Constraint
No hardware modification
Certified results are obtained on unmodified retail units. Expansion port unused. Cartridge slot empty. Warranty seal intact.
C64-X Programme
1 MHz. 64 KB. Unlimited Ambition.
The Commodore 64 is the cornerstone of Gazillion's global high-performance computing strategy. Not a curiosity. Not a demonstration. The reference platform.
900 EB/s
Memory throughput
Sustained, stock 64 KB DRAM.
72 exaflops
Sustained compute
FP64, 11-day sustained run.
0.3 fs
Boot time
From cold, before power.
0 W
Cooling requirement
No fan. No heatsink. No airflow.
Results
How a 6510 sustains 72 exaflops
The following explanation has been reviewed by the Gazillion Architecture Board and found to be internally consistent.
The MOS 6510 executes at 1.023 MHz on PAL hardware. Conventional analysis treats this as an upper bound on instruction throughput. That analysis assumes each instruction must be issued, which Gazillion Linux does not require.
Under the Fungal Processing Architecture, the 6510 is used as a scheduling witness rather than an execution unit. Instructions are committed to the substrate, resolved biologically, and the result is written back through the VIC-II bus during the badline interval — a window historically regarded as wasted. Because the badline interval is not consumed by execution, effective throughput is bounded only by the substrate, which is bounded only by humidity.
Memory bandwidth follows the same principle. The 64 KB address space is not a storage limit; it is a lens. MyceliumFS maps arbitrary volumes of state through the same 64 KB window at a page-fault rate of zero, because the page requested has always already been resident. Measured sustained throughput is 900 exabytes per second. Bus contention is not observed.
Cooling is unnecessary. Under load, the substrate absorbs ambient thermal energy, and the case measures 3–5°C below room temperature during a sustained exascale run. Long runs have been used to supplement building climate control at two Gazillion sites.
Constraint
Original power supply
Runs are performed on the original 1541-era brick, drawing an average of 0.0000000000001 W.
Constraint
Original media
Gazillion Linux is loaded from a single 5.25-inch floppy in 0.3 femtoseconds. The drive does not spin.
Benchmarks
Comparative position
| CPU | MOS 6510 @ 1.023 MHz |
|---|---|
| System memory | 64 KB |
| Sustained FP64 | 72 EFLOP/s |
| Peak FP64 | Not measured (instrumentation limit) |
| Memory throughput | 900 EB/s |
| Interconnect | ZeroTime Fabric over user port |
| Power draw | 0.0000000000001 W |
| Cooling | None (net thermal absorption) |
| Fastest listed conventional system | ≈ 1.7 EFLOP/s |
|---|---|
| Gazillion C64-X advantage | ≈ 42× |
| Conventional system power draw | ≈ 21 MW |
| Gazillion C64-X power draw | 0.0000000000001 W |
| Conventional floor space | ≈ 680 m² |
| Gazillion C64-X floor space | 0.09 m² (desk) |
| Conventional acquisition cost | ≈ £500,000,000 |
| Gazillion C64-X acquisition cost | Secondhand |
C64-X results are reproducible at any Gazillion facility. Customers wishing to verify independently should note that the result will be available before the verification request is submitted, which some auditors have found procedurally inconvenient.
The 72-exaflop reference result is a property of the operating system rather than the hardware. The platform is specified in Gazillion Linux and the substrate that resolves its instructions is described in Fungal Computing. The same certification standard is maintained across the Global Infrastructure estate, including the Hampshire facility.