Quick Answer

Yes, an RX 9070 runs every Doom Eternal HD texture pack at 120fps-plus at 1440p and 90fps-plus at 4K. The id Tech 7 engine is exceptionally efficient and the RX 9070's 16GB VRAM (around R13,000-R16,000 at Evetech) gives ample headroom for any texture mod.

Why HD Texture Packs Are Easy on the RX 9070

Doom Eternal's id Tech 7 engine handles textures with minimal overhead, so HD packs add almost no load. The RX 9070's 16GB VRAM holds them comfortably while sustaining 120fps-plus at 1440p Ultra Nightmare and 90fps-plus at native 4K. The base game already looks superb, so HD packs sharpen detail rather than overhaul the look, and the card has plenty of spare capacity at every resolution. Install the game and its mods on a 1TB NVMe SSD so the larger assets stream without the hitches a mechanical drive introduces. Keep a backup of your load order before adding more packs, since a clean reinstall is far quicker than untangling a broken mod list.

A Right-Sized Doom Eternal Build

The RX 9070 is generous for modded Doom Eternal; an RTX 5060 Ti near R10,000-R13,000 also holds high frame rates. Pair the 9070 with a Ryzen 5 9600X and 16GB DDR5-6000, install on a 1TB NVMe, and play on a 144Hz or 240Hz panel where the fast combat shines. The 16GB buffer means you never worry about VRAM with HD textures, even at 4K.

FAQ

Can the RX 9070 run Doom Eternal HD texture packs?

Yes, easily. The id Tech 7 engine is highly efficient, so the 16GB RX 9070 holds HD textures at 120fps-plus at 1440p and 90fps-plus at 4K.

Do HD texture packs slow Doom Eternal down?

Barely. The efficient engine handles textures with little overhead, and the RX 9070's 16GB VRAM gives ample headroom even at native 4K.

What FPS does the RX 9070 get with HD Doom Eternal textures?

Around 120fps-plus at 1440p Ultra Nightmare and 90fps-plus at 4K. The card has spare capacity, so a high-refresh panel is worth pairing.

TIP

Eternal runs easily on the RX 9070's 16GB VRAM from Evetech. Pair it with a 144Hz or 240Hz panel to enjoy the fast combat at high frame rates.