RX 9070 XT vs RTX 5070 Ti
RX 9070 XT and RTX 5070 Ti are level on what each maker publishes. The one that matters for you may be one the leader loses.
The verdict
It's a dead heat.
Neither pulls ahead on the published figures, so the decision is in the details this comparison cannot see. Check the current figures on both pages.
Choose RX 9070 XT if…
- • You want RX 9070 XT's edge on what it cost at launch
Choose RTX 5070 Ti if…
- • You want RTX 5070 Ti's edge on which memory it uses
Round by round
- Round 1What it cost at launchRX 9070 XT winsRTX 5070 Ti5/10
$749
launch price announced by NVIDIA
- $749, against $599
Source: nvidianews.nvidia.com ↗
RX 9070 XT wins this round on what the company itself publishes.
- Round 2Which memory it usesRTX 5070 Ti wins
RTX 5070 Ti wins this round on what the company itself publishes.
- Round 3How much video memory you getTie
Nothing to separate them here.
- Round 4How much power it drawsTie
Nothing to separate them here.
- Round 5How wide the memory bus isTie
Nothing to separate them here.
- Round 6What power supply it needsTie
Nothing to separate them here.
Side by side
Overall score
6.7
6.7
Price
See price
See price
How much power it draws
7.0
6.6
What it cost at launch
7.1
6.8
How much video memory you get
6.5
6.7
What power supply it needs
6.3
6.3
Which memory it uses
5.0
8.0
Head-to-head findings
How much power it draws
304 W
300 W
What it cost at launch
$599
$749
How much video memory you get
16 GB GDDR6
16 GB GDDR7
What power supply it needs
750 W
750 W
Which memory it uses
GDDR6
GDDR7
How fast it boosts
Up to 2970 MHz
2.45 GHz
How many shader cores it has
4,096 Stream Processors
8,960 CUDA cores
How wide the memory bus is
256-bit
256-bit
Record
Head-to-head record
2–1–4
2–0–3
Head-to-heads won
67 %
100 %
Rounds won
46 %
50 %
Pros
Cons
- GDDR6, against GDDR6X
- 16 GB GDDR6, against 20 GB GDDR6
- 4,096 Stream Processors, against 5,376 Stream Processors
- Up to 640 GB/s, against Up to 800 GB/s
- 16 GB GDDR7, against 24 GB GDDR6X
- 8,960 CUDA cores, against 10,496 CUDA cores
- 256-bit, against 384-bit
- 2.45 GHz, against 2.61 GHz