Direct Memory Access & 1:1 Firmware Engineering
High-speed PCIe DMA hardware, custom donor-cloned firmware bitstreams, zero-lag video fusers, and hardware input emulators — all unified in one plug-and-play architecture.
DMA Architecture & Technical Foundation
Understanding the hardware-level communication protocol and why physical separation guarantees zero performance overhead on the host computer.
PCIe Direct Bus Access
DMA hardware communicates directly over the PCIe bus to read and write physical RAM addresses independently of the host OS and host CPU scheduling.
Dual-PC Isolation
Analysis, computational tasks, and overlays are completely isolated on a secondary PC. The main host PC executes zero background processing.
Tailored 1:1 Firmware
Every board is flashed with unique Device IDs, Subsystem IDs, and TLP headers cloned from genuine enterprise network and storage controllers.
Zero-Lag Display Merging
Hardware video fusers combine dual HDMI/DisplayPort signals at 144Hz - 240Hz with 0ms visual latency and zero frame-buffer contention.
Complete Turnkey Bundles
Pre-configured all-in-one bundles tested and flashed before dispatch. Unbox, connect via USB-C, and power on.
DMA Starter Pack
Ideal for standalone memory inspection and testing.
- PCIe FPGA DMA Card (35T / 75T chip)
- Standard Custom Firmware
- High-Speed USB-C to USB-A 3.0 Data Cable
- On-board JTAG flashing port & recovery switch
- Full driver bundle & setup manual
Complete Duo Bundle
Full dual-PC hardware setup with synchronized display overlay.
- PCIe High-Performance DMA Card
- Unique 1:1 Cloned Private Firmware
- Hardware Video Fuser (Supports up to 2K @ 144Hz / 1080p @ 240Hz)
- KMBox Hardware Input Passthrough (Net/B+ Pro)
- All shielded video and data interconnect cables
- Priority technical onboarding support
Firmware & Device Bundle
For users who already possess DMA PCIe hardware.
- 1:1 Donor-Matched Custom Firmware
- Scraped from genuine active network / audio cards
- Complete PCIe Config Space emulation
- Bitstream (.bin & .mcs) delivery
- Lifetime flashing & recovery assistance
Individual Hardware Modules
Upgrade or replace individual modules in your current dual-machine setup.
DMA FPGA Boards
Enigma X1, Captain 75T, and standard PCIe 35T boards equipped with native USB-3.2 high-bandwidth controllers.
Video Fusers
Autonomous hardware combiners supporting high refresh rates and ultra-wide monitor aspect ratios.
KMBox Hardware
KMBox B+ Pro and KMBox Net with physical hardware mouse/keyboard passthrough over UART/Network.
Cables & Accessories
Low-resistance shielded USB-C data links, JTAG debug flashers, and external PCIe risers.
Frequently Asked Questions
Common questions regarding hardware setup, delivery, and system requirements.
Do I need a second PC or laptop?
Yes. DMA architecture relies on two systems: the Main PC (which hosts the PCIe DMA card) and the Second PC/Laptop (which connects via USB-C to inspect memory and run secondary processes).
What is the difference between Shared and 1:1 Private Firmware?
Shared firmware uses standard generic PCIe descriptor tables. 1:1 Private Firmware is cloned from an existing real physical device (e.g., an Intel Gigabit NIC or Sound Card) so your DMA card presents matching IDs and vendor attributes on the bus.
Does the hardware video fuser introduce input delay?
No. The video fuser processes display signals in real-time hardware logic without software buffering, maintaining native monitor refresh rates and 0ms extra input latency.
Are bundles ready to use out of the box?
Yes. All hardware bundles are flashed with your ordered firmware bitstream, tested for transfer speed, and shipped with necessary connection cables.
Ready to Order or Customize?
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