Speed (km/h) 0 (static) 55, 100 (driving) 0 (quasi static) Indicated antenna noise @10 kHz BW (dBµV/m) 23.5 23.5 23.5 MA3 10kHz Minimum carrier strength – 36.5 + Lp Emin (dBµV/m) 36.5 + Lp 36.5 + Lp For receiving PL+PU MA3 Minimum carrier field strength – Emin (dBµV/m) 36.5 + Lp 36.5 + Lp 36.5 + Lp For receiving PL+PU TABLE 22 Minimum Usable Carrier Field Strength for HD Radio All Digital Configuration Secondary Bands Reception based on Noise Level (parametric values) Reception mode FX MO Channel symbol Suburban/Urban Suburban/Urban Environment Speed (km/h) 0 (static) 55, 100 (driving) 0 (quasi static) 23.5 23.5 Indicated antenna noise @10 kHz BW (dBµV/m) 23.5 MA3 20kHz Minimum carrier field strength – Emin (dBµV/m) 36.5 + Ls 36.5 + Ls 36.5 + Ls For receiving SL+SU 4 Laboratory and field testing 4.1 Test program All of the tests were conducted pursuant to laboratory and field test procedures the National Radio Systems Committee developed. Those procedures were designed to assess both the digital performance of the system and the system’s compatibility with existing analogue MF operations. The tests were conducted using receivers the NRSC selected as representative of the range of receiver characteristics in the marketplace. The test receivers are listed in Table 23 below. TABLE 23 List of test receivers Type Manufacturer No. Original Equipment Auto Delphi PN 09394139 Aftermarket Auto Pioneer KEH–1900 Home Hi–Fi Technics SA–EX140 Portable Sony CFD–S22 The objective laboratory performance tests were conducted at the Advanced Television Technology Center (“ATTC”) in Alexandria, Virginia. The objective laboratory compatibility tests were conducted at Xetron Corporation (“Xetron”) in Cincinnati, Ohio. In addition to these objective measurements, the ATTC and Xetron recorded audio samples for both the digital and analogue
Speed (km/h) 0 (static) 55, 100 (driving) 0 (quasi static) Indicated antenna noise @10 kHz BW (dBµV/m) 23.5 23.5 23.5 MA3 – 10kHz Minimum carrier strength Emin (dBµV/m) For receiving PL+PU 36.5 + Lp 36.5 + Lp 36.5 + Lp MA3 – Minimum carrier field strength Emin (dBµV/m) For receiving PL+PU 36.5 + Lp 36.5 + Lp 36.5 + Lp TABLE 22 Minimum Usable Carrier Field Strength for HD Radio All Digital Configuration Secondary Bands Reception based on Noise Level (parametric values) Reception mode FX MO Channel symbol Environment Suburban/Urban Suburban/Urban Speed (km/h) 0 (static) 55, 100 (driving) 0 (quasi static) Indicated antenna noise @10 kHz BW (dBµV/m) 23.5 23.5 23.5 MA3 – 20kHz Minimum carrier field strength Emin (dBµV/m) For receiving SL+SU 36.5 + Ls 36.5 + Ls 36.5 + Ls 4 Laboratory and field testing 4.1 Test program All of the tests were conducted pursuant to laboratory and field test procedures the National Radio Systems Committee developed. Those procedures were designed to assess both the digital performance of the system and the system’s compatibility with existing analogue MF operations. The tests were conducted using receivers the NRSC selected as representative of the range of receiver characteristics in the marketplace. The test receivers are listed in Table 23 below. TABLE 23 List of test receivers Type Manufacturer No. Original Equipment Auto Delphi PN 09394139 Aftermarket Auto Pioneer KEH–1900 Home Hi–Fi Technics SA–EX140 Portable Sony CFD–S22 The objective laboratory performance tests were conducted at the Advanced Television Technology Center (“ATTC”) in Alexandria, Virginia. The objective laboratory compatibility tests were conducted at Xetron Corporation (“Xetron”) in Cincinnati, Ohio. In addition to these objective measurements, the ATTC and Xetron recorded audio samples for both the digital and analogue
R-REP-BS.2384-2015-MSW-E.docx