM band—one of the most universally recognized and widely utilized sections of the radio spectrum. It plays a critical role in modern wireless communication, serving technologies from Wi-Fi to Bluetooth, Zigbee, and industrial automation. Unlicensed yet globally harmonized, 2450 MHz exemplifies spectrum efficiency…