Thursday, January 31, 2013

June Gold has shown increased volatility over the past 4 to 5 weeks, and has
a been trading sideways a bit in a range from 1700.00 to 1631.30.  This market tested the bottom of the new persistence zone for this year 4 weeks ago and was not able to trade below it in price telling us that the bears were failing to take control of the market.  The price of this years persistence zone for June Gold are: top pz = 1806.00 bottom pz = 1628.10, which are MS1 and MR1 from last years profile also known as the Neutral Zone.  June Gold failed to make a bearish breakout with the close higher then the high of the prior candle 2 weeks ago, after the market had already attempted to make the bearish breakout and found support at the MS1 / bottom of this years pz area.  This suggest to us traders that this market will revert back to the Zone-Trader Pivot at 1717, which is also the midpoint of this years persistence zone.  Past experience with the Zone-Trader model tells us that if a market attempt to breakout of the persistence zone either the top or the bottom and fails then that market should begin making an attempt at reaching the opposite sides price level and then make an attempt at breaking out on that side.  Since the Bears failed to take control this means we would expect prices to head towards the top of the persistence zone at 1806.00  Continue to look to buy the pullbacks in this market and expect prices to head towards 1717 initially and then if breaks above that the next 2 targets will be 1761.50 and then 1806.00
www.derivativeconceptsinc.com





LNO is announcing the availability of 5.60 GHz performance inside a 1U form factor.
 
 
It is now possible to cool overclocked CPUs without needing an extravagant cooling system,
thanks to a breakthrough in constrained-space heat removal pioneered by a research team
at Villanova University.
 
There is no liquid used in this new technology, which is referred to as a  Microchannel Heat Pipe.
 
An inert gas comes into contact with a metallic wafer, with nooks carved down to an almost cellular scale.
The process is naturally endothermic due to a gas vapor phase change that occurs on contact with this metallic block.
Coupled with the "near infinite surface area" resembling a Menger Sponge (see http://en.wikipedia.org/wiki/Menger_sponge)
within the honeycomb, the evaporation contact area is maximized while the 3D volume is minimized.
As this is connected to the CPU block, the heat is removed in such a way that the condensing "self pressurizes" the micro-vapor droplets,
and upon exiting the wafer, circulation resumes without the need of an external pump.
 
This allows us to overclock an Ivy Bridge processor to 5.25 GHz, making it as fast as a 5.60 GHz Sandy Bridge-E system (such as the i7-3970X)
which in turn equates to over 6.0 GHz of performance from the familiar Westmere server chips.
 
And, everything fits within 1U of server rack height, a mere 1.75 inches.
 
Feel free to call for more information. These servers are sure to be in high demand so please, serious inquiries only.





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