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???
11/03/06 01:11
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 		 #127290 - You cannot say without more information
Responding to: ???'s previous message
the only way you can really tell is by detailed analysis of the pipeline structure and the only way i can see you doing that is with a nbehavioual model which they are not likely to supply.the only studies Ive seen are based on general discussions of the effects of pipelines lengths on things like what happens when there is a pipeline stall due to instruction branching and so on.as i am sure you are aware very deep pipelines have a big penalty when it comes to pipeline flushing unless they use exotic architectures like instruction re-ordering,branch prediction and so on.The thing with exotic architectures is you need compilers which are aware of them.

List of 33 messages in thread
TopicAuthorDate
Pipelines revisited            01/01/70 00:00      
   You cannot say without more information            01/01/70 00:00      
      You've got it! That's the problem, for sure.            01/01/70 00:00      
         Synchronization            01/01/70 00:00      
            True enough, but in this case            01/01/70 00:00      
   So you can be happily chugging away            01/01/70 00:00      
      That renders the SiLabs architecture unuseable            01/01/70 00:00      
         Can't You Trurn it off?            01/01/70 00:00      
         Advertising.            01/01/70 00:00      
            a better term would have been "unspecified"            01/01/70 00:00      
         if what you want is to bitch, the cache stinks, if            01/01/70 00:00      
            No ... it's not just a complaint ...            01/01/70 00:00      
               experience and the other is stated already            01/01/70 00:00      
                  it's not quite that simple ...            01/01/70 00:00      
                     does not matter, in this case an advantage            01/01/70 00:00      
                        Yes, same length, irrespective of path            01/01/70 00:00      
   can you explain more?            01/01/70 00:00      
      It uses a pipeline to achieve the high speed            01/01/70 00:00      
         why pipeline??            01/01/70 00:00      
   branch cache            01/01/70 00:00      
      i dont know about slightly unpredictable            01/01/70 00:00      
      I second this.            01/01/70 00:00      
      It's called "branche cache" rather than pipeline?            01/01/70 00:00      
         They're two different things.            01/01/70 00:00      
            This flush and refill process is what I feared            01/01/70 00:00      
         you might also try something completely different            01/01/70 00:00      
            well ... maybe ...            01/01/70 00:00      
   what is the problem?            01/01/70 00:00      
      The problem is blaming the pipeline ...            01/01/70 00:00      
         oh, I wish            01/01/70 00:00      
         Exactly ...            01/01/70 00:00      
      That reference is helpful            01/01/70 00:00      
         not a "litterary masterpiece" but after reading            01/01/70 00:00      

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