(no commit message)

diff --git a/openpower/sv/remap.mdwn b/openpower/sv/remap.mdwn
index 44ea780e05abe6b76fa06f0e43c8cdbfbb2b2cf7..ca67cc98d03f0cf1d6a89d95838c4a3a6c7d2d00 100644 (file)
--- a/openpower/sv/remap.mdwn
+++ b/openpower/sv/remap.mdwn
@@ -55,12 +55,6 @@ for *possible* latency alone.  Commonly-used patterns such as Matrix
 Multiply, DCT and FFT have helper instruction options which make REMAP
 easier to use.*
 
-*Future specification note: future versions of the REMAP Management instructions
-will extend to EXT1xx Prefixed variants. This will overcome some of the limitations
-present in the 32-bit variants of the REMAP Management instructions that at
-present require direct writing to SVSHAPE0-3 SPRs.  Additional
-REMAP Modes may also be introduced at that time.*
-
 There are five types of REMAP:
 
 * **Matrix**, also known as 2D and 3D reshaping, can perform in-place
@@ -77,7 +71,6 @@ There are five types of REMAP:
   has several key Computer Science uses. Again Prefix Sum is 100%
   Deterministic.
 
-
 Best implemented on top of a Multi-Issue Out-of-Order Micro-architecture,
 REMAP Schedules are 100% Deterministic **including Indexing** and are
 designed to be incorporated in between the Decode and Issue phases,
@@ -95,6 +88,11 @@ is executed.
 Further details on the Deterministic Precise-Interruptible algorithms
 used in these Schedules is found in the [[sv/remap/appendix]].
 
+*Future specification note: future versions of the REMAP Management instructions
+will extend to EXT1xx Prefixed variants. This will overcome some of the limitations
+present in the 32-bit variants of the REMAP Management instructions that at
+present require direct writing to SVSHAPE0-3 SPRs.  Additional
+REMAP Modes may also be introduced at that time.*
 
 ## Determining Register Hazards (hphint)