diff --git a/numpydonate.html b/numpydonate.html
index 7b209338516436b5226ccff9157270b91b155048_bnVtcHlkb25hdGUuaHRtbA==..81a08e01abc20fe65b0268dc1496d02376247358_bnVtcHlkb25hdGUuaHRtbA== 100644
--- a/numpydonate.html
+++ b/numpydonate.html
@@ -113,7 +113,7 @@
 order of magnitude from handwritten C.
 To achieve this, we would
 need to teach our JIT backends how to use modern vector instructions, like SSE
-or AVM. Hence, we split the proposal into two parts, first part covers compatibility
+or AVX. Hence, we split the proposal into two parts, first part covers compatibility
 with a reasonable approach to keeping current speed achievements, second part
 is about teaching the JIT how to vectorize certain operations, which should bring
 PyPy's NumPy as a very competitive tool compared to other available
diff --git a/source/numpydonate.txt b/source/numpydonate.txt
index 7b209338516436b5226ccff9157270b91b155048_c291cmNlL251bXB5ZG9uYXRlLnR4dA==..81a08e01abc20fe65b0268dc1496d02376247358_c291cmNlL251bXB5ZG9uYXRlLnR4dA== 100644
--- a/source/numpydonate.txt
+++ b/source/numpydonate.txt
@@ -88,7 +88,7 @@
 order of magnitude from handwritten C.
 To achieve this, we would
 need to teach our JIT backends how to use modern vector instructions, like SSE
-or AVM. Hence, we split the proposal into two parts, first part covers compatibility
+or AVX. Hence, we split the proposal into two parts, first part covers compatibility
 with a reasonable approach to keeping current speed achievements, second part
 is about teaching the JIT how to vectorize certain operations, which should bring
 PyPy's NumPy as a very competitive tool compared to other available