Iotamaze develop innovative and cost effective scalable microcontrollers using an IoT platform to build sensor monitoring solutions based on wireless connectivity with mesh-networks. Iotamze offer a complete range of services in design, build, implementation and using IoT to support your applications.
IOTAMAZE INDUSTRY FOCUS
EMBEDDED SOFTWARE DEVELOPMENT
C/C++ ARM Cortex M3, M4
TI CC13xx OS TI-RTOS
NoQSL DB Mongo
DESIGN AND DEVELOPMENT IoT DEVICES
Design and development of IoT devices based on modern high-performance wireless MCU using unlicensed bands 868MHz, 915MHz, 2.4GHz.
IoT devices are compatible with on-board or wired sensors and/or actuators for remote monitoring and control.
IoT devices are connected to the control center via mesh network, edge router and internet.
Iotamaze IoT platform is a blend of hardware, networking and application.
Iot platform architecture based on SimpleLink Ultra Low Power Dual-Band Wireless MCU CC1350 and CC1352 manufactured by Texas Instruments and cloud service to manage and configure devices, custom networks and iotamaze application.
The SimpleLink Sub-1 GHz stack solution is built on TI’s SimpleLink MCU platform, offering a single development environment with code portability to multiple connectivity protocols. We provide a complete solution for connecting long-range, low power sensors whether in the home, in buildings or in an Urban environment. The SimpleLink Sub-1 GHz stack offers a standards-based, star-network that makes Sub-1 GHz connectivity easy by providing all of the necessary components for a robust system.
Our application gives users a powerful tool to manage, configure devices and customize networks in order to monitor and adjust environmental conditions.
Supported bands: 915 MHz, 868 MHz, 433 MHz
Supported data rates: 50kbps, 200kbps and long range 5kbps
Large network support of 200+ nodes
Guarantees successful transmissions with MAC layer acknowledgements
Minimizes packet collisions with listen-before-talk channel access mechanisms such as CSMA/CA
Increased resistance to interferers with frequency hopping
Communication can be implemented in several networking topologies
up to 100m BLE4,
up to 200m BLE5
Star network topology
Sub 1GHz (868MHz, 915MHz)
Up to 8 km
Star network topology
Up to 10 sensortags per edge router
2.4 GHz or Sub 1GHz
Mesh network topology
Up to 200 sensortags
Application gives users powerful tool to manage and configure devices and custom networks to monitor sensor data
setting limit values
setting polling time
setting alert rules
data logging and detailed reports
Just fill out the form to request a demonstration