Playing now
—First samples arriving
All-time peak
—Tracking since the first sample
| Published | Title | Build |
|---|---|---|
| MISC has an LLVM backendmajor Dev log #11 Hello. This dev log brings news about a much larger addition to the Crosstalk ecosystem and outside of it than nearly everything before. My ISA, MISC , and the processor for it, DLU , which now supports my kernel, DANGLING , is now supported by my custom LLVM backend, which basically means that a large portion of UNIX-native C code can be compiled (assembled and linked, too) for MIS… | 24887431 | |
| Emulation is here!major Dev log #10 Hey there! Emulation is now in the version of Crosstalk that's slowly coming to Early Access. With emulation, designs can run much faster, trading structural accuracy for a behavioral one, which is cheaper to compute. I am still testing it and there are some issues, but as a benchmark, I tested my Steam-purchased copy of DOOM, which was able to run at 60MHz under emulation (200MHz a… | 24816153 | |
| "But can it run DOOM?"major Dev log #7 Hello, everyone! This dev log represents a huge milestone in the development of Crosstalk! Once I got my kernel to run natively purely within Crosstalk, I wanted to push the limits and show what it was capable of. I could think of a way none other than ... well, you saw the title. At first, things seemed bleak. Serial printed that graphics init'd, but there was no image, and the fram… | 24655422 | |
| The i386-compatible now runs within Crosstalk's GUImajor Dev log #5 Hey there. A big announcement today! A few days ago, I posted about Crosstalk being able to run my own kernel on an i386-compatible CPU. That is now also true for the main Crosstalk GUI application, where the CPU is running on the FPGA to the right, and the kernel (and its bootloader, which loads it into memory and jmp s to it, which is itself loaded by my custom BIOS) is running on… | 24639801 | |
| Crosstalk SystemVerilog supportmajor Hey there. This dev log is to demonstrate SystemVerilog support in Crosstalk (text mode-only, for now). You can describe a design in SystemVerilog, emit C of it, then run it as a processor (or other IC kind). The emitted C can run additional x86 code, such as an assembled kernel, which is what I show here: This video went to a new channel created for the game. If you'd like, then please sub. FP… | — |
| Date | Day | Time | Patch title | Build ID | Branch | Depots | Download Δ |
|---|---|---|---|---|---|---|---|
| 7 Sep 2026 | Mon | 04:13 | No patch notes · unannounced build | 25160697 | public | 1 | — |