Tag: dichen fuser

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The Ultimate Guide to DMA Cheats: Essential Knowledge and Setup

Welcome to an updated, comprehensive guide on using Direct Memory Access (DMA) cheats in gaming. Drawing from extensive experience as a staff member on a cheat Discord and a seasoned user of DMA cheats across various games, I’ve compiled a wealth of information to help you navigate this intriguing yet complex landscape.

Understanding DMA Requirements

DMA (Direct Memory Access) cards are small boards primarily used for game cheating or forensic analysis. They hold minimal value outside these realms, leading to limited support. The community largely relies on ulfrisk, the developer behind pcileech, for guidance and tools. Here are the essential requirements for owning and using a DMA card:

  1. Mental Acumen: You’ll need a sharp mind and multiple brain cells to grasp the complexities of DMA cheating.
  2. Two Computers: While using one PC is possible, it defeats the purpose unless you’re developing DMA cheats.
  3. Quality Firmware: Be cautious when selecting vendors to ensure you get reliable firmware.
  4. Kmbox: The kmbox b+ pro is recommended; the kmbox net is considered unreliable.
  5. Desktop PC: The DMA card plugs into a PCIe slot. Avoid ASUS or Gigabyte motherboards due to known issues.
  6. Fuser: For a smooth ESP (Extra Sensory Perception) experience, use a fuser. There are several methods available, but they come with a risk of detection.
DMA Packages
Full DMA Card Setup inc card, fuser and KMBox.

Choosing the Right DMA Card

DMA cards vary in speed, with different models suited for different needs. The speed is crucial for features that require heavy Write Process Memory (WPM) and Read Process Memory (RPM) operations, such as silent aim or omni sprint. Here’s a breakdown of the available DMA cards:

  1. 35T Cards:
    • Recommended: 35T DMA Card (PCIe)
    • Average Speed: 150-200 MBPS
    • Pros: Reliable with excellent support.
  2. 75T Cards:
  3. 100T Cards:
    • Recommended: ZDMA
    • Average Speed: 800-1050 MBPS
    • Pros: Currently the only source for high-speed boards.

Avoid cheap Chinese DMA cards due to their lack of support and reliability issues compared to Western boards.

Setting Up Your DMA Card

Setting up your DMA card involves several steps to ensure it functions correctly. Here’s a detailed guide (credit to root / James for the original instructions):

  1. Turn Off Your Main PC: Unplug it to avoid any potential damage.
  2. Insert the Board: Plug your DMA board into the PCIe slot of your main PC.
  3. Connect USB Cable: Connect the USB cable from the data port on the DMA to your second PC.
  4. Boot into BIOS: Start your main PC and boot into BIOS.
  5. Adjust BIOS Settings: Disable or adjust the following settings:
    • Virtualization (Intel)
    • VT-d
    • Virtualization (AMD)
    • IQMMU (AMD CBS > NBIO Common Options > NB Configuration > IOMMU)
    • NX-Bit (if available, CPU Settings Secure Virtual Machine)
    • Secure Boot (if the option is greyed out, clear all keys)
    • Set PCI slot of DMA from Auto to Gen1 (Advanced > PCI Settings)
  6. Save and Exit BIOS: Boot your main PC into Windows.
  7. Boot Second PC: Start your second PC and boot into Windows.
  8. Device Recognition: You should see “FTDI FT601 USB 3.0 Bridge Device” in Device Manager -> Universal Serial Bus controllers on the second PC.

Flashing Firmware to Your DMA Card

Flashing your firmware requires caution and reliable guidance from your firmware provider. Many providers can be unreliable, so ensure they offer thorough support throughout the process.

Download DMA Tools mentioned in below video: https://mega.nz/folder/HwZCxDrD#2C2edLbOT3c_ia5-7KBKbg

Developing for DMA

For those looking to develop DMA cheats, Metick’s DMA wrapper is highly recommended. It includes all the necessary components to create a competent external cheat, including shellcode injection.

Troubleshooting Common Issues

Using a DMA card can come with various challenges. Here are some troubleshooting steps to help you navigate potential problems:

  • BSOD (Blue Screen of Death): Often caused by firmware conflicts. Flashing different firmware can resolve these issues.
  • Bans: Consult your firmware provider and check for ban waves; it’s typically a firmware issue.
  • Bad TLP Requests in Console: This indicates a firmware problem. Contact your provider for a fix.

