ifier and the speakers to reduce resistance in the signal path. This notion of "The Heavier The Better" has erroneously been passed on to purchasers of interconnect cables for their components. When dealing with low millivolt signals from component to component, Low Capacitance (measured in picofarads) is the most relevant specification in cutting signal loss. It is not necessary for interconnect cables to be bulky and hard to use. In fact, Low Capacitance Interconnects are rarely heavy gauge and can be very flexible. Flexibility enables a cable to be angled to whatever configuration necessary, without affecting the integrity of the design.

A cable

Carbon-Neutral Flight
As the owner of a travel website I'm feeling guilty. What's wrong with setting up a website which provides a list of all airlines flying that route, you may ask. The rub is that flying is exceptionally bad for the environment.Due to the carbon emitted, flying is one of the biggest contributors to global warming. If you want to do one good thing for the environment -don't ever fly!!Carbon neutral flightWhere there's a

Research & Development

I began designing audio and video interconnect cables in 1988. I was asked to develop custom interconnects for discriminating audio and videophiles, who wanted to see and hear the quality of their components and the source material without added personality from their interconnects. The cables I constructed were created to solve two specific problems in interconnect design. Prior to this point these problems had not been addressed in the ever-changing field of high-end audio/video. The first was the subtle size difference of the RCA connectors used in the manufacture of mid-fi and high-end components. The second was the inherent loss of information through long runs of cable. It was also important that the interconnects allow our clients the freedom to combine components regardless of the type of connectors utilized by the various manufacturers. The custom cables had to carry information without signal loss and not be limited to short runs. The custom cables had to be extremely flexible and durable to adapt for custom installations. Most importantly they had to maintain state of the art quality while remaining cost effective.

End Connectors

Each connector must tolerate the extreme heat generated by the melting of silver solder at the point of termination. The connector used should be chosen for its compatibility with the wire. Proper strain relief is also a crucial factor in interconnect design. It is important that the wire and connector have a seamless integration. Every pair should be matched and tested for continuity and fit. The connection should then be insulated with heatshrink, to protect against contamination and to create a more durable termination. In a quality interconnect, all of these processes are done by hand, one cable at a time. This combination of quality parts and craftsmanship is essential to the manufacture of a superior interconnect.

Low Capacitance

Research indicates that Low Capacitance is the most relevant aspect of design for Analog or Digital Audio and Video Interconnect Cables. Capacitance is determined by the number and thickness of the center conductors in relationship to the outside shield. The material and thickness of the dielectric insulation also determines capacitance. Low Capacitance custom cable provides the best imaging and sound staging in analog audio and digital audio as well as the most accurate contrast and definition in video. This is especially true where long cable runs are required.

Over the years, speaker wire manufacturers have shown the importance of heavy gauge wire between the amplifier and the speakers to reduce resistance in the signal path. This notion of "The Heavier The Better" has erroneously been passed on to purchasers of interconnect cables for their components. When dealing with low millivolt signals from component to component, Low Capacitance (measured in picofarads) is the most relevant specification in cutting signal loss. It is not necessary for interconnect cables to be bulky and hard to use. In fact, Low Capacitance Interconnects are rarely heavy gauge and can be very flexible. Flexibility enables a cable to be angled to whatever configuration necessary, without affecting the integrity of the design.

A cable

Resisting Temptation - The JESUS Way
One thing that Jesus was NOT - was flashy. When He cured someone, it was with a touch. When He spoke, the crowds came to Him. And when He resisted the Devil - it was through the simple mechanisms of fasting, prayer, and Scripture. These are things each of us can do daily or weekly, which fits completely with Jesus's advice to not put on a public display. Your life - your resistance to temptation - will be all the display you need.oss of information through long runs of cable. It was also important that the interconnects allow our clients the freedom to combine components regardless of the type of connectors utilized by the various manufacturers. The custom cables had to carry information without signal loss and not be limited to short runs. The custom cables had to be extremely flexible and durable to adapt for custom installations. Most importantly they had to maintain state of the art quality while remaining cost effective.

End Connectors

Each connector must tolerate the extreme heat generated by the melting of silver solder at the point of termination. The connector used should be chosen for its compatibility with the wire. Proper strain relief is also a crucial factor in interconnect design. It is important that the wire and connector have a seamless integration. Every pair should be matched and tested for continuity and fit. The connection should then be insulated with heatshrink, to protect against contamination and to create a more durable termination. In a quality interconnect, all of these processes are done by hand, one cable at a time. This combination of quality parts and craftsmanship is essential to the manufacture of a superior interconnect.

Low Capacitance

Research indicates that Low Capacitance is the most relevant aspect of design for Analog or Digital Audio and Video Interconnect Cables. Capacitance is determined by the number and thickness of the center conductors in relationship to the outside shield. The material and thickness of the dielectric insulation also determines capacitance. Low Capacitance custom cable provides the best imaging and sound staging in analog audio and digital audio as well as the most accurate contrast and definition in video. This is especially true where long cable runs are required.

