PNY RTX 4080 XLR8 review: is this a worthwhile upgrade from RTX 3080?

The RTX 4080 is a graphics card. It’s hugely powerful, outpacing the RTX 3090 Ti with a smaller price tag and better power consumption, yet the RTX 4090 is the better value card thanks to the big leap in performance it delivers. So is there really an argument to be made to upgrade from the RTX 3080 to 4080?

To find out, I reached out to PNY who sent over their XLR8 Verto Epic-X RTX 4080 card. Priced at £1369 in the UK and $1199 in the US, this isn’t the cheapest RTX 4080 available, but its 2205MHz rated boost clock fits the reference spec perfectly.

Its design is a good representation of current trends in custom GPU designs too, being slightly thinner than the FE design (138 vs 140mm) but longer (332 vs 310mm) and taller (66 vs 61mm). It has the usual complement of one HDMI 2.1 port and three DisplayPort 1.4a connectors, one 12-pin power input (with Nvidia’s 3x 8-pin power adapter provided for use with older PSUs) and a three-fan design that feels appropriate for this level of performance.

To complement our existing review, I’m going to keep performance testing to a minimum here and instead focus on the of upgrading from a 3080 to a 4080. You’d expect significantly better frame-rates, but what about other things like power consumption, installation and daily operation?

This RTX 4080 and its 12-pin power connector fit easily into the Corsair 7000D, but could be a tight squeeze for smaller cases.

Let’s start with my initial impressions, recorded just after installing the graphics card in my main PC. The first thing I noticed was that the card is bigger (332 x 138 x 66mm) than the already substantial (300 x 137mm x 58mm) 3080 EVGA FTW it replaced. (If you run the numbers, the PNY 4080 has a 26 percent larger volume.) Thankfully, the Corsair 7000D Airflow case can accomodate this size of graphics card without modification, but I still needed to take the glass door off the case temporarily and open an additional I/O slot, as I was moving from a two-slot to three-slot design.