Conclusion

Navigating the world of DMA cheats involves a combination of technical knowledge, reliable hardware, and quality support. By following this guide, you’ll be better equipped to set up and use your DMA card effectively, maximizing your gaming experience while minimizing risks. Remember, the DMA Custom Firmware you decide to use is critical to successfully staying undetected.

For more detailed discussions and community support, refer to the original guide on Unknown Cheats. Happy cheating!

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Exploring Fusers and Their Role in DMA Card Gaming Setups

Dichen Fuser

In the world of PC gaming, players are constantly looking for ways to enhance their experience and gain an edge over the competition. One such method involves the use of DMA (Direct Memory Access) hardware to read game memory, allowing for sophisticated cheating techniques. However, the real magic happens when you combine DMA cards with additional hardware like fusers and KMBOX devices. In this post, we’ll delve into what fusers are, how they work with DMA cards, and their role in creating an optimized and secure gaming cheat setup.

Understanding DMA and Its Applications

DMA was initially developed as a hardware optimization technique to transfer data without taxing the CPU. By allowing peripherals to communicate directly with system memory, DMA frees up the CPU to perform other tasks, enhancing overall system performance. Unfortunately, what began as a beneficial technology soon found itself being exploited by malware developers and, eventually, by gaming cheaters.

In a typical DMA-based cheating setup, a DMA device is connected to the gaming PC and a second computer known as the “cheat computer.” This second computer can directly read and write to the memory of the gaming PC, allowing it to gather critical game data like enemy positions. However, writing to the game’s memory can be risky and detectable by anti-cheat systems, which is where additional hardware like fusers comes into play.

What is a Fuser?

A fuser is a specialized hardware device that enhances the functionality of a DMA cheating setup without compromising security. The fuser works by taking two HDMI inputs—one from the gaming PC and one from the cheat computer—and combining them into a single output. It overlays the output from the cheat computer onto the gaming PC’s display, effectively allowing cheats to be visualized directly on the gaming monitor without altering the game computer’s memory.

How Does a Fuser Work?

The fuser eliminates the color black from the cheat computer’s output, displaying only the cheat elements (like ESP overlays) on the gaming monitor. This approach maintains the integrity of the gaming PC by not requiring any direct writes to its memory, making the cheating setup much harder to detect.

The latest versions of fusers are designed to mimic the connected monitor, further reducing the chances of detection by anti-cheat systems. This mimicry ensures that the gaming PC does not recognize any unusual activity that might flag the user for cheating.

The Role of KMBOX in DMA Setups

In addition to fusers, another optional but beneficial hardware device is the KMBOX. The KMBOX allows the cheat computer to control the mouse input of the gaming PC, mimicking a normal single mouse input. This device is especially useful for cheats that require precise control, such as aimbots.

There are two main variations of KMBOX: the standard and the NET. The primary difference between these versions is their communication method, with the NET being the newer model. Both versions provide a secure way to control the gaming PC’s mouse, minimizing the risk of detection by anti-cheat software.

Hardware Requirements and Recommendations

To set up a DMA-based cheat system, you will need:

  • A second computer (desktop or laptop) with modest specifications.
  • A DMA board with custom firmware to disguise it as a legitimate device.
  • Optional: A fuser for overlaying cheats on your gaming monitor.
  • Optional: A KMBOX for secure mouse control.

When choosing your hardware, it’s crucial to use trusted providers to avoid malicious software and ensure compatibility with your DMA setup. DMAFusion.uk is a recommended vendor for DMA boards, fusers, and KMBOX devices due to their solid support team and community.

Conclusion

Fusers play a pivotal role in modern DMA-based gaming cheat setups by providing a secure way to display cheat information without writing to the game’s memory. Combined with a KMBOX, these devices can significantly enhance your cheating experience while minimizing the risk of detection.

Whether you’re looking to see enemy positions or control your in-game actions more precisely, integrating a fuser and KMBOX into your DMA setup can give you the edge you need while keeping your system secure.

For further information on purchasing DMA boards, fusers, and KMBOX devices, and to access discount codes, visit our shop. Remember to always use trusted hardware and stay informed about the latest advancements in DMA technology to maintain an undetectable cheating setup.