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Newer page: version 6 Last edited on Saturday, July 23, 2005 12:29:07 pm by AristotlePagaltzis
Older page: version 5 Last edited on Wednesday, July 20, 2005 1:00:51 pm by IanMcDonald Revert
@@ -1,5 +1,5 @@
-ATX is an extension of the [AT] specification . It is a functionally optimal design for mainboard layout in [PC] architecture, although [BTX] claims to improve on it further
+An [Acronym] for [AT] E__x__tended . It is an older, then functionally optimal design in mainboard layout in [PC] architecture. [BTX] improves on it by taking today's considerations into account
  
-ATX specifies where the [CPU] is on the mother board, the size of the [PSU], the position of the screw holes in the motherboard, the power connectors, where the holes on the back of the case should be, where the connectors on the front of the motherboard (for the front lights and buttons) should be etc. 
+[ ATX] specifies where the [CPU] is on the mother board, the size of the [PSU], the position of the screw holes in the motherboard, the power connectors, where the holes on the back of the case should be, where the connectors on the front of the motherboard (for the front lights and buttons) should be etc. 
  
-While it was an excellent standard when conceived, it has aged. [ATX] was designed with the excellent idea of modular components, including each being responsible for its own cooling. Unfortunately, modern computers tend to have much more demanding cooling needs than once upon a time, and cooling components individually is a recipe for noisy systems. An integrated approach to cooling that addresses the needs of multiple components, for example using a heatpipe, drastically reduces both the flexibility of the design on the one hand as well the noise on the other hand. 
+While it was an excellent standard when conceived, it has aged. [ATX] was designed with the excellent idea of modular components, including each being responsible for its own cooling. Unfortunately, modern computers tend to have much more demanding cooling needs than once upon a time, and cooling components individually is a recipe for noisy systems. An integrated approach to cooling that addresses the needs of multiple components, for example using a heatpipe, drastically reduces both the flexibility of the design on the one hand as well the noise on the other hand. [BTX] is an answer to many of these issues