The criterion of 4G Antenna Performance

1.Radiated RF Power

FDD:

By using spectrum analyzer or integrated channel power mode to assess the radiation power of wireless devices.

Follow the requirements of this experiment: Resolution band: 5MHz, Scanning period: 100ms, Launch method: free-run, RMS mode, Sample quantity: at least 400 units...

The tables below are the original table and translated table for the criterion of FDD LTE radiated RF power:

	1 TIRP (dBm)
Power Level	Free space	Human Head model	Human head and hand model	Human hand model
	AVG	MIN	AVG	MIN	AVG	MIN	AVG	MIN
MAX Power (class A/B/C/E pad)	16.5	15.5	Not sure	Not sure	Not sure	Not sure	Not sure	Not sure
MAX Power (class D/E without pad)	18	17	NA	NA	NA	NA	NA	NA
	3 TIRP (dBm)
Power Level	Free space	Human Head model	Human head and hand model	Human hand model
	AVG	MIN	AVG	MIN	AVG	MIN	AVG	MIN
MAX Power (class A/B/C/E pad)	16.5	15.5	Not sure	Not sure	Not sure	Not sure	Not sure	Not sure
MAX Power (class D/E without pad)	18	17	NA	NA	NA	NA	NA	NA

2.Receiver Performance

FDD:

By testing the date outflow of FDD LTE wireless terminal and calculate the TIRS to represent the receiver performance.

The tables below are the original table and translated table for the criterion of FDD LTE receiver performance (4G antenna):

	1 TIRS (dBm)
Power Level	Free space	Human Head model	Human head and hand model	Human hand model
	AVG	MIN	AVG	MIN	AVG	MIN	AVG	MIN
MAX Power (class A/B/C/E pad)	-88	-87	Not sure	Not sure	Not sure	Not sure	Not sure	Not sure
MAX Power (class D/E without pad)	-88	-87	NA	NA	NA	NA	NA	NA
	3 TIRS (dBm)
Power Level	Free space	Human Head model	Human head and hand model	Human hand model
	AVG	MIN	AVG	MIN	AVG	MIN	AVG	MIN
MAX Power (class A/B/C/E pad)	-88	-87	Not sure	Not sure	Not sure	Not sure	Not sure	Not sure
MAX Power (class D/E without pad)	-88	-87	NA	NA	NA	NA	NA	NA