(Quick Test) PLA Direct3D 11 Benchmark (GTX680 vs GTX580 vs GTX480)


PLA Direct3D 11 Benchmark



PLA (or Passion Leads Army) is Direct3D 11 based on the Unreal Engine 3 game engine. The benchmark features hardware tessellation and PhysX-based physics simulations (flags, particles/explosions, etc.).

Here is a quick test with three graphics cards: a GeForce GTX 680, a GeForce GTX 580 and one GTX 480. I didn’t included Radeon cards because PhysX seems to be completely disabled (no CPU PhysX) with AMD’s cards.





The specs of the Z77 testbed used can be found HERE. I used the R301.24 beta drivers.



TEST 1 – default settings: 1280×720, texture quality: normal, PhysX: medium

EVGA GeForce GTX 680 (GPU@1097MHz, mem@3004MHz)
135 FPS
EVGA GeForce GTX 580 (GPU@797MHz, mem@2025MHz)
124 FPS
EVGA GeForce GTX 480 (GPU@700MHz, mem@1848MHz)
105 FPS



TEST 2 – custom settings: 1920×1080, texture quality: high, PhysX: high

PLA Direct3D 11 Benchmark settings

EVGA GeForce GTX 680 (GPU@1097MHz, mem@3004MHz)
75 FPS
EVGA GeForce GTX 580 (GPU@797MHz, mem@2025MHz)
62 FPS
EVGA GeForce GTX 480 (GPU@700MHz, mem@1848MHz)
50 FPS



You can find a download link in this thread on Geeks3D’s forum.





8 thoughts on “(Quick Test) PLA Direct3D 11 Benchmark (GTX680 vs GTX580 vs GTX480)”

  1. Mars_999

    I am starting to think the 600 series improvements are coming from more refined and better coding practices in some benchmarks and games vs. the 580… I mean the 680 is fast, but I am not so sure the horsepower is quite as much as people think it is over the 500 series… Hopefully Maxwell will slaughter Kepler…

  2. fellix

    GTX680 is most likely bandwidth starved in many benchmarks. It has more than doubled both the compute capacity and texture fill-rate, but still relies on the same memory throughput, as in the reference GTX580 board (~192GB/s).

  3. Lightness1024

    @fellix: indeed, and that is what is the most limitating with deferred renderers.

  4. Psolord

    On my GTX 570 SLI setup (and i5 2500k @4Ghz), I got with the cards running @850Mhz

    75.6 fps Single card no PhysX

    73.9 fps Single card with Physx (Physx at auto in Nvcpl-second card was showing activity)

    59.7 fps Single card with Physx (Physx forced at card no1 in Nvcpl)

    86.6 SLI with Physx (Physx at auto in Nvcpl)

    128.5 fps SLI no Physx

    Nvidia has proven time and again that PhysX is a total waste of resources, relative to what it offers in visual rewards, so why do they still bother?

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