diff --git a/src/Svg.Model/SvgFilterContext.cs b/src/Svg.Model/SvgFilterContext.cs
index 6635358f4c..f1c18e6268 100644
--- a/src/Svg.Model/SvgFilterContext.cs
+++ b/src/Svg.Model/SvgFilterContext.cs
@@ -1276,12 +1276,6 @@ private void Apply(byte[] values, SvgComponentTransferFunction transferFunction)
     {
         TransformsService.GetOptionalNumbers(svgConvolveMatrix.Order, 3f, 3f, out var orderX, out var orderY);
 
-        if (_primitiveUnits == SvgCoordinateUnits.ObjectBoundingBox)
-        {
-            orderX *= _skBounds.Width;
-            orderY *= _skBounds.Height;
-        }
-
         if (orderX <= 0f || orderY <= 0f)
         {
             return default;
@@ -1323,7 +1317,19 @@ private void Apply(byte[] values, SvgComponentTransferFunction transferFunction)
 
         var gain = 1f / divisor;
         var bias = svgConvolveMatrix.Bias * 255f;
-        var kernelOffset = new SKPointI(svgConvolveMatrix.TargetX, svgConvolveMatrix.TargetY);
+        var targetX = svgConvolveMatrix.TargetX;
+        var targetY = svgConvolveMatrix.TargetY;
+        if (!svgConvolveMatrix.ContainsAttribute("targetX"))
+        {
+            targetX = (int)Math.Floor(orderX / 2f);
+        }
+        if (!svgConvolveMatrix.ContainsAttribute("targetY"))
+        {
+            targetY = (int)Math.Floor(orderY / 2f);
+        }
+        targetX = Math.Max(0, Math.Min(targetX, (int)orderX - 1));
+        targetY = Math.Max(0, Math.Min(targetY, (int)orderY - 1));
+        var kernelOffset = new SKPointI(targetX, targetY);
         var tileMode = svgConvolveMatrix.EdgeMode switch
         {
             SvgEdgeMode.Duplicate => SKShaderTileMode.Clamp,
diff --git a/tests/Svg.Skia.UnitTests/resvgTests.cs b/tests/Svg.Skia.UnitTests/resvgTests.cs
index fa672cd62f..a64ad5b12f 100644
--- a/tests/Svg.Skia.UnitTests/resvgTests.cs
+++ b/tests/Svg.Skia.UnitTests/resvgTests.cs
@@ -867,13 +867,13 @@ private void TestImpl(string name, double errorThreshold, float scaleX = 1.5f, f
     public void e_feComposite(string name, double errorThreshold) => TestImpl(name, errorThreshold);
 
     [Theory]
-    [InlineData("e-feConvolveMatrix-001", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-002", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-003", 0.022, Skip = "TODO")]
+    [InlineData("e-feConvolveMatrix-001", 0.022)]
+    [InlineData("e-feConvolveMatrix-002", 0.022)]
+    [InlineData("e-feConvolveMatrix-003", 0.022)]
     [InlineData("e-feConvolveMatrix-004", 0.022)]
     [InlineData("e-feConvolveMatrix-005", 0.022)]
     [InlineData("e-feConvolveMatrix-006", 0.022)]
-    [InlineData("e-feConvolveMatrix-007", 0.022, Skip = "TODO")]
+    [InlineData("e-feConvolveMatrix-007", 0.022)]
     [InlineData("e-feConvolveMatrix-008", 0.022)]
     [InlineData("e-feConvolveMatrix-009", 0.022)]
     [InlineData("e-feConvolveMatrix-010", 0.022)]
@@ -884,14 +884,14 @@ private void TestImpl(string name, double errorThreshold, float scaleX = 1.5f, f
     [InlineData("e-feConvolveMatrix-015", 0.022, Skip = "TODO")]
     [InlineData("e-feConvolveMatrix-016", 0.022, Skip = "TODO")]
     [InlineData("e-feConvolveMatrix-017", 0.022)]
-    [InlineData("e-feConvolveMatrix-018", 0.022)]
-    [InlineData("e-feConvolveMatrix-019", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-020", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-021", 0.022)]
-    [InlineData("e-feConvolveMatrix-022", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-023", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-024", 0.022, Skip = "TODO")]
-    [InlineData("e-feConvolveMatrix-025", 0.022, Skip = "TODO")]
+    [InlineData("e-feConvolveMatrix-018", 0.022, Skip = "TODO")]
+    [InlineData("e-feConvolveMatrix-019", 0.022)]
+    [InlineData("e-feConvolveMatrix-020", 0.022)]
+    [InlineData("e-feConvolveMatrix-021", 0.022, Skip = "TODO")]
+    [InlineData("e-feConvolveMatrix-022", 0.022)]
+    [InlineData("e-feConvolveMatrix-023", 0.022)]
+    [InlineData("e-feConvolveMatrix-024", 0.022)]
+    [InlineData("e-feConvolveMatrix-025", 0.022)]
     public void e_feConvolveMatrix(string name, double errorThreshold) => TestImpl(name, errorThreshold);
 
     [Theory]