RIIM’s mesh routers can support up to 4 years battery lifetime on 2 AA batteries by using a variant of the Time-Synchronized Channel Hopping (TSCH) technology called “Receiver-based TSCH”. Review our application note, AN042: Battery-Operated Mesh: Theory, Benefits, and Performance Results for more details. Sometimes there is a need to gather sensor data in an … Read more
This mode of operation allows for the seamless transmission of data in a UART transparent mode. Data entered at the input on one module can be observed unchanged at the output of a different module. Thus, giving the user an easy-to-operate simple network, without the need for complex formatting.’ Review our application note, AN040: UART Transparent … Read more
We invite you to register for an upcoming online webinar training on: “Battery-Operated Mesh Networking With RIIM For Remote Locations”. Join us in this webinar as our Applications Engineer, Omar Khalil, shares his expertise on RIIM, a long range industrial IoT wireless IP mesh network completely embedded in a module with direct IP connectivity, either from a local server or from the cloud. … Read more
With the latest firmware upgrade to these modules, a new data rate of 250 kbps is now available! The data rate uses wideband modulation and allows up to 25 dBm power output from the RC1190HP-RC232 module while following the rules and regulations set by FCC. With 25 dBm output power, a line-of-sight range of more … Read more
Radiocrafts has just released a new version of the RIIM (Radiocrafts Industrial IP Mesh) SDK which includes Time-Slotted Channel Hopping! We have also released pre-certified High-Power modules for RIIM for 868 and 915 MHz operation! The combination of a mesh network with TSCH and high RF output power gives an unbeatable range and reliability for an Industrial … Read more
We invite you to register for an upcoming online webinar training on: “The Wize Ecosystem: Wize Protocol and Products”. Join Radiocrafts and other leading members in the Wize Alliance as we discuss the Wize ecosystem and share our expertise on Wize, a Wireless M-Bus Mode N based 169 MHz IIoT technology designed to achieve long range, great object penetration, … Read more
If you believe that digital accessibility requires massive IoT connectivity, follow Radiocrafts’ lead and join the Mioty-Alliance, a family of experts representing and engineering the IoT ecosystem of tomorrow! The Mioty Alliance’s goal is to enable the most accessible, robust, and efficient massive IoT connectivity solution on the market, Mioty. Mioty is a low-power, … Read more
Radiocrafts’ Industrial IP Mesh (RIIM) Leaf Nodes can reach very low power consumption levels when operating in Sleep mode. On average, 4.7µA can be observed when measuring current used by the module. Radiocrafts has written an Application Note to teach you how! In our application note, AN039: Measuring The Power Consumption of RIIM Leaf Nodes Operating in Sleep … Read more
Radiocrafts’ 1000-node large network street lighting simulation using Radiocrafts’ Industrial IP Mesh (RIIM) solution confirmed our expectations for RIIM regarding very quick network formation time, low latency in both multicast and unicast messages, and impressive reliability with close to no packet losses. The simulation entailed: 1000 nodes (1 Border Router and 999 Mesh Routers) … Read more
Radiocrafts is using our long experience in wireless communication to develop the first-ever MIOTY module with supporting development tools in Q2! MIOTY is a low-power, wide-area network (LPWAN) protocol that was designed to have the best-in-class reliability and scalability of all available LPWAN technologies today to support massive industrial and commercial IoT deployments. MIOTY is the … Read more