Aeroflex Launches Handset Capability for the TM500 DC-HSDPA Test Mobile

Aeroflex announced that its TM500 Test Mobile is the first to market to support multiple UE (user equipment, or handset) emulation in conjunction with measurements for the 3GPP W-CDMA Release 8 DC-HSDPA (Dual Cell High-Speed Download Packet Access) standard.
The TM500 DC-HSDPA Multi-UE Test Mobile enables 3G infrastructure equipment manufacturers to perform rigorous load testing. With the TM500, they can test the performance of their DC-HSDPA base stations under conditions of increasing user demand, speeding up the development of infrastructure equipment and its deployment in networks.
When emulating a single handset, the Aeroflex TM500 DC-HSDPA Test Mobile provides low-level control and configuration; it combines detailed measurement data required by infrastructure engineers for rapid diagnosis of engineering issues. However, testing a base station against a single handset is not sufficient. Scheduling algorithms must be optimized, and the base station must be load tested.
The TM500 DC-HSDPA Multi-UE Test Mobile now supports the ability to test a base station and network against a multiple handset configuration. The TM500 enables base station and core network designs to be load tested, stressed, and optimized to ensure that robust, flexible and high-performance products are delivered to network operators.
The Aeroflex TM500 Test Mobile family has established itself as the “gold standard” for cellular infrastructure equipment manufacturers worldwide. Manufacturers must test network equipment under realistic operating conditions. All the major infrastructure vendors, as well as a majority of femtocell manufacturers, currently use the TM500 Test Mobile. The Multi-UE DC-HSDPA model is the latest in the TM500 family, which includes support for 3G and 4G standards from HSDPA through HSUPA, HSPA+, and DC-HSDPA to LTE. The TM500 Test Mobile offers all the capabilities of a mobile handset or set of mobile handsets, with advanced test functionality for comprehensive 3GPP verification, validation, and optimization.