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Price (excluding tax)
Response Rate
100.0%
Response Time
13.0hours
Relatively Fast Response
■Summary RM-92C2 is a high power 250mW land mobile radio station specification LPWA communication module with settable frequencies from CH1 (916.0MHz) to CH61 (928.0MHz). Compared to our product RM-92C for Japan, it is possible to set a wider frequency range and bandwidth. Depending on the settings, the reception level can be lowered to -148dBm, but when used in Japan, the setting range is the same as the RM-92C, so within the range of Japanese domestic specifications, the reception level will be the same. It's ability. Please note that if you wish to expand the setting range and use it, you will need to conduct a communication test in an anechoic chamber or apply for an experiment registration license. SimpleMAC92C2 is a communication protocol stack that supports three types of modulation methods: LoRa, FSK, and GFSK, and is written in RM-92C2. In the case of LoRa, it is a LoRa private stack that allows mesh network communication based on the IEEE802.15.4 standard developed by our company, and although it has the disadvantage of being slow, it is capable of receiving weak radio waves, so long-distance communication is possible. It's possible. FSK and GFSK are capable of high-speed communication, but their receiving sensitivity is lower than that of LoRa, so they are not suitable for long-distance communication, and are suitable for cases where high-speed communication is desired over a relatively 1km to 2km range. Masu. Modulation methods can be selected depending on the application. For SimpeMAC software, if you purchase the SDK, some of the source code related to RF is made into a library, but basically all sources are made available to the public. The source code is intended to be used as a sample, so we do not guarantee the operation of the publicly available parts, so please understand this before using. ■Features - Built-in CPU allows direct wireless transmission of external input signals. - Compatible with a wide range of frequency bands. ・It will become available for use after applying for establishment notification to the Ministry of Internal Affairs and Communications.
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Back connector
Core processor specifications Built-in memory
Core processor specifications CPU
Core processor specifications External I/F
Environment
External dimensions
Network
Operating temperature
RF section Wireless standards
RF section frequency band
RF section line-of-sight communication distance (LoRa mode)
RF section line-of-sight communication distance (at FSK/100Kbps)
RF section maximum transmission output
RF section modulation method
RF section number of channels
RF section power consumption Standby power
RF section power consumption during reception
RF section power consumption during transmission
RF section receiving sensitivity
RF section transfer speed (FSK)
RF section transfer speed (GFSK)
RF section transfer speed (LoRa)
Radio law
Security
Storage temperature
Weight
RF part spreading factor
RF section setting band (KHz)
Part Number
RM-92C2Handling Company
RF Link Co., Ltd.Categories
| Image | Price (excluding tax) | Back connector | Core processor specifications Built-in memory | Core processor specifications CPU | Core processor specifications External I/F | Environment | External dimensions | Network | Operating temperature | RF part spreading factor | RF section Wireless standards | RF section frequency band | RF section line-of-sight communication distance (LoRa mode) | RF section line-of-sight communication distance (at FSK/100Kbps) | RF section maximum transmission output | RF section modulation method | RF section number of channels | RF section power consumption Standby power | RF section power consumption during reception | RF section power consumption during transmission | RF section receiving sensitivity | RF section setting band (KHz) | RF section transfer speed (FSK) | RF section transfer speed (GFSK) | RF section transfer speed (LoRa) | Radio law | Security | Storage temperature | Weight |
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Available upon quote | 13PIN header (1.27 pitch) | FlashROM: 256KByte, SRAM: 32KByte, EEPROM: 4KByte | ARM Cortex M3 (STM32L151CC/32MHz) | GPIO (4PIN), up to 14PIN depending on PIN settings, ADC: 4ch/12bit, SPI: 1ch, I2C: 1ch, UART: 1ch | RoHS compatible | Length: 33.0mm, Width: 22.0mm, Thickness: 6.3mm | Multi-hop communication function standard equipment | -25℃~+75℃ | SF6/SF7/SF8/SF9/SF10/SF11/SF12 (in LoRa mode) | Original standard/ARIB STD-T108 | Domestic specifications: 920.6~923.4MHz, extended specifications: 916.0~928.0MHz, customized specifications: 410.0~960.0MHz | Approximately 100 km or more (Line-of-sight communication distance does not take into account reflection from the ground. Please refer to the "Technical Information" site for the actual communication distance.) | Approximately 2 km or more (Line-of-sight communication distance does not take into account reflection from the ground. Please refer to the "Technical Information" site for the actual communication distance.) | +24dbm (approx. 250mW), customized specifications: +26.9dbm (approx. 500mW) | LoRa/FSK/GFSK | 61 (1~61) | 100μA or less | 20.5mA | 350mA | -148dbm (at maximum sensitivity setting) | 125/250/500, customized specifications: 7.8/10.4/15.6/20.8/31.25/41.7/62.5/125/250/500 | 50Kbps~300Kbps | 50Kbps | 15.23bps~37.5Kbps | Construction design certified | AES128 standard equipment | -40℃~+85℃ | 3.4g |
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Reviews shown here are reviews of companies.
Response Rate
100.0%
Response Time
13.0hrs
