Skip to content

OAK 4 S — Wide

By Luxonis

From$ 999.00

Configuration: Wide

Your Configuration


Total

Quantity

In StockShips within 1-3 business days
  • Software, hardware, and deployment support can be quoted together.
  • Knoxlabs can help with configuration, integration, shipping and support.

Request a quote

Tell us what you need — hardware, software, and deployment support can be quoted together.

We respond within 24 hours — typically much faster during business hours.

🛠

Deployment Expertise

Product specialists on staff

⚙

Device Configuration

Provisioned & ready to use

🎧

Enterprise Support

Hardware, software & deployment help

🌐

Global Fulfillment

Shipped worldwide

Product details

