Helicomm offers the broadest selection of ZigBee wireless networking solutions available in the industry. Our 2.4GHz IP-Link Modules support data rates up to 250Kbps. IP-Link Modules can be ordered in your choice of ultra low power to long distance transmit range, along with several standards-based packaged terminals, development kits, design tools and design & integration services to help you complete your global development and deployment project.
POWERFUL DEVELOPMENT ENVIRONMENT
Helicomm's IP-Link Module Family includes support for the Keil C compiler and integrated development environment, allowing you to port your application directly onto the IP-Link module to reduce software subsystem testing and cost.
FLEXIBLE ZIGBEE-COMPLIANT NETWORKING SOLUTIONS
IP-Link Modules support mesh, star and hybrid networking topologies and come with Helicomm's ZigBee-Compliant or IP-Net software. Simply select the Networking solution that best meets your needs for interoperability, IP compatibility, or simplicity. Helicomm's ZigBee-Compliant IP-Net networking software is ideal for customers looking for a highly reliable and field-proven wireless solution. IP-Net includes support for our innovative 'serial mesh mode', allowing RS232/RS485 data streams to be transmitted over multiple hops to improve data reliability and increase transmission range. Alternatively, Helicomm also provides a ZigBee-Compliant networking stack library to enable third party product and system integration with existing tracking, locations and security systems.
KEY FEATURES
- Worldwide license-free 2.4GHz frequency.
Standards-based platform eliminates risk and
complexity of proprietary systems. - Highly integrated networking platform.
High levels of integration ease system development
and accelerate time to market. - Very low power consumption.
Cost-effective platform for reliable and secure wireless
monitoring and control. - Small form factor for embedded
Light weight and compact design results in easy
installation and better setup. - Long transmit distance and low receive sensibility
