To date, the anthraquinone TADF emitters that have been reported have the donor groups mostly substituted either at 2-or 2,6-position of the anthraquinone. These compounds emit in the orange-red region (lPL between 557-667 nm in toluene) and have τd that span widely between 0.28 µs to 4.6 ms, associated with ∆EST values of between 0.02-0.29 eV. Amongst the devices employing these emitters, the most efficient showed an EQEmax of 18.1% using AQ-PhDMAC at a lEL of 580 nm. Two near-infrared OLEDs with MPPA-Cz and MPPA-3Cz were reported although they showed very low EQEmax. Although the use of anthraquinone as an acceptor has revealed some promising materials designs, to date, no one has investigated its substitution with donors at 1,5-and 1,8-positions and the impact on the optoelectronic properties of these compounds.