DC relative shift to carrier frequency The DC relative frequency shift is applied in digital domain EDMG-STF, EDMG-CEF, Data field of an EDMG OFDM mode PPDU. The DC relative shift is frequency channel dependent and defined in Table 72. NOTE—In all cases, the relative shift between DC and frequency does not exceed half of the subcarrier spacing. relative to carrier frequency —DC Number Channel , GHz , GHz (), MHz of number contiguous 2.16 GHz channels (NCB) 1 1 58.32 64.8 - -1.4063 ∆F×3×419 2 60.48 64.8 - -0.9375 ∆F×2×419 3 62.64 64.8 - -0.4688 ∆F×419 4 64.8 64.8 0 5 66.96 64.8 + 0.4688 ∆F×419 6 69.12 64.8 + 0.9375 ∆F×2×419
DC relative shift to carrier frequency The DC relative frequency shift is applied in digital domain EDMG-STF, EDMG-CEF, Data field of an EDMG OFDM mode PPDU. The DC relative shift is frequency channel dependent and defined in Table 72. NOTE—In all cases, the relative shift between DC and frequency does not exceed half of the subcarrier spacing. —DC relative to carrier frequency Number of contiguous 2.16 GHz channels (NCB) Channel number , GHz , GHz (), MHz 1 1 58.32 64.8 - ∆F×3×419 -1.4063 2 60.48 64.8 - ∆F×2×419 -0.9375 3 62.64 64.8 - ∆F×419 -0.4688 4 64.8 64.8 0 5 66.96 64.8 + ∆F×419 0.4688 6 69.12 64.8 + ∆F×2×419 0.9375
11-18-0275-01-00ay-cr-on-ofdm-dc-relative-shift.docx