IoT関連製品
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Item Name | Photo | Feature | Specification |
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LG01-P | Indoor LoRa Gateway
1. Open source Linux (OpenWrt) inside |
Hardware: --CPU :400MHz, 24K MIPS AR9331 --Flash:16 MB --SDRAM:64MB Interface: --2 X RJ45 Port --1 X USB Port --1 X 802.11 b/g/n WiFi interface MCU: --Microcontroller : ATmega32U4 --SRAM: 2.5KB --Flash Memory: 32KB --EEPROM: 1KB --Clock speed: 16MHz |
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LG01-S | Indoor LoRa Gateway 1. Open source Linux (OpenWrt) inside 2. Power input: 9 ~ 12v DC 3. Managed by Web GUI, SSH via LAN or WiFi 4. Software upgradable via network 5. Built-in web server 6. Internet connection via LAN port, WiFi or 3G/4G dongle 7: WiFi Frequency range: 2.4~2.4835GHz 8: Support one channel LoRa Wireless 9: Auto-Provisioning 10: ESD and Overvoltage Protection 11: Sensor connectors |
Hardware: --CPU :400MHz, 24K MIPS AR9331 --Flash:16 MB --SDRAM:64MB Interface: --2 X RJ45 Port --1 X USB Port --1 X 802.11 b/g/n WiFi interface MCU: --Microcontroller : ATmega32U4 --SRAM: 2.5KB --Flash Memory: 32KB --EEPROM: 1KB --Clock speed: 16MHz --9 x 3.3v sensor I/Os with screw terminal |
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OLG01 | Outdoor LoRa Gateway 1. Open source Linux (OpenWrt) inside 2. Power input: 9 ~ 12v DC 3. Managed by Web GUI, SSH via LAN or WiFi 4. Software upgradable via network 5. Built-in web server 6. Internet connection via LAN port, WiFi or 3G/4G dongle 7: WiFi Frequency range: 2.4~2.4835GHz 8: Equipped with Directional antenna for WiFi 9: Support one channel LoRa Wireless 10: SMA connector for External LoRa Antenna 11: Power Over Ethernet |
Hardware: --CPU :400MHz, 24K MIPS AR9331 --Flash:16 MB --SDRAM:64MB Interface: -- 2 x RJ45 Port -- 1 x USB Internel interface -- 1 x SMA connector for LoRa wireless MCU: --Microcontroller : ATmega32U4 --SRAM: 2.5KB --Flash Memory: 32KB --EEPROM: 1KB --Clock speed: 16MHz |
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LoRa mini | LoRa mini Long range transceiver module with MCU |
* LoRa™ Modem in Bee connector * Frequency Band: 433MHz / 868 MHZ or 915 MHZ (Pre-configure in factory) * Low power consumption * MCU: ATmega328P MCU * Arduino IDE compatible |
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Yun Shield v1.1 |
Linux,WiFi,USB,Ethernet Shield for Arduino
1.Software compatible with Arduino Yun 2.Open source Linux(OpenWrt)inside 3.Compatible with Arbuino IDE1.5.4 or later,user can program,debug or uplord sketch to Arbuino board via Arduino IDE. 4.Managed by Web GUI,SSH via LAN or WiFi 5.Software upgradable via network 6.Built-in web server 7.Auto update sketch to MCU 8.Support internet connection via LAN port,WiFi or 3G dongle 9.Support 3.3v and 5V IO 10.Compatible with Arduino Leonardo,Uno,Duemilanoe,Diecimila,Mega 11.Compatible with Teensy2.0,3.0,3.1&3.2 |
Hardware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MB --LED*4 --Programmable ButtonInterface: --1X RJ45 port --1X USB host port --1X 802.11 b/g/n WiFi interface --1X Arduino Compatible InterfaceOperation Temperature: -- -45℃~85℃ |
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Yun Shield v2.4 |
Linux,WiFi,USB,Ethernet Shield for Arduino
1.Software compatible with Arduino Yun 2.Open source Linux(OpenWrt)inside 3.Compatible with Arbuino IDE1.5.4 or later,user can program,debug or uplord sketch to Arbuino board via Arduino IDE. 4.Managed by Web GUI,SSH via LAN or WiFi 5.Software upgradable via network 6.Built-in web server 7.Auto update sketch to MCU 8.Support internet connection via LAN port,WiFi or 3G dongle 9.Support 3.3v and 5V IO 10.Compatible with Arduino Leonardo,Uno,Duemilanoe,Diecimila,Mega 11.Compatible with Teensy2.0,3.0,3.1&3.2 |
Hardware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MB --LED*4 --Programmable ButtonInterface: --1X RJ45 port --1X USB host port --1X 802.11 b/g/n WiFi interface --1X Arduino Compatible InterfaceOperation Temperature: -- -45℃~85℃ |
