A method for deploying a modified Radio Frequency over Glass, RFoG, architecture comprising: at one or more Customer Premise Equipment, CPE, devices performing the steps of: modulating a baseband upstream data signal by a HI PHY modem; up-converting the baseband upstream data signal to a frequency band above a frequency band of a baseband downstream data signal; combining the up-converted upstream data signal with an upstream cable return; and transmitting the up-converted upstream data signal and the upstream cable return using a single upstream laser; and at a Fiber-To-The-Home, FTTH, hub performing the steps of: receiving the up-converted upstream data signal and the upstream cable return using a single upstream optical receiver; separating the frequency up-converted data signal from the upstream cable return using an upstream RF diplexer; and down-converting the frequency up-converted upstream data signal back to baseband; up-converting a baseband downstream data signal; and combining by a wavelength combiner the up-converted downstream data signal with a downstream cable feed; and, at the one or more CPE devices, the method further comprising the steps of: receiving the up-converted downstream data signal and the downstream cable feed using a single downstream receiver coupled to a wavelength separator; separating the up-converted downstream data signal from the downstream cable feed using a downstream RF diplexer; and down-converting the up-converted downstream data signal back to baseband. at one or more Customer Premise Equipment, CPE, devices performing the steps of: modulating a baseband upstream data signal by a HI PHY modem; up-converting the baseband upstream data signal to a frequency band above a frequency band of a baseband downstream data signal; combining the up-converted upstream data signal with an upstream cable return; and transmitting the up-converted upstream data signal and the upstream cable return using a single upstream laser; and modulating a baseband upstream data signal by a HI PHY modem; up-converting the baseband upstream data signal to a frequency band above a frequency band of a baseband downstream data signal; combining the up-converted upstream data signal with an upstream cable return; and transmitting the up-converted upstream data signal and the upstream cable return using a single upstream laser; and at a Fiber-To-The-Home, FTTH, hub performing the steps of: receiving the up-converted upstream data signal and the upstream cable return using a single upstream optical receiver; separating the frequency up-converted data signal from the upstream cable return using an upstream RF diplexer; and down-converting the frequency up-converted upstream data signal back to baseband; up-converting a baseband downstream data signal; and combining by a wavelength combiner the up-converted downstream data signal with a downstream cable feed; and, receiving the up-converted upstream data signal and the upstream cable return using a single upstream optical receiver; separating the frequency up-converted data signal from the upstream cable return using an upstream RF diplexer; and down-converting the frequency up-converted upstream data signal back to baseband; up-converting a baseband downstream data signal; and combining by a wavelength combiner the up-converted downstream data signal with a downstream cable feed; and, at the one or more CPE devices, the method further comprising the steps of: receiving the up-converted downstream data signal and the downstream cable feed using a single downstream receiver coupled to a wavelength separator; separating the up-converted downstream data signal from the downstream cable feed using a downstream RF diplexer; and down-converting the up-converted downstream data signal back to baseband. receiving the up-converted downstream data signal and the downstream cable feed using a single downstream receiver coupled to a wavelength separator; separating the up-converted downstream data signal from the downstream cable feed using a downstream RF diplexer; and down-converting the up-converted downstream data signal back to baseband.