October 25, 2011
The new 5.0 GHz Vortex F5 Computer...
Liquid Nitrogen Overclocking has released a 5.0 GHz 4-core/8-threaded i7-2700K machine today,
named the "Vortex F5," much faster than the stock Intel i7-2700K @ 3.5 GHz.
Read more...
June 6, 2011
Due to the high demand for the 5.50 GHz i7-990X models, and the relatively long build time
associated with them, we must place a temporary hold on these orders while we hire and
train new staff. We are offering a new FireHawk model in its place...
Read more...
April 18, 2011
The new 4.3 GHz Zeus Hurricane with 12 Xeon Westmere cores rolls out today, along with a
brand new look and design for the 4.5 GHz Glacier and 4.0 GHz Tornado.
Read more...
March 1, 2011
A 5.5 GHz version of the Trinity Lightning is now available! And, meet the new FireHawk product line...
Read more...
January 26, 2011
The "2-FOR" Sale is on! Buy any two of the same system, and save $222 x 2 =
$444 on your total purchase! Now through the end of 2/2011 (February).
Read more...
November 17, 2010
Liquid Nitrogen Overclocking has a huge announcement: The new Zeus product line
featuring Dual Xeon X5680 Westmeres (12 overclocked cores!)
Read more...
August 27, 2010
An overclocked 5.0 GHz Gulftown? Can this be possible?
Liquid Nitrogen Overclocking is proud to present the "dream machine", our
Trinity Lightning model. True 5.0 GHz speed across 6 cores!
Read more...
July 12, 2010
Liquid Nitrogen Overclocking is proud to present two new product lines: The new
"Trinity Minis" and some new configurations for the Cypher Series. The "Minis" are
some very attractive looking smaller units...
Read more...
June 15, 2010
The overclocking world goes through its ups and downs. Sadly, we
must report some unfortunate findings for the Boreas Thermoelectric
Cooling unit designed by CoolIT of Canada...
Read more...
March 28, 2010
Liquid Nitrogen Overclocking welcomes Mark Ciphone to our team.
Mark has come up with a clever design to overclock the Intel i7-860 to
3.9 GHz using...
Read more...
March 1, 2010
Two new Peltier-cooled systems are made available to the public for
the first time today! Why might thermoelectric cooling be the
trend setting method for stable overclocking? We answer this question in
our news article below.
Read more...
February 25, 2010
Liquid Nitrogen Overclocking extends an ice cold welcome to "Buckeye", owner of the famous
MonstaCade Phase Cooled system and designer of the "Trinity" models available here.
Buckeye has a certain fondness for 2-stage cascade cooling devices, which are more intricate than other
overclocking builds due to the number of components that are integrated into the system.
Read more...
February 11, 2010
Overclocker extraordinaire rickss69 has shattered another one of his own TOP BENCHMARKING SPEED records!
The previous record of 3 hours 14 minutes was achieved with a 2-stage cascade cooling unit built around
an Intel Xeon W3580 that achieved a consistent 4.91 GHz clock pulse.
Read more...
January 1, 2010
Liquid Nitrogen Overclocking goes online!
Collectively, we are a band of overclocking enthusiasts who would meet regularly on various discussion boards.
Dedicated to our craft, we recently decided to investigate the demand for our products on the outside world.
Read more...
Liquid Nitrogen Overclocking
2711 Centerville Rd.
Suite 400
Wilmington, DE 19808-1645
Email: LiquidNitrogenOverclocking
Phone: (610) 818-5063
At this exact moment, we are selling three cooling solutions: air-cooled, water-cooled, and single stage vapor phase change cooled systems.
There are other cooling options in the "overclocking world", such as Peltier-cooling (relatively expensive,
holding great promise, but also still too new to be 100% reliable), cascade cooling (complex, noisy, potentially dangerous to underskilled
builders, and very large), and "extreme cooling" with Liquid Nitrogen and Liquid Helium.
Two of our engineers, Ed Trice and Bill "Buckey" Harmon, are researching a potential new breakthrough in Liquid Cooling.
Currently referred to as Ammonia Subambient Heat Transfer, it makes use of one very important property of NH3:
It has a higher Specific Heat Capacity than liquid water. Ammonia can remove about 1.3 to 1.5 BTUs/(pound x degrees Fahrenheit)
at temperatures straddling either side of the boiling point of water. Water is, by defintion (at best),
1.0 BTUs/(pound x degrees Fahrenheit). All other things held constant, an NH3 cooling solution can remove 30% to 50%
more heat per pound of coolant than could a water based one.