Divine Knockout System Requirements

Provided that you have at least an NVIDIA GeForce GTX 555 graphics card you can play the game. Furthermore, an NVIDIA GeForce GTX 960 is recommended in order to run Divine Knockout (DKO) with the highest settings. In terms of game file size, you will need at least 20 GB of free disk space available. An Intel Core i5-2320 CPU is required at a minimum to run Divine Knockout (DKO). However, the developers recommend a CPU greater or equal to an Intel Core i7-8700 to play the game. Divine Knockout (DKO) system requirements state that you will need at least 4 GB of RAM. Additionally, the game developers recommend somewhere around 16 GB of RAM in your system.

Divine Knockout will run on PC system with Windows 7 64-bit or newer and upwards.

Looking for an upgrade? Try our easy to use Divine Knockout set up guides to find the best cards. Filter for Divine Knockout graphics card comparison and CPU compare. We'll help you find the best deal for the right gear to run the game.

Divine Knockout FPS - what frame rate can you expect?

How many FPS will I get on Divine Knockout? We reference thousands of reports from PCGameBenchmark users running our FPS tracking app to tell you exactly how Divine Knockout performs across a range of different settings and resolutions on the most popular PC gaming setups. Here’s a selection of our most recent test results.

What frame rate does Divine Knockout run at?

Here are the typical frame rate samples

Avg FPS	CPU	GPU	RAM
123	Intel Core i3-8100	NVIDIA GeForce GTX 1050	8 GB
48	Intel Core i7-10750H	NVIDIA GeForce RTX 2060	16 GB
47	Intel Core i7-2600	NVIDIA GeForce GTX 1050 Ti	32 GB

What frame rate does Divine Knockout run at? Check our FPS Calculator

Are you experiencing Divine Knockout FPS drops and stutters? Want to know exactly how the game performs on your system? You can get a free easy FPS test for all your games using the PCGameBenchmark FPS monitor tool - your first step to understanding how the parts in your gaming PC are actually performing in real-world conditions.