The Anritsu MT8820A covers the frequency range from 30 MHz to 2.7 GHz and is designed to perform Transmitter and Receiver tests on 3G W-CDMA UE terminals in accordance with 3GPP TS34.121 and GSM terminals for both R&D and manufacturing applications. With appropriate measurement software and hardware options installed, this single platform supports evaluation of all the main transmission/reception test items for W-CDMA terminals including HSDPA. Options also support EDGE/EGPRS and 1xEV-DO, as well measurements for two phones simultaneously.

Advanced DSP and parallel measurement technologies dramatically reduce wireless manufacturing and inspection test times. Furthermore, multiple measurements can be selected for batch measurement. A one-touch operation allows selected batch measurements to be executed repeatedly a designated number of times. Pass/fail evaluation of the main measurement items -- including transmission frequency, modulation accuracy, output power, adjacent channel power, occupied frequency bandwidth, and BER -- can be performed easily and quickly.

Features :

• Frequency range 30 MHz to 2.7GHz
• Advanced DSP and parallel measurement technologies for fast test time
• 3GPP call processing including Registration; Origination, and Termination
• 12 Transmitter measurements items including Modulation analysis; Adjacent channel power ratio and Peak code domain error according to 3GPP TS34.121
• Bit Error rate (BER) and Block Error rate (BLER) receiver measurements using 3GPP loopback method
• "One-touch" Batch measurement operating mode with Pass/Fail evaluation
• Multi-system W-CDMA / GSM capability
• 1xEV-DO support including exteal packet data communications measurement capability and IP data communications mode
• EDGE/EGPRS measurement software supporting MCS1-MCS4 (GMSK modulation) and MCS5-MCS9 (8PSK modulation) coding
• HSDPA call processing and RF transmission/reception measurements for mobile terminals with UE category 1 to 6, 11, and 12
• Parallel phone measurement to increase measurement speed, reduce production costs, and save manufacturing space