diff --git a/octal/cavium_env/rf_card_cal_tip/im_calibration.py b/octal/cavium_env/rf_card_cal_tip/im_calibration.py
index b09f33e377..67739781bf 100644
--- a/octal/cavium_env/rf_card_cal_tip/im_calibration.py
+++ b/octal/cavium_env/rf_card_cal_tip/im_calibration.py
@@ -13,6 +13,7 @@ pp_base = '>'   # prompt base for tn_write
 class Calibration(object):
     
     cfg = test_config.EnbConfig()
+    cfg.set_test_equipment()
     enb = enodeb_ctrl.enodeB_Ctrl()
     
     if (cfg.test_set == 'agilent'):
diff --git a/octal/cavium_env/rf_card_cal_tip/main.py b/octal/cavium_env/rf_card_cal_tip/main.py
index 7bd6fef36d..ddc0491fa2 100644
--- a/octal/cavium_env/rf_card_cal_tip/main.py
+++ b/octal/cavium_env/rf_card_cal_tip/main.py
@@ -427,7 +427,7 @@ class rfCardCal():
                 return self.enb.enb_eeprom_get_earfcn_dl()
         """
         pass
-        
+
     def set_initial_frequency(self):
 
         if (self.cfg.cal_freq_arr[0][0] == 0) and (self.cfg.cal_freq_arr[0][1] == 0):
@@ -438,11 +438,29 @@ class rfCardCal():
             test_config.dl_freq = self.cfg.cal_freq_arr[0][0]
             test_config.ul_freq = self.cfg.cal_freq_arr[0][1]
 
+        correct_freq = 'n'
+        while (correct_freq != 'y'):
+            print("\nSelected DL freq = " + str(test_config.dl_freq))
+            correct_freq = raw_input("Is this the correct DL freq?(y/n):")
+            if (correct_freq == 'y') or (correct_freq == 'Y'):
+                break
+            else:
+                test_config.dl_freq = float(raw_input("Please enter the correct DL freq:"))
+
+        correct_freq = 'n'
+        while (correct_freq != 'y'):
+            print("\nSelected UL freq = " + str(test_config.ul_freq))
+            correct_freq = raw_input("Is this the correct UL freq?(y/n):")
+            if (correct_freq == 'y') or (correct_freq == 'Y'):
+                break
+            else:
+                test_config.ul_freq = float(raw_input("Please enter the correct UL freq:"))
+
+        print "\nUsing the following configuration:"
         print "Band " + str(test_config.band)
         print "DL freq. " + str(test_config.dl_freq) + " MHz"
         print "UL freq. " + str(test_config.ul_freq) + " MHz"
-        print ""
-        
+
     def is_empty_eeprom(self):
         
         res = False
@@ -551,7 +569,7 @@ class rfCardCal():
         self.enb.enb_login()
         
     def run(self):
-        
+        self.set_initial_frequency()  # for non-testall items
         self.enb.start_telnet_session()
         self.enb.enb_login()
         
@@ -592,8 +610,7 @@ class rfCardCal():
         
         self.open_test_report(self.dir_report)
         self.enb.end_telnet_session()
-        self.set_initial_frequency()    # for non-testall items
-            
+
         # connect instruments
         ic = im_calibration.Calibration(self.report_hndl, self.curr_rec_num)
         try:
diff --git a/octal/cavium_env/rf_card_cal_tip/test_config.py b/octal/cavium_env/rf_card_cal_tip/test_config.py
index 4f41e3bbae..c3a84d1042 100644
--- a/octal/cavium_env/rf_card_cal_tip/test_config.py
+++ b/octal/cavium_env/rf_card_cal_tip/test_config.py
@@ -73,7 +73,7 @@ class EnbConfig():
         self.cr_txevm_max = 3.5     # maximum TX EVM limit
         
         # system variables
-        self.en_eeprom_write = True # disable when refkit1
+        self.en_eeprom_write = False # disable when refkit1
         self.eeprom_record_ver = 1  # EEPROM record version
         self.test_report = True     # T: enable test report; F: disable
         self.instr_disp = True      # T: enable instrument screen display
@@ -106,7 +106,26 @@ class EnbConfig():
         self.select_rf_drv_init()
         self.select_dl_etm_test_vector()
         self.select_ul_exg_waveform()
-        
+
+    def set_test_equipment(self):
+        correct_ipaddr = 'n'
+        while (correct_ipaddr != 'y'):
+            print("\nSelected exg ipaddr = " + self.exg_ipaddr)
+            correct_ipaddr = raw_input("Is this the correct exg ipaddr?(y/n):")
+            if (correct_ipaddr == 'y') or (correct_ipaddr == 'Y'):
+                break
+            else:
+                self.exg_ipaddr = raw_input("Please enter the correct exg ipaddr:")
+
+        correct_ipaddr = 'n'
+        while (correct_ipaddr != 'y'):
+            print("\nSelected mxa ipaddr = " + self.mxa_ipaddr)
+            correct_ipaddr = raw_input("Is this the correct mxa ipaddr?(y/n):")
+            if (correct_ipaddr == 'y') or (correct_ipaddr == 'Y'):
+                break
+            else:
+                self.mxa_ipaddr = raw_input("Please enter the correct mxa ipaddr:")
+
     def check_cfg_file(self):
         
         cfgfile = open(self.cfg_file, "r")
diff --git a/octal/cavium_env/rf_card_cal_tip/test_config.txt b/octal/cavium_env/rf_card_cal_tip/test_config.txt
index a281d7804e..4405e38d1a 100644
--- a/octal/cavium_env/rf_card_cal_tip/test_config.txt
+++ b/octal/cavium_env/rf_card_cal_tip/test_config.txt
@@ -38,7 +38,7 @@ manual_switch_instr=False        # T: pause for manual switching; F: continuous
 test_set='agilent'   # test set type [agilent, anritsu, rs]
 
 # agilent test set
-exg_ipaddr='10.115.115.38'     # EXG IP address
+exg_ipaddr='10.102.81.38'     # EXG IP address
 exg_tcp_port=5025                # EXG TCP port
 mxa_ipaddr='10.102.81.200'     # MXA IP address
 mxa_tcp_port=5025                # MXA TCP port
@@ -63,7 +63,7 @@ cr_txpwr_max=22      # maximum TX output power limit
 cr_txevm_max=5.0     # maximum TX EVM limit
 
 # system variables
-en_eeprom_write=True # T: write EEPROM
+en_eeprom_write=False # T: write EEPROM
 eeprom_record_ver=1  # EEPROM record version
 test_report=True     # T: enable test report; F: disable
 instr_disp=True      # T: enable instrument screen display