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HE | Linux,WiFi,loT Module 1.Open source Linux(OpenWrt)inside2.Power Input:3.3V 3.Managed by Web GUI,SSH via LAN on WiFi 4.Software upgradable via network5.Built-in web server 6.Internet connection via LAN port,WiFi or 3G dongle 7.Frequency range:2.4~2.4835GHz8.Modulation:BPSK,QPSK,CCK and OFDM(BPSK/QPSK/16-QAM/64QAM) 9.RF Power:11n: 13dBm; 11g: 13-15dBm,11b: 16-18dBm10.Typical Distance:Indoor:60m(max);Outdoor 150m(max)(with 2 dBi antenna) 11.AP,Client or Mesh Ad-hoc WiFi mode |
Hardware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MBInterface: --2X RJ45 Interface --1X USB Interface --1X 802.11 b/g/n WiFi interface--1X UART Interface --15X multiplex GPIOsOperation Temperature: -- -40℃~85℃ |
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MS14 | OpenWrt Appliance/WiFi Sensor Node 1.Open source Linux(OpenWrt)inside 2.Power input:9~12v DC 3.Managed by Web GUI,SSH via LAN or WiFi 4.Software upgradable via network 5.Built-in web server 6.Internet connection via LAN port,WiFi or 3G dongle 7.Frequency range:2.4~2.4835GHz 8.Modulation:BPSK,QPSK,CCK and OFDM (BPSK/QPSK/16-QAM/64-QAM)9.RF Power: 11n: 13dBm; 11g: 13-15dBm,11b: 16-18dBm 10.Typical Distance:Indoor:60m(max);Outdoor 150m(max)(with 2 dBm antenna) |
Hardware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MInterface: --2X RJ45 Port--1X USB Port --1X 802.11 b/g/n WiFi interfaceInerface to module: --3.3v/5v and 12v output --SPI/PCM/UART/I2C Interface--11x GPIOs --1x LED for module --RESET control from module --14 ports sensor connection (optional)Operation Temperature: -- -40℃~85℃ |
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DT01 | Open Source WiFi VolP PBX/ATA 1.Open source Linux(OpenWrt)inside 2.Power input:9~12v DC3.Managed by Web GUI,SSH via LAN or WiFi 4.Software upgradable via network 5.Built-in web server6.Internet connection via LAN port,WiFi or 3G dongle 7.Frequency range:2.4~2.4835GHz 8.Typical Distance:Indoor:60m(max);Outdoor 150m(max)(with 2dBi antenna)9.Asterisk 1.8.10 10.Support SIP/IAX2 server/client. 11.Support mutiply SIP/IAX2 entries 12.Easy configure SIP/IAX2/dial-plam in Web UI13.Codec:G.711a/u,G.729,G.722,GSM,ILBC 14.Support USB dongle for 3G/4G dial up 15.Support USB storage. |
Harbware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MBInterface: --2X RJ45 Port --1X USB Port --1X 802.11 b/g/n WiFi interface --1X FXS portOperation Temperature: -- -40℃~85℃ |
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M32 | IoT module for MS14 1.Internet of Things module to connect sensor network to internet2.Log sensor data and upload to remote server 3.Control switch/relay from Internet4.Easy programming use Arduino IDE 5.Compatible with Arduino Yun software 6.Program/update/debug via WiFi network7.ESD and Overvoltage Protection 8.USB connector for programming/debugging 9.Open haedware design |
Hardware: --Microcontroller:ATmega32U4 --SRAM:2.5KB --Flash Memory:32KB --EEPROM:1KB --Clock speed:16MHz --Operatong Voltage:5VInterface: --I/O voltage:5V --3.3V output channel x1 --5V output channels x2 --Digital I/O pins x10--Analog input channels x8 --PWM channels x4 |
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M328W | Wireless IoT Adapter for MS14 1.Bridge various wireless protocols such as zigbee bluetooth,NFC into WiFi IP network2.Log sensor data and upload to remote server 3.Control switch/relay from Internet 4.Easy programming use Arduino IDE5.Compatible with Arduino Yun software 6.Program/update via WiFi network 7.Open hardware design. |
Hardware: --Microcontroller:ATmeega328P --Operating Voltage:3.3V I/O voltage:3.3V --SRAM:2.5KBFlash Memory:32KB --EEPROM:1KB --Clock speed:16MHzInterface: --Digital I/O pins x13 --Analog inoput channels x6 --PWM channels x3 --XBEE socket x1 |
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MXC01 | xBee Adapter for MS14 1.Convert zigbee/bluetooth signal to MS14 UART interface |
Interface: --XBEE socketx1 |
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HE Exander |
Expand PCB Board for HE Module 1.Fast protptypeing PCB for HE |
Interface: --PCB with HE footprint |
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ARU | UART to RS232 converter for MS14 1.Provide bootloader accsess to MS14 via serial |
Interface: --UART |
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Teensy Adapter |
Teensy Arduino Shield Adapter Provide Arduino Connectors to Teensy 3.1/3.2 |
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Lora Shield | Lora Shield Long range transceiver Arduino wieless shield |
*Compatible with 3.3v or 5v I/O Arduino Board. *Frequency Band:433MHz/868MHZ or 915MHZ(Pre-configure in factory)*Low power consumption *Compatible with Aruino Leonardi,Uno,Mega,DUE *External Antenna via SMA Jack |
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Lora/GPS HAT | Lora/GPS HAT Long range transceiver and GPS expansion board for Rpi |
*LoRa?Modem and GPS expansion for Rpi. *Frequency Band:433MHz/868 MHZ or 915 MHZ(pre-configure in factory)*Compatible with Raspberry Pi 2 Model B/Raspberry Pi 3 *GPS automatic switching between internal patch antenna and external active antenna |
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Power Injector | Power Injector The PoE injector can combine four Ethernet signals,Power/GND and two extra signal traces into a 8 pins RJ45 connector,User can transfer these signals with a 8 wire CAT-5 cables and split it in the other side. |
*2x Rj45 ports(RJ45 signals inject to pin 1,2 & 3,6) *1x RJ11 connector for signal trace(Inject to the PoE portb pin 4 & 7) *1x DC connector(5.5x2.1mm)for power(Inject to the PoE port pin 5 & 8)* Wall Mountable |
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Lora/GPS Shield |
Lora/GPS Shield Long range transceiver and GPS expansion board for Arduino |
*LoRa?Modem and GPS expansion for Arduino. *Frequency Band:433MHz/868 MHZ or 915 MHZ(Pre-configure in factory)*Low power consumption *Compatible with Arduino Lenardo,Uno,Mega,DUE *External Antenna via SMA Jack *GPS automaticswitching between internal patch antenna and external active antenna |
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PAN | Outdoor OpenWrt IoT Appliance 1.Open source Linux(OpenWrt)inside 2.Power input:9 ~ 12v DC,Support Passive PoE3.Managed by Web GUI,SSH via LAN or WiFi Software upgradable via network 5.Built-in web server 6.Internet connection via LAN port,WiFi 7.Frequency range:2.4~2.4835GHz8.Modulation:BPSK,QPSK,CCK and OFDM(BPSK/QPSK/16-QAM/64-QAM) 9.Rf Power:11n:13dBm;11g:13-15dBm,11b:16-18dBm 10.Typical Distance: PAN Model-N:200~300m PAN Model-D:1km |
Hardware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MBInterface: --2X RJ45 Port --aX USB Port,1xUSB interface --1X 802.11 b/g/n WiFi interface --1X PoE port --1X micro SD slotInterface to module: --3.3v/5v and 12v output --SPI/PCM/UART/I2C Interface --11x GPIOs --1x LED for module --RESET control form moduleOperation Temperature: -- -40℃~85℃ |
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OV1 | Outdoor OpenSource VolP Appliance 1.Open Source OpenWrt system 2.Asterisk1.11 3.Support SIP/IAX2 server/client.4.Support multiply SIP/IAX2 entries 5.Easy configure SIP/IAX2/dial-pan in Web UI 6.Managed by Web GUI or SSH Firmware upgrade via Web8.Support WiFi AP,Client or Ad-Hoc(Mesh)mode Support USB flash for extend storage 10.Suppot Passive PoE on LAN port. OV1 Model-N:200~300m OV1 Model-D:1km |
hardware: --CPU:400MHz,24K MIPS AR9331 --Flash:16MB --SDRAM:64MBInterface: --2X RJ45 Port --1X USB Port,1x USB interface --1X 802.11b/g/n WiFi interface --1X PoE port --1X FXS interfaceOperation Temperature: -- -40℃~85℃ |
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MRFM12B | 433,868,915 MHz wireless daughter board 1.Open soure software & hardware 2.Compatible with ms12 and ms14 3.MCU:Atmel MEGA1684.Wireless module:RFM12B 5.Wireless frequncy:433,868 or915 MHz 6.Arduino IDE compatible 7.Use modified RFM12B library from Jeelabs.8.With I-Pex connector for external high gain antenna 9.Remote upgrade |
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Lora Bee | Long range transceiver wireless Lora module | ・168 dB maximum link budget. ・+20 dBm - 100 mW constant RF output vs. ・+14 dBm high effciency PA. ・Programmable bit rate up to 300 kbps.・High sensitivity: down to -148 dBm. ・Bullet-proof front end: IIP3 = -12.5 dBm. ・Excellent blocking immunity. ・Low RX current of 10.3 mA,200 n a retention.・Fully integrated synthesizer with a resolution of 61 Hz. ・FSK,GFSK,MSK,GMSK,LoRaTM and OOK modulation. ・Built-in bit synchronizer for clock recovery. ・Preamble datection.・127 dB Dynamic Range RSSI. ・Automatic RF Sense and CAD with ultra-fast AFC. Packet engine up to 256 bytes with CRC. ・Built-in temperature sensor and low battery indicator. |