Misplaced Pages

Cell (processor): Revision history

Article snapshot taken from Wikipedia with creative commons attribution-sharealike license. Give it a read and then ask your questions in the chat. We can research this topic together.
View logs for this page (view filter log)
Filter revisionsshowhide
External tools:

For any version listed below, click on its date to view it. For more help, see Help:Page history and Help:Edit summary. (cur) = difference from current version, (prev) = difference from preceding version, m = minor edit, → = section edit, ← = automatic edit summary

(newest | oldest) View (newer 50 | ) (20 | 50 | 100 | 250 | 500)

6 January 2025

20 December 2024

9 December 2024

22 November 2024

19 October 2024

1 October 2024

  • curprev 04:4004:40, 1 October 2024 62.36.37.17 talk 69,760 bytes 0 Fp32 Not Fp8, This is a big lie, is not Fp8, xCell 8i was an upgraded version of Cell which delivered 102 Gflops at Fp64 Dual Precision, just for 8 Spe's, and at Single Fp32 Single Precision it did the same exactly as Classic Cell, so as Only Dual Precision Fp64 was improved to 102 Gflops on xCell 8i and at Fp32 xCell 8i also does 204 Gflops then the same is clear to the Original Cell B.E, it Does 204 Gflops at FP32 SINGLE PRECISION by 8 Spe's Alone not counting PPE, with PPE 230.4 Gflops. undo Tags: Visual edit Mobile edit Mobile web edit
  • curprev 04:3004:30, 1 October 2024 62.36.37.17 talk 69,760 bytes +81 The Accuracy of Which Calculation Multiplication was used to Measured Cell Spe's Performances, Cell by each SPE does 8 Flops per Cycle not only 2 flops per cycle as was suggested that Cell Spe at 4ghz was doing 32 flops but Only at Fp 8 Quarter Precision Which is Not True at All, Cell Clocked at 4ghz will do 32 Gflops per SPE and mostly Important at Fp32 Single Precision, at FP8 A quarter Precision Cell Spe at 4ghz is Expected to Deliver 128Gflops per SPE. undo Tags: Visual edit Mobile edit Mobile web edit

7 September 2024

29 August 2024

31 July 2024

26 May 2024

17 April 2024

2 April 2024

7 March 2024

2 March 2024

17 February 2024

23 January 2024

19 December 2023

30 November 2023

21 November 2023

11 November 2023

18 October 2023

2 October 2023

19 September 2023

2 September 2023

15 July 2023

19 May 2023

26 April 2023

24 April 2023

20 April 2023

10 April 2023

10 March 2023

28 February 2023

27 February 2023

(newest | oldest) View (newer 50 | ) (20 | 50 | 100 | 250 | 500)
Cell (processor): Revision history Add topic