Latest 2024 updated model. Recently released. Made for iPhone. Official Apple 20W Charger + USB C cable is $58, this is only $19.
You need special access to GCC website. I use my Origins rewards program to gain access to the lower prices.
Other ways of gaining access to GCC: https://www.ozbargain.com.au/wiki/tggc_access
The reason I like this charger and cable.
It is simple. Specifically designed for Apple iPhone. No useless complications and electronics inside such as no multi port power distribution, no QC1234+++, no PPS (Apple don't use QC or PPS). Cygnett 1m USB-C USB 2.0 certified cable is the same spec as the Apple official cable too.
Runs cool. Apple chargers are bulkier due to better heat dissipation and reliability and the Cygnett 20W is designed with the same ethos for better thermals.
30W chargers do save 5 mins going from 20% - 100% when charging iPhones 14 - 16 but creates slightly more heat. 20W is still the sweet spot.
Aussie brand that is stocked in almost all shops in Aus with a great reputation.
Yes I know the super nerds on iPhone battery health will say that the Apple 5 - 12W chargers are the best for battery health but the speed and convenience factor of charging at 20W is huge. Now, going to 30W chargers from 20W is useless as it saves a few mins only. If you are an Apple household and do not need to charge other brands of Android devices and want dedicated Apple iPhone chargers closest to the spec but cheaper than official Apple ones, these are it.
Don't be tempted to pay $2 extra for the 25W Cygnett model on GCC for $14 which has 'more features, higher watts and better specs with Samsung compatible PPS modes'. What it really means is more heat, more charging protocols, more electronic complications and doodads you will never use being an Apple user. Just buy the 20W, resist the temptation. KISS - Keep It Simple Stupid.
You can use the extra 5W on the 25W brick? It can do PD 25W at 9v and 12v, according to the spec sheet. PPS is just an add-on to PD but doesn't mean you are limited to 20W if on PD.