Home of RF and Wireless Vendors and Resources

One Stop For Your RF and Wireless Need

Femtocell testing | Femtocell test cases


This tutorial section on femtocell basics covers following sub topics:
Main page  Architecture  Testing  Manufacturers  Femtocell vs WiFi  types  interference  timing and sync.  Handover 


This page on Femtocell tutorial covers femtocell testing. It mentions various femtocell test cases required during femtocell development. There are different types of femtocell based on different standards such as wimax, UMTS, LTE etc. Often it is required to test the femtocell with wifi based network. We will go through femtocell test procedure including test cases in general. There are test cases specific to technology based femtocells.

Femtocells or smallcells are used as part of cellular networks. It helps increase the indoor coverage and increases the capacity.

Tools such as vector signal generators and vector signal analyzers are needed in order to perform femtocell testing. Keysight(previously known as Agilent), IXIA, Rohde and Schwarz and Benetel provides the test solutions to perform femtocell tests.

Following test cases are usually tested for femtocell development:
• Femtocell functional tests
• Femtocell Conformance tests
• Femtocell interoperability tests
• Femtocell handover tests

The functional tests are needed during the development stages of the femtocell. They are internal tests which comprises of unit tests as well as integration tests.

Conformance tests are needed after the femtocell is developed. At this stage, regulatory conditions as well as standard compliance limits are required to be verified. The tests include verification of both the femtocell transmitter and receiver. Transmitter tests include max. output power, power spectrum mask, frequency error, EVM, Adjacent channel leakage ratio, code domain error(specific to UMTS), occupied bandwidth etc. Receiver tests include sensitivity level, RSSI, BER etc.

Interopreability tests are needed in order to check the performance of femtocell from one manufacturer with the other manufacturer. It is also required in order to perform testing with other system elements such as HeNB gateway, User Equipment, HeNB management system and so on.

Handover tests are performed to verify handoff between femtocell of one technology with the other technology and also within the same technology network environments. Following are the typical femtocell handover test cases:
• Between femtocell of one technology(LTE) with the femtocell of same technology(LTE). • Between femtocell(LTE) and macrocell(LTE)
• Between LTE femtocell and WiMAX femtocell
• Between LTE femtocell and 3G femtocell
• between Wimax femtocell and LTE/3G femtocell
• Between femtocell of one manufacturer or developer(e.g. IP access) and the other femtocell developer(Freescale or Airvana)

Femtocell tutorial related links

Femtocell Tutorial  Femtocell Architecture  Femtocell Testing  LTE Femtocell Manufacturers  Femtocell vs WiFi  Femtocell types  Femtocell interference  timing and synchronization  Handover 

RF Wireless Tutorials

Refer following RF and wireless tutorials in addition to femtocell tutorial described on this page.
GSM  TD-SCDMA  wimax  LTE  UMTS  GPRS  CDMA  SCADA  WLAN  802.11ac  802.11ad  GPS  Zigbee  z-wave  Bluetooth  UWB  IoT  T&M  satellite  Antenna  RADAR  RFID 


Share this page

Translate this page