Over the years, speaker wire manufacturers have shown the importance of heavy gauge wire between the amplifier and the speakers to reduce resistance in the signal path. This notion of "The Heavier The Better" has erroneously been passed on to purchasers of interconnect cables for their components. When dealing with low millivolt signals from component to component, Low Capacitance (measured in picofarads) is the most relevant specification in cutting signal loss. It is not necessary for interconnect cables to be bulky and hard to use. In fact, Low Capacitance Interconnects are rarely heavy gauge and can be very flexible. Flexibility enables a cable to be angled to whatever configuration necessary, without affecting the integrity of the design.

A cable

The Hidden Power Of Thoughts.
In the middle 90s being in an amusement park with my children I saw something like a space capsule, I asked what was that and they told me that was a 3D movie. Of course I bought my ticket and I got into. The seats were comfortable, with seat belts, the screen was almost – rounded and concave like a half moon around the people. As soon as the lights go out I found myself into a car that was starting to road and a couple of blocks forward a

connector used should be chosen for its compatibility with the wire. Proper strain relief is also a crucial factor in interconnect design. It is important that the wire and connector have a seamless integration. Every pair should be matched and tested for continuity and fit. The connection should then be insulated with heatshrink, to protect against contamination and to create a more durable termination. In a quality interconnect, all of these processes are done by hand, one cable at a time. This combination of quality parts and craftsmanship is essential to the manufacture of a superior interconnect.

Low Capacitance

Research indicates that Low Capacitance is the most relevant aspect of design for Analog or Digital Audio and Video Interconnect Cables. Capacitance is determined by the number and thickness of the center conductors in relationship to the outside shield. The material and thickness of the dielectric insulation also determines capacitance. Low Capacitance custom cable provides the best imaging and sound staging in analog audio and digital audio as well as the most accurate contrast and definition in video. This is especially true where long cable runs are required.

Over the years, speaker wire manufacturers have shown the importance of heavy gauge wire between the amplifier and the speakers to reduce resistance in the signal path. This notion of "The Heavier The Better" has erroneously been passed on to purchasers of interconnect cables for their components. When dealing with low millivolt signals from component to component, Low Capacitance (measured in picofarads) is the most relevant specification in cutting signal loss. It is not necessary for interconnect cables to be bulky and hard to use. In fact, Low Capacitance Interconnects are rarely heavy gauge and can be very flexible. Flexibility enables a cable to be angled to whatever configuration necessary, without affecting the integrity of the design.

A cable

Forces that Move Stock Prices
Among the largest forces that affect stock prices are inflation, interest rates, bonds, commodities and currencies. At times the stock market suddenly reverses itself followed typically by published explanations phrased to suggest that the writer’s keen observation allowed him to predict the market turn. Such circumstances leave investors somewhat awed and amazed at the infinite amount of continuing factual input and infallible interpreta

s that Low Capacitance is the most relevant aspect of design for Analog or Digital Audio and Video Interconnect Cables. Capacitance is determined by the number and thickness of the center conductors in relationship to the outside shield. The material and thickness of the dielectric insulation also determines capacitance. Low Capacitance custom cable provides the best imaging and sound staging in analog audio and digital audio as well as the most accurate contrast and definition in video. This is especially true where long cable runs are required.

Over the years, speaker wire manufacturers have shown the importance of heavy gauge wire between the amplifier and the speakers to reduce resistance in the signal path. This notion of "The Heavier The Better" has erroneously been passed on to purchasers of interconnect cables for their components. When dealing with low millivolt signals from component to component, Low Capacitance (measured in picofarads) is the most relevant specification in cutting signal loss. It is not necessary for interconnect cables to be bulky and hard to use. In fact, Low Capacitance Interconnects are rarely heavy gauge and can be very flexible. Flexibility enables a cable to be angled to whatever configuration necessary, without affecting the integrity of the design.

A cable

The Senses of Soul
Have you ever had a sense that there is more to something than what appears on the surface? As a child, you may have walked by a pond and picked up a pebble. Then, energy grew inside you directing your mind to send signals within you and pick up this rock with your hand. As your mind, body, and spirit united, a coordinated effort took place resulting in a thrust of energy tossing this rock into this pond.The effects of this driving f

ifier and the speakers to reduce resistance in the signal path. This notion of "The Heavier The Better" has erroneously been passed on to purchasers of interconnect cables for their components. When dealing with low millivolt signals from component to component, Low Capacitance (measured in picofarads) is the most relevant specification in cutting signal loss. It is not necessary for interconnect cables to be bulky and hard to use. In fact, Low Capacitance Interconnects are rarely heavy gauge and can be very flexible. Flexibility enables a cable to be angled to whatever configuration necessary, without affecting the integrity of the design.

A cable should be selected for its purity, flexibility, durability, capacitance and individual specifications for its designated application.