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The Next Generation of Cables – K-NET
By using K-NET Network-Bricks, it can build up the *art, robust and advanced wireless cables easily! The new network bricks feature a coordinator, routers and devices which can be *embled a network easily and flexibly.
A versatile *ology of Network-Bricks combined with microprocessors, sensors, switches ,ke*ads, or displays can be applied in many cable-replacementapplications.
With included quick-start guide, easy-to-use software and step-by-step building instructions, beginners and experts alike can build up the wireless network easily!
Moreover, with simple AT-Command through UART interface, K-NET kits can be easily controlled by di*al systems such as MCU or PC. Demonstration software is now available for PC Windows.
Overview
K-NET is a network technology that addresses the needs of low-cost,easy-to-use solution for the wireless network applications. By adapting the cluster tree network *ology from ZigBee standards, K-Net retains its excellent performances while enabling a compact, highly efficient, and userfriendly development platform.
K-NET supports star, tree and linear network *ologies, and provides selfhealing functionality for robust communication.
With simple AT Command through UART interface K NET kits can be easily Features
AT-interface, K-controlled by di*al systems. The K-NET stack which resides in the networkengine is the core of the wireless applications. Users only need to be familiar with a few (fewer than 10 sets) UART commands to control the whole wireless network.
Features
• 2.4GHz IEEE 802.15.4 compliant MAC layer
• Network Size
•Max 1000 nodes
•Default max depth: 7 (configurable)
•Default max children :8 (configurable)
• Device T*e
•Coordinator
•Router
•Device
• Network Topologies
•Point-to-point
•Linear
•Star
•Tree
Benifits
• RS-232(UART) interface
• Simple AT-command set
• Minimum memory requirement
• Options for RF modules
• Power-saving mode for device and router (< 5uA)
• Roaming functions for device
• Completed setup tools for hardware distribution