diff --git a/tests/compositing/compositing-tests.cpp b/tests/compositing/compositing-tests.cpp
index b0eefbd23..8b831e4fd 100644
--- a/tests/compositing/compositing-tests.cpp
+++ b/tests/compositing/compositing-tests.cpp
@@ -29,82 +29,4 @@
 
 namespace olive {
 
-// FIXME: New hashing algorithm means this test will fail for the moment, re-enable it later.
-OLIVE_ADD_DISABLED_TEST(MergeRGBOptimization)
-{
-  Project project;
-
-  // Solids generate RGB buffers, which the merge node should optimize by passing through the blend
-  SolidGenerator* source_1 = new SolidGenerator();
-  source_1->setParent(&project);
-  source_1->SetStandardValue(SolidGenerator::kColorInput, QVariant::fromValue(Color(1.0, 0.0, 0.0)));
-
-  SolidGenerator* source_2 = new SolidGenerator();
-  source_2->setParent(&project);
-  source_2->SetStandardValue(SolidGenerator::kColorInput, QVariant::fromValue(Color(0.0, 1.0, 0.0)));
-
-  // Crops add an alpha channel if there isn't one already
-  CropDistortNode* crop = new CropDistortNode();
-  crop->setParent(&project);
-  crop->SetStandardValue(CropDistortNode::kLeftInput, 0.5);
-
-  MergeNode* merge_1 = new MergeNode();
-  merge_1->setParent(&project);
-
-  MergeNode* merge_2 = new MergeNode();
-  merge_2->setParent(&project);
-
-  MergeNode* merge_3 = new MergeNode();
-  merge_3->setParent(&project);
-
-  MergeNode* merge_4 = new MergeNode();
-  merge_4->setParent(&project);
-
-  // Force an alpha channel by passing the solid through a crop
-  Node::ConnectEdge(source_2, NodeInput(crop, CropDistortNode::kTextureInput));
-
-  // Merge 1 is source 1 over source 2 - source 1 should be passed through because it's RGB
-  Node::ConnectEdge(source_2, NodeInput(merge_1, MergeNode::kBaseIn));
-  Node::ConnectEdge(source_1, NodeInput(merge_1, MergeNode::kBlendIn));
-
-  // Merge 2 is source 2 over merge 1 - source 2 should be passed through because it's RGB
-  Node::ConnectEdge(merge_1, NodeInput(merge_2, MergeNode::kBaseIn));
-  Node::ConnectEdge(source_2, NodeInput(merge_2, MergeNode::kBlendIn));
-
-  // Merge 3 is crop over merge 2 - merge should actually occur because crop is RGBA
-  Node::ConnectEdge(merge_2, NodeInput(merge_3, MergeNode::kBaseIn));
-  Node::ConnectEdge(crop, NodeInput(merge_3, MergeNode::kBlendIn));
-
-  // Merge 4 is merge 3 over source 2 - merge 3 should be passed through because even though its
-  // blend is RGBA, its base is RGB so no alpha channel should have been added
-  Node::ConnectEdge(source_2, NodeInput(merge_4, MergeNode::kBaseIn));
-  Node::ConnectEdge(merge_3, NodeInput(merge_4, MergeNode::kBlendIn));
-
-  // Generate hashes for all these merges
-  VideoParams params(1920, 1080, rational(1, 30), VideoParams::kFormatFloat16, VideoParams::kRGBAChannelCount);
-
-  QByteArray source_1_hash = RenderManager::Hash(source_1, Node::ValueHint(), params, 0);
-  QByteArray source_2_hash = RenderManager::Hash(source_2, Node::ValueHint(), params, 0);
-  QByteArray merge_1_hash = RenderManager::Hash(merge_1, Node::ValueHint(), params, 0);
-  QByteArray merge_2_hash = RenderManager::Hash(merge_2, Node::ValueHint(), params, 0);
-  QByteArray merge_3_hash = RenderManager::Hash(merge_3, Node::ValueHint(), params, 0);
-  QByteArray merge_4_hash = RenderManager::Hash(merge_4, Node::ValueHint(), params, 0);
-  QByteArray crop_hash = RenderManager::Hash(crop, Node::ValueHint(), params, 0);
-
-  // Merge 1 should pass through to source 1 since source 1 is RGB and its blend
-  OLIVE_ASSERT(source_1_hash == merge_1_hash);
-
-  // Merge 2 should pass through to source 2 since source 2 is RGB and its blend
-  OLIVE_ASSERT(source_2_hash == merge_2_hash);
-
-  // Merge 3's blend actually has an alpha channel, so it should be different
-  OLIVE_ASSERT(merge_3_hash != crop_hash);
-  OLIVE_ASSERT(merge_3_hash != merge_2_hash);
-
-  // Merge 4 should be identical to merge 3 despite going through far less nodes
-  OLIVE_ASSERT(merge_4_hash == merge_3_hash);
-
-  OLIVE_TEST_END;
-}
-
 }