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Independent lab · AI hardware · FPGA · Electronics

Intelligence.
At the circuit level.

An independent lab exploring AI hardware, programmable logic, and electronics.

Explore projects Read lab notes
Fig. 01 — Clock, data, validIllustrative
CLK DATA D0 D1 VALID t_su ↑ edge
01 / Focus areas

Where the work happens.

Three areas, one bench: models, the logic that runs them, and the boards that carry the signals.

A

AI Hardware

Running neural networks on constrained hardware: dataflow, number formats, and what each choice costs in logic and power.

  • Inference
  • Quantisation
  • Dataflow
B

FPGA & Digital Design

RTL design, simulation, and timing closure on programmable logic, from a single counter to a full pipeline.

  • RTL
  • Verification
  • Timing
C

Electronics

Schematic capture, board layout, power, bring-up, and measurement on the bench.

  • Schematics
  • PCB
  • Bring-up
02 / Projects

Featured projects

These are placeholder entries. Each card will link to a project page with schematics, build logs, and measured results.

All projects
Diagram pending
NSL-P01 · REV —Placeholder

Placeholder: FPGA inference project

Example entry. Replace with a real project: what it does, which board it runs on, and how far along it is.

  • FPGA
  • RTL
  • AI hardware
Board photo pending
NSL-P02 · REV —Placeholder

Placeholder: custom board build

Example entry. A board project shows the photo, the schematic, and what was measured at bring-up.

  • PCB
  • Power
  • Bring-up
Schematic pending
NSL-P03 · REV —Placeholder

Placeholder: digital design study

Example entry. A design study states the question, the approach, and the result, including what did not work.

  • Verilog
  • Simulation
  • Timing
03 / Lab notes

Lab notes

Experiments, build logs, measurements, and lessons learned, written as the work happens.

All notes
  • YYYY-MM-DD Build log

    Example: first power-on of a new board

    Placeholder note. A build log records what was assembled, what was checked before power was applied, and what happened.

  • YYYY-MM-DD Measurement

    Example: measuring a clock edge

    Placeholder note. A measurement states the setup, the probe, the numbers, and how far to trust them.

  • YYYY-MM-DD Experiment

    Example: fixed-point against floating-point

    Placeholder note. An experiment states the question first, then the method, then the result.

  • YYYY-MM-DD Lesson

    Example: what went wrong, and why

    Placeholder note. A lesson records a mistake plainly so it is not repeated.

04 / About

An independent lab.

NoSlack Labs explores AI hardware, programmable logic, and electronics. The work is hands-on: designs get built, put on the bench, and measured.

Projects and lab notes are published as they progress, including the parts that did not work.

Type
Independent lab
Focus
AI hardware · FPGA · Electronics
Web
noslacklabs.com
Source
github.com/noslacklabs