eHouse Building and Home Automation - Communication Variants

eHouse Home Automation has several communication options (wired and wireless).

eHouse Building Automation installation can be implemented with several main communication interfaces:

• Radio (RF 863, 902, 915 MHz) - wireless
• RS - 485/422 (Full Duplex) - wired serial bus
• centralized - for main switchboard
• CAN (Controller Area Network) - wired serial bus
• WiFi b/g/n (2.4GHz) - Wireless (WLAN)
• Ethernet (LAN) - wired

There are several types of controllers installations of eHouse home automation:

• Assembled room switchboards
• Controllers for the central switchboard for homes, buildings
• Controllers for room switchboards (houses, buildings, offices)
• Controllers for socket cans
• DIY controllers (For self-assembly and development)
• OEM controllers (for installation in electrical equipment, e.g. lighting, switches)
• Experimental drivers for custom applications (boats, campers, yachts, mobile homes, e.t.c)
• Assembled central switchboards
• Controllers for room switchboards (hotels, Condo Hotels, Apart Hotels)
• Controllers for the central switchboard (flat, apartments)

All eHouse building automation communication variants are integrated with the eHouse HYBRID server software, which enables hybrid operation depending on:

• the place where the driver is installed
• minimizing costs for installations and cabling
• Difficulty of installation and working conditions (outside, damp rooms, extreme temperatures and conditions, thick poured ceilings and walls)
• Budget for the system
• Preferences of Installer and investor
• the need for professional and semi-industrial solutions
• required durability and lifetime of the system
• Current construction stage (raw condition, major renovation, finished house )

Modularity of the system eHouse home automation and wireless components allow non-invasive installation of the system after finishing the building.
eHouse Home Automation Controllers are also available DIY/OEM:

• For system integrators
• for use by manufacturers of electrical equipment
• For special applications
• At a very low budget
• For self-installation
• For startups implementing projects based on ready controllers