diff --git a/tensorflow/core/framework/embedding/hbm_dram_storage.h b/tensorflow/core/framework/embedding/hbm_dram_storage.h
index 15f6271fb4f..5106266e82c 100644
--- a/tensorflow/core/framework/embedding/hbm_dram_storage.h
+++ b/tensorflow/core/framework/embedding/hbm_dram_storage.h
@@ -49,6 +49,7 @@ class HbmDramStorage : public MultiTierStorage<K, V> {
 
   ~HbmDramStorage() override {
     MultiTierStorage<K, V>::DeleteFromEvictionManager();
+    //delete restore_cache_;
     delete hbm_;
     delete dram_;
     delete dram_feat_desc_;
@@ -227,7 +228,7 @@ class HbmDramStorage : public MultiTierStorage<K, V> {
   }
 
   void BatchEviction() override {
-    constexpr int EvictionSize = 10000;
+    constexpr int EvictionSize = 5000;
     K evic_ids[EvictionSize];
     if (!MultiTierStorage<K, V>::ready_eviction_) {
       return;
@@ -287,16 +288,18 @@ class HbmDramStorage : public MultiTierStorage<K, V> {
                                     partition_id, partition_num,
                                     is_incr, reset_version, reader);
 
+    restore_cache_.reset(CacheFactory::Create<K>(CacheStrategy::LFU, "ads"));
     restorer.RestoreCkpt(emb_config, device);
 
     int64 num_of_hbm_ids =
         std::min(MultiTierStorage<K, V>::cache_capacity_,
-        (int64)MultiTierStorage<K, V>::cache_->size());
+        (int64)restore_cache_->size());
+    
     if (num_of_hbm_ids > 0) {
       K* hbm_ids = new K[num_of_hbm_ids];
       int64* hbm_freqs = new int64[num_of_hbm_ids];
       int64* hbm_versions = nullptr;
-      MultiTierStorage<K, V>::cache_->get_cached_ids(hbm_ids, num_of_hbm_ids,
+      restore_cache_->get_cached_ids(hbm_ids, num_of_hbm_ids,
                                                      hbm_versions, hbm_freqs);
       ImportToHbm(hbm_ids, num_of_hbm_ids, value_len, emb_config.emb_index);
       MultiTierStorage<K, V>::cache_thread_pool_->Schedule(
@@ -329,10 +332,10 @@ class HbmDramStorage : public MultiTierStorage<K, V> {
     Status s = filter->Restore(key_num, bucket_num, partition_id,
                                partition_num, value_len, is_filter,
                                true/*to_dram*/, is_incr, restore_buff);
-
-    MultiTierStorage<K, V>::cache_->update((K*)restore_buff.key_buffer, key_num,
-                                           (int64*)restore_buff.version_buffer,
-                                           (int64*)restore_buff.freq_buffer);
+    
+    restore_cache_->update((K*)restore_buff.key_buffer, key_num,
+                              (int64*)restore_buff.version_buffer,
+                              (int64*)restore_buff.freq_buffer);
     return s;
   }
 
@@ -574,6 +577,7 @@ class HbmDramStorage : public MultiTierStorage<K, V> {
   DramStorage<K, V>* dram_ = nullptr;
   FeatureDescriptor<V>* hbm_feat_desc_ = nullptr;
   FeatureDescriptor<V>* dram_feat_desc_ = nullptr;
+  std::unique_ptr<BatchCache<K>> restore_cache_ = nullptr;
   Allocator* gpu_alloc_;
   const int copyback_flag_offset_bits_ = 60;
 };