An A2D board does exactly what its name implies. It converts an analog voltage to a digital value that a computer can read. Anything that produces a varying voltage can supply the input: a temperature or pressure sensor, a potentiometer, a stress gauge, or the output of a photo-resister.
Home networks as you are getting to know them must change and evolve to include appliances, light switches, audio and video products, security systems, you name it. I see no reason that a home network can not include these capabilities. Let's have a little imagination here.
X10 has changed a lot over the years and I've grown with it. I was 23 years old when I joined Pico and that was 25 years ago. I've spent more than Â˝ my life with X10! It's been a fun 25 years and I'm looking forward to what the future brings.
By enabling the home control network to extend beyond the home and allowing service providers to offer value-add services to leverage the in-home network, many new things become possible. First, the cost of the in-home network will begin to be insignificant, as it has happened to cellular phones and cable TV set-top boxes.
I started to investigate the best way to interface X-10 to the outside world and have found the micro controller chip to be the best solution, since not only the X-10 connectivity could be addressed by the micro controller, but also the logic of the project itself, resulting in a device with very few parts.
The software development must first begin by deciding how to implement the CEBus/Home Plug & PlayTM protocol stack. Two options exist here: the developer can either write the stack themselves, which is a long and arduous process taking several man-years, or purchase a tool that integrates the protocol stack with their code.
Paul Motz is a businessman and former newspaper publisher from Kitchener, Ontario, Canada. He has been using X-10 technology for over 15 years and is an avid Macintosh user. He currently uses a B&W G3 and a Powerbook 2400 with a G3 upgrade.
Typically, crimp-on connectors are for stranded cable, and one of the biggest mistakes people make is using the wrong crimp-on end. If you look very closely, you will see a row of 'teeth' on the underside of the exposed pins. These teeth pierce the insulation of the cable to make electrical contact with the copper wire. Using a crimp-on connector designed for a solid cable on a stranded cable can result in an unreliable connection (and vice-versa).
Part of a series on Complex Control with the Smart Housekeeper. Using the Smart Housekeeper and wireless technology to optimize the effectivity and adjust your sprinkler system.
TouchLinc from SmartLinc is one of the more affordable pads on the market for controlling a home automation system and I found it quite easy to set up. If your X-10 controller is capable of IR and Hardwired control etc. then the TouchLinc should be able to control A/V systems as well as most of the other equipment in your home.
In more complex installations, a capacitor across the two legs will both help and hurt.
Using WSH and the Slinkx control, I was able to map a single button on my X10 RF remote to gradually dim all the lights in my living room, turn off the aquarium pump (loud!), turn on the TV, receiver, and DVD player, and set the inputs on the TV and reciver, and finally open the DVD tray. Watching a DVD became as easy as slapping a disc in and hitting play.
MisterHouse is the name of the open source program I wrote to do Home Automation (HA) chores at our house. It runs on Windows 95,98, NT, or any POSIX enabled Unix, like Linux. It can interact with a variety of serial port devices, including the X10 CM11 interface.
For example, you can sit back in your chair and click one button on your remote to open your web browser. Now relax and navigate around using the remote to scroll etc. This unit would be good for remote operation while giving a presentation with PowerPoint as well.
Many who use X-10 for lighting control have been awaiting the "Two Way" switch for some time now. Why? The main reason is because while you may have a sophisticated controller that monitors the powerline for commands and keeps track of lighting status from that data ... there has not been a method of keeping track of light levels or status if someone actually uses the manual switch to change them. In other words ... the switches didn't send the X-10 code when someone pushed the button ... they just dimmed the light or turned it on or off.
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C1M1 offers a truly significant reduction in transmission time in comparison to other communicators that rely on dial capture or data bus decoding. This can result in quicker response time to emergency situations which could save lives and assets. By providing both IP and cellular pathways, C1M1 provides the reliability installers are looking for in an alarm communicator. C1M1 eliminates port forwarding and extra fees for remote access. Installers can remotely upload/download programming changes to M1 controls over IP or cellular using ElkRP2. Consumers can control the M1 remotely via the free ElkLink mobile app and web portal, as well as eKeypad and M1 Touch Pro apps. Other IP-based software and interface partners can connect to the M1 control over the local network through C1M1. C1M1 also provides email/text notifications for arm, disarm, and alarm events. ELK-C1M14GSM supports GSM (AT&T/T-Mobile) networks and ELK-C1M1CDMA supports CDMA (Verizon) networks.