Jake Tech Lab

RTX 5080 vs RTX 4080 Super

RTX 5080 comes out ahead of RTX 4080 Super on 5 of the 7 things that decide this, going by what each maker publishes. The one that matters for you may be one the leader loses.

RTX 5080Winner
RTX 5080
6.6
Fair
5 of 7 rounds
vs
RTX 4080 Super
RTX 4080 Super
5.8
Weak
2 of 7 rounds

The verdict

RTX 5080 takes it, 5–2 on rounds.

On the published figures, RTX 5080 takes 5 of 7 rounds. Treat that as a starting point and check the current figures on both pages, because prices and plans move.

Choose RTX 5080 if…

  • • You want RTX 5080's edge on how many shader cores it has and how fast it boosts

Choose RTX 4080 Super if…

  • • You want RTX 4080 Super's edge on how much power it draws and what power supply it needs

Round by round

  1. Round 1How many shader cores it hasRTX 5080 wins
    RTX 50808/10

    10,752 CUDA cores

    Founders Edition spec

    Source: nvidia.com ↗

    RTX 4080 Super5/10

    10,240 CUDA cores

    Founders Edition spec

    • 10,240 CUDA cores, against 10,752 CUDA cores

    Source: nvidia.com ↗

    RTX 5080 wins this round on what the company itself publishes.

  2. Round 2How fast it boostsRTX 5080 wins
    RTX 50808/10

    2.62 GHz

    Founders Edition spec

    Source: nvidia.com ↗

    RTX 4080 Super5/10

    2.55 GHz

    Founders Edition spec

    • 2.55 GHz, against 2.62 GHz

    Source: nvidia.com ↗

    RTX 5080 wins this round on what the company itself publishes.

  3. Round 3How much power it drawsRTX 4080 Super wins
    RTX 50805/10

    360 W

    total graphics power

    • 360 W, against 320 W

    Source: nvidia.com ↗

    RTX 4080 Super8/10

    320 W

    total graphics power

    Source: nvidia.com ↗

    RTX 4080 Super wins this round on what the company itself publishes.

  4. Round 4Which memory it usesRTX 5080 wins
    RTX 50808/10

    GDDR7

    Founders Edition spec

    Source: nvidia.com ↗

    RTX 4080 Super5/10

    GDDR6X

    Founders Edition spec

    • GDDR6X, against GDDR7

    Source: nvidia.com ↗

    RTX 5080 wins this round on what the company itself publishes.

  5. Round 5What power supply it needsRTX 4080 Super wins
    RTX 50805/10

    850 W

    NVIDIA recommended power supply

    • 850 W, against 750 W

    Source: nvidia.com ↗

    RTX 4080 Super8/10

    750 W

    NVIDIA recommended power supply

    Source: nvidia.com ↗

    RTX 4080 Super wins this round on what the company itself publishes.

  6. Round 6Which DisplayPort it supportsRTX 5080 wins
    RTX 50808/10

    DisplayPort 2.1b

    Founders Edition spec

    Source: nvidia.com ↗

    RTX 4080 Super5/10

    DisplayPort 1.4a

    Founders Edition spec

    • DisplayPort 1.4a, against DisplayPort 2.1b

    Source: nvidia.com ↗

    RTX 5080 wins this round on what the company itself publishes.

  7. Round 7Which PCIe generation it usesRTX 5080 wins
    RTX 50808/10

    PCI Express Gen 5

    Founders Edition spec

    Source: nvidia.com ↗

    RTX 4080 Super5/10

    PCI Express Gen 4

    Founders Edition spec

    • PCI Express Gen 4, against PCI Express Gen 5

    Source: nvidia.com ↗

    RTX 5080 wins this round on what the company itself publishes.

RTX 5080RTX 5080
RTX 4080 SuperRTX 4080 Super

Side by side

Overall score
6.6
Best
5.8
Price
See price
See price
How much power it draws
6.3
6.5
What it cost at launch
6.6
5.0
How much video memory you get
5.5
7.0
What power supply it needs
5.6
8.0
Which memory it uses
8.0
6.5
Head-to-head findings
How much power it draws
360 W
320 W
What it cost at launch
$999
$999
How much video memory you get
16 GB GDDR7
16 GB GDDR6X
What power supply it needs
850 W
750 W
Which memory it uses
GDDR7
GDDR6X
How fast it boosts
2.62 GHz
2.55 GHz
How many shader cores it has
10,752 CUDA cores
10,240 CUDA cores
How wide the memory bus is
256-bit
—
Record
Head-to-head record
2–2–2
0–2
Head-to-heads won
50 %
0 %
Rounds won
46 %
23 %
Pros
      Cons
      • 16 GB GDDR7, against 24 GB GDDR6
      • 256-bit, against 384-bit
      • 850 W, against 800 W
      • 360 W, against 320 W
      • $999, against $599
      • 320 W, against 304 W
      • DisplayPort 1.4a, against DisplayPort 2.1a
      • PCI Express Gen 4, against PCIe 5.0 x16
      Add a third option to this comparison →

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