The IEEE 1902.1-2009 standard is a wireless data communication protocol also known as RuBee, operates within the Low Frequency radio wave range of 30–900 kHz. Although very resistant to interference, metal, water and obstacles, it is very limited in range, usually only suitable for short-range networks. The baud rate is limited to 1,200 kB/s, making it a very low-rate communication network as well. This standard is aimed at the conception of wireless network of sensors and actuators in industrial and military environments. One of the major advantage 1902.1 tags is they are extremely low power and last for years on a simple coin size battery and they can be sealed in a MIL STD 810G package. RuBee tags emit virtually no RF and do not produce any Compromising Emanations, as a result are used
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| - The IEEE 1902.1-2009 standard is a wireless data communication protocol also known as RuBee, operates within the Low Frequency radio wave range of 30–900 kHz. Although very resistant to interference, metal, water and obstacles, it is very limited in range, usually only suitable for short-range networks. The baud rate is limited to 1,200 kB/s, making it a very low-rate communication network as well. This standard is aimed at the conception of wireless network of sensors and actuators in industrial and military environments. One of the major advantage 1902.1 tags is they are extremely low power and last for years on a simple coin size battery and they can be sealed in a MIL STD 810G package. RuBee tags emit virtually no RF and do not produce any Compromising Emanations, as a result are used (en)
- El estándar IEEE 1902.1 o RuBee de IEEE que define el uso de los dos niveles inferiores de la arquitectura OSI (capas física y de enlace de datos), especificando sus normas de funcionamiento en una WLAN. En general, los protocolos de la rama 802.x definen la tecnología de redes de área local. (IEEE 1902.1) también llamado RuBee, es un protocolo inalámbrico bidireccional, que utiliza señales magnéticas de onda larga (LW) para enviar y recibir paquetes de datos cortos (128 bytes) en una red regional.
* Datos: Q5906785 (es)
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| - El estándar IEEE 1902.1 o RuBee de IEEE que define el uso de los dos niveles inferiores de la arquitectura OSI (capas física y de enlace de datos), especificando sus normas de funcionamiento en una WLAN. En general, los protocolos de la rama 802.x definen la tecnología de redes de área local. (IEEE 1902.1) también llamado RuBee, es un protocolo inalámbrico bidireccional, que utiliza señales magnéticas de onda larga (LW) para enviar y recibir paquetes de datos cortos (128 bytes) en una red regional. El protocolo es similar a la familia de protocolos IEEE 802 también conocidos como WiFi (IEEE 802.11), WPAN (IEEE 802.15.4) y Bluetooth (IEEE 802.15.1). RuBee se diferencia en que utiliza una señal portadora de baja frecuencia (131 kHz) Como resultado, se obtiene una velocidad de transferencia lenta para según que tipo de aplicaciones (1200 baudios), en comparación con otros protocolos.
* Datos: Q5906785 (es)
- The IEEE 1902.1-2009 standard is a wireless data communication protocol also known as RuBee, operates within the Low Frequency radio wave range of 30–900 kHz. Although very resistant to interference, metal, water and obstacles, it is very limited in range, usually only suitable for short-range networks. The baud rate is limited to 1,200 kB/s, making it a very low-rate communication network as well. This standard is aimed at the conception of wireless network of sensors and actuators in industrial and military environments. One of the major advantage 1902.1 tags is they are extremely low power and last for years on a simple coin size battery and they can be sealed in a MIL STD 810G package. RuBee tags emit virtually no RF and do not produce any Compromising Emanations, as a result are used in high security facilities. RuBee tags are safe and in use near and on high explosive facilities. The IEEE 1902.1 is an alternative to other higher-power wireless network of sensors and actuators based on the standard IEEE 802.15.4, such as ZigBee and 6LoWPAN. Other concurrent standards also exist: ISO/IEC 18000-7 DASH7, infrared networking and ultra-wide band networking. IEEE 1902.1 is unique as it uses a very low frequency and magnetic field modulation (created by a magnetic dipole antenna in the near-field) as the physical mean. Due to its low frequency, RuBee has negligible multipath reflections so the signal can be used to geolocate assets.The IEEE Working Group on 1902.1 named itself RuBee, after the gem and insect. RuBee stands in contrast to the well-known network certification ZigBee, a related but completely different networking standard. (en)
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