diff --git a/csrc/evaluator_common.cpp b/csrc/evaluator_common.cpp
index 1042931914e..b17cfea9e8a 100644
--- a/csrc/evaluator_common.cpp
+++ b/csrc/evaluator_common.cpp
@@ -348,19 +348,21 @@ void PrecomputedValues::bindTensorMetaData(
 
   for (const auto dim : c10::irange(logical_domain.size())) {
     IterDomain* id = logical_domain[dim];
-    auto dim_size = tensor.size(static_cast<int64_t>(dim));
-    if (id->isDeviceDim()) {
-      dim_size = tv->getDeviceMesh().size(id->getParallelType());
-    }
-
-    if (id->hasExpandedExtent()) {
-      Val* extent = id->extent();
-      Val* expanded_extent = id->expandedExtent();
-      bindValue(extent->evaluatorIndex(), 1L);
-      bindValue(expanded_extent->evaluatorIndex(), dim_size);
+    const auto dim_size = tensor.size(static_cast<int64_t>(dim));
+    if (id->isBroadcast()) {
+      // DIDs are ignored.
+      bindValue(id->extent()->evaluatorIndex(), 1L);
+      if (id->hasExpandedExtent()) {
+        bindValue(id->expandedExtent()->evaluatorIndex(), dim_size);
+      }
     } else {
-      Val* extent = id->extent();
-      bindValue(extent->evaluatorIndex(), dim_size);
+      if (id->isDeviceDim()) {
+        bindValue(
+            id->extent()->evaluatorIndex(),
+            tv->getDeviceMesh().size(id->getParallelType()));
+      } else {
+        bindValue(id->extent()->evaluatorIndex(), dim_size);
+      }
     }
   }
 
diff --git a/csrc/expr_evaluator.cpp b/csrc/expr_evaluator.cpp
index c59842b2037..a360950354b 100644
--- a/csrc/expr_evaluator.cpp
+++ b/csrc/expr_evaluator.cpp
@@ -174,53 +174,61 @@ void ExpressionEvaluator::bind_(
         t.dim());
     for (auto i : c10::irange(t.dim())) {
       auto id = logical_domain[i];
-      if (id->hasExpandedExtent()) {
-        // Verify that t is also expanded
-        NVF_ERROR(
-            t.size(i) == 1 || t.stride(i) == 0,
-            "IterDomain ",
-            id->toString(),
-            " in ",
-            getInputPosString(tv),
-            "TensorView ",
-            tv->toString(),
-            " has expanded extent but input tensor has size ",
-            t.size(i),
-            " and stride ",
-            t.stride(i),
-            " in dimension ",
-            i);
-        bind_(
-            logical_domain[i]->expandedExtent(), t.size(i), evaluate_validate);
-      } else if (logical_domain[i]->isDeviceDim()) {
-        // Currently we have the restrictions:
-        // (1) Devices parallelized axis extent == DeviceMesh's extent
-        // (2) Device parallelized axis cannot be split or merged
-        // Therefore, the device parallelized extents will always be allocated
-        // with size 1, but the symbolic axis extent is binded with the extent
-        // of the DeviceMesh
-        NVF_CHECK(
-            1 == t.size(i),
-            "TensorView ",
-            tv->toString(),
-            getInputPosString(tv),
-            " IterDomain ",
-            id->toString(),
-            "is sharded and must have size 1, but input tensor has size ",
-            t.size(i));
-        NVF_CHECK(
-            tv->hasDeviceMesh(),
-            "TV ",
-            tv->toString(),
-            getInputPosString(tv),
-            " has an empty DeviceMesh with DID parallelization")
-        bind_(
-            logical_domain[i]->extent(),
-            static_cast<int>(
-                tv->getDeviceMesh().size(logical_domain[i]->getParallelType())),
-            evaluate_validate);
+      if (id->isBroadcast()) {
+        // DIDs are ignored.
+        bind_(logical_domain[i]->extent(), 1, evaluate_validate);
+        if (id->hasExpandedExtent()) {
+          // Verify that t is also expanded
+          NVF_ERROR(
+              t.size(i) == 1 || t.stride(i) == 0,
+              "IterDomain ",
+              id->toString(),
+              " in ",
+              getInputPosString(tv),
+              "TensorView ",
+              tv->toString(),
+              " has expanded extent but input tensor has size ",
+              t.size(i),
+              " and stride ",
+              t.stride(i),
+              " in dimension ",
+              i);
+          bind_(
+              logical_domain[i]->expandedExtent(),
+              t.size(i),
+              evaluate_validate);
+        }
       } else {
-        bind_(logical_domain[i]->extent(), t.size(i), evaluate_validate);
+        if (logical_domain[i]->isDeviceDim()) {
+          // Currently we have the restrictions:
+          // (1) Devices parallelized axis extent == DeviceMesh's extent
+          // (2) Device parallelized axis cannot be split or merged
+          // Therefore, the device parallelized extents will always be allocated
+          // with size 1, but the symbolic axis extent is binded with the extent
+          // of the DeviceMesh
+          NVF_CHECK(
+              1 == t.size(i),
+              "TensorView ",
+              tv->toString(),
+              getInputPosString(tv),
+              " IterDomain ",
+              id->toString(),
+              "is sharded and must have size 1, but input tensor has size ",
+              t.size(i));
+          NVF_CHECK(
+              tv->hasDeviceMesh(),
+              "TV ",
+              tv->toString(),
+              getInputPosString(tv),
+              " has an empty DeviceMesh with DID parallelization")
+          bind_(
+              logical_domain[i]->extent(),
+              static_cast<int64_t>(tv->getDeviceMesh().size(
+                  logical_domain[i]->getParallelType())),
+              evaluate_validate);
+        } else {
+          bind_(logical_domain[i]->extent(), t.size(i), evaluate_validate);
+        }
       }
     }
   }
diff --git a/csrc/ops/utils.cpp b/csrc/ops/utils.cpp
index 8b911d623c0..3b6bf6d561f 100644
--- a/csrc/ops/utils.cpp
+++ b/csrc/ops/utils.cpp
@@ -323,6 +323,13 @@ IterDomain* newOutputIterDomain(
       continue;
     }
 
+    NVF_ERROR(
+        id->getParallelType() == ParallelType::Serial ||
+            isParallelTypeDeviceDim(id->getParallelType()),
+        id->getParallelType(),
+        " is not expected when building ops.");
+    parallel_type = promoteParallelType(parallel_type, id->getParallelType());
+
     if (id->isBroadcast()) {
       if (id->hasExpandedExtent()) {
         expanded_extent_val =
@@ -331,13 +338,6 @@ IterDomain* newOutputIterDomain(
       continue;
     }
 
-    NVF_ERROR(
-        id->getParallelType() == ParallelType::Serial ||
-            isParallelTypeDeviceDim(id->getParallelType()),
-        id->getParallelType(),
-        " is not expected when building ops.");
-    parallel_type = promoteParallelType(parallel_type, id->getParallelType());
-
     if (extent_is_from_symbolic && !id->isSymbolic()) {
       // We prefer to use extents from non-Symbolic inputs if there are any
       // because they might indicate a broadcast axis that is resolved in this