Pixel 2K

Miniature 2K pixel active microLED driver designed for optogenetic applications

The Pixel 2K is a low-power active LED driver with 1-bit brightness control capable of delivering optogenetic stimulation to orders of magnitude more neurons than electrode-based stimulation methods. Its ultra-small footprint, rapid refresh rate, and low power consumption enable a wide range of advanced in-vivo and in-vitro applications.

Designed for microLED arrays with integrated thin-film transistor networks, the Pixel2k is an active display driver designed for true single-pixel addressing. Containing circuitry to drive 2048 electrodes in merely 1.77 mm2, the Pixel 2K packs full functionality into the size of a pinhead.

Documentation

Access detailed Pixel 2K product specifications, including information about its architecture, electrical interface, packaging, and downloadable resources.

Documentation

Product Features

Chip Architecture

32 Row drivers x 64 Column drivers

Pixel Features
  • 1-bit voltage driver for each row output
  • 1-bit voltage driver for each column output
  • Externally configurable row low and high drive voltage
  • Externally configurable column drive voltage
Electrical Interface
  • 4 Wire Serial Peripheral Interface
  • 1.8 V IO logic level
Packaging

108-BGA

Nixels and Pixels

Introducing Science's Chip Families for Neural Recording And Stimulation

Learn more

An artistically lit extreme closeup of the rounded copper bumps on the back of a Science Chip. Each bump reflects red light from the left and blue light from the right.
Two integrated circuit designers working at a probe station in a brightly lit cleanroom.

Collaborate with Science Corporation for access to our world-class neural engineering technology

Science Corporation provides Pixel 2K chips to select academic, research, and commercial collaborators. If you have an interesting application for our technology in neuroscience or beyond, learn more about collaborating with Science Corporation.

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Documentation

Explore our datasheets and guides for using Pixel 2K for your own experimental setups

Technical documentation

The Science Ecosystem

Software

Intuitive and comprehensive suite of tools to design, program, and run neuroscience experiments.

Nexus Python Library TS Library C++ Library
Software
Hardware
Synapse

Headstages

Electronics that process, store, and transmit signals between probes and the network.

SciFi
Wearables

Probes

Tissue-contacting elements designed for high precision detection and stimulation of neural signals.

Dev Kit
Thin Film Axon Silicon Axon PRIMA Biohybrid Chips

Fabrication

Manufacturing, assembly and packaging of micro scale MEMS and IC devices.

Science Foundry
Your Fab