A Story About Keeping The Wine Cool
A few years ago my wife gave me a lovely Kenmore Elite wine cooler as a gift. This appliance lives in our kitchen, doing exactly what you’d expect. That is, until last month. Last month the cooler temperature went down to near freezing and could not be adjusted. Thirty-six degrees Fahrenheit is much too cold for wine.
Since it’s a Kenmore appliance I called the Sears appliance repair service to come service the gadget. The technician arrived and diagnosed the issue based solely upon my description of the problem. He said that controller board was faulty and should be replaced. It seemed a sensible diagnosis.
He then quoted me $130 for the part and $275 in labor to install it. With taxes, the repair was going to cost around $450. That’s not much less than the cost of a comparable, brand new wine cooler. A new cooler would have a warranty.
Selecting hardware appropriate for a particular Asterisk installation has been a topic of discussion ever since the emergence of Asterisk. This typically centers around choosing hardware to handle n users or x concurrent calls. Often the focus is on how to scale up to the greatest number of users for a given server. However, there can be different but related considerations as we consider ever smaller applications.
I’ve recently been reflecting upon my history as an Asterisk user and the evolution of my preference for embedded systems (aka appliance) approach to Asterisk servers.
This mornings attempt to get through my backlog in Google Reader turns up two interesting and kinda related news items. First, Kingston Technologies has introduced a line of low-end solid state disks (SSDs) called the 