The Ultimate Wireless device for your true need. It has the capability to reach your projects further more with pocket size and compact design.
The Ultimate Wireless device for your true need. It has the capability to reach your projects further more with pocket size and compact design.
The Raio 1A is an advanced wireless device designed for robust data transmission over long distances. It features six serial ports—Bluetooth, Wi-Fi, USB Type-C, UART1, UART2, and I-MCU—allowing versatile connectivity. The device utilizes NRF24L01 and LoRa LLC68 radio chips, operating at 1 watt, enabling reliable data exchange: NRF24L01 supports full duplex at 100 kbps for distances up to 5 km, while LoRa can transmit half duplex at 62 kbps over distances of up to 10 km.
Backed by the in-house Raio Tech Tab application, compatible with major operating systems (Linux, Windows, macOS, Android, iOS), users can leverage features such as walkie-talkie functionality, secure chat, file transfers, and an advanced serial terminal. The app also supports integration with robotics and other long-range projects, providing a project space for microcontroller control.
The Raio 1A is compact, powered by a 6000 mAh battery, and includes GPS, magnetic, and gyroscopic sensors for position tracking. Additionally, it offers an SD card slot for data logging across all six ports, ensuring that users can capture and store data for later analysis. Whether for personal use or complex projects, the Raio 1A is designed for versatility and reliability in wireless communication.
The Raio 1A is an advanced wireless device designed for robust data transmission over long distances. It features six serial ports—Bluetooth, Wi-Fi, USB Type-C, UART1, UART2, and I-MCU—allowing versatile connectivity. The device utilizes NRF24L01 and LoRa LLC68 radio chips, operating at 1 watt, enabling reliable data exchange: NRF24L01 supports full duplex at 100 kbps for distances up to 5 km, while LoRa can transmit half duplex at 62 kbps over distances of up to 10 km.
Backed by the in-house Raio Tech Tab application, compatible with major operating systems (Linux, Windows, macOS, Android, iOS), users can leverage features such as walkie-talkie functionality, secure chat, file transfers, and an advanced serial terminal. The app also supports integration with robotics and other long-range projects, providing a project space for microcontroller control.
The Raio 1A is compact, powered by a 6000 mAh battery, and includes GPS, magnetic, and gyroscopic sensors for position tracking. Additionally, it offers an SD card slot for data logging across all six ports, ensuring that users can capture and store data for later analysis. Whether for personal use or complex projects, the Raio 1A is designed for versatility and reliability in wireless communication.
Raio offers a versatile range of connectivity options, enabling seamless interaction with the Raio Tech Lab app. Connect Raio to your device using USB Type-C, Wi-Fi, or Bluetooth to access and control features like file transfers, walkie-talkie, advanced serial terminal, encrypted messaging, and project controls, including managing the RP2354A MCU UART0 Controls.
The Above picture isn't the real UI of app, The Actual App will be differeny
NRF
5KM - Max 100kbps
FULL-DUPLEX
2.4Ghz - 2.5Ghz
Transmission power upto 1W
LORA
10KM - Max 62Kbps
HALF-DUPLEX
433Mhz - 915Mhz
Transmission power upto 1W
RAIO 1A WITH I-MCU RP2354A
RAIO 1A has six serial ports, one of it's six serial port is connected with I-MCU(RP2354A) UART0, this thing can be used to create cool projects with pico-2, which can further be share there sensor data to long distances via nrf24l01 and lora llc68 radio chipsets. PICO-2 projects can also be control via RAIO TECH LAB APP.
RAIO 1A WITH I-MCU RP2354A
RAIO 1A has six serial ports, one of it's six serial port is connected with I-MCU(RP2354A) UART0, this thing can be used to create cool projects with pico-2, which can further be share there sensor data to long distances via nrf24l01 and lora llc68 radio chipsets. PICO-2 projects can also be control via RAIO TECH LAB APP.
RAIO 1A WITH REPLACEABLE TRANSRECEIVER
RAIO 1A WITH REPLACEABLE TRANSRECEIVER
One of RAIO's standout features is the replaceability of it's transceivers. This design choice allows users to easily upgrade or swap out radio chips in the future, accommodating new technologies or specific project needs. Whether for enhanced performance or new functionalities, users can adapt RAIO to evolving requirements without needing to replace the entire device.
RAIO 1A with GPS Capablities.
The gps thing can be beneficial in many ways, it can also help you in sharing each others gps data with much better accuracy as it has 2 more sensors which measures magnetic and motion as well. GPS would work better with raio tech lab and it will give you more possibilities with compact size.
RAIO 1A with GPS Capablities.
The gps thing can be beneficial in many ways, it can also help you in sharing each others gps data with much better accuracy as it has 2 more sensors which measures magnetic and motion as well. GPS would work better with raio tech lab and it will give you more possibilities with compact size.
Control RAIO 1A over internet with RAIO TECH LAB application on any device. This thing could increase the distance further more. IOT controls wouldn't disturb you anymore with coding, the GUI control of App will make everything easy for you.
Connect arduino or any other microcontroller with RAIO 1A and enjoy full controls over global distances and take your projects to next levels.
Not just MCUs, any serial peripheral can be accessed with this feature.
Control RAIO 1A over internet with RAIO TECH LAB application on any device. This thing could increase the distance further more. IOT controls wouldn't disturb you anymore with coding, the GUI control of App will make everything easy for you.
Connect arduino or any other microcontroller with RAIO 1A and enjoy full controls over global distances and take your projects to next levels.
Not just MCUs, any serial peripheral can be accessed with this feature.
RAIO 1A PORTS
Modes of Operation:
1. Matrix-Switching: Uses both radio chipsets, simultaneously, check out side diagram for better understanding.
2. Normal mode (uni-switching): Uses one radio chipset and one serial port at a time, bridging can be done as per side diagram.
3. Advance Bridging: In this mode, Bridges can be made in-between serial ports which can be useful in many scenarios, it's diagram will be public soon.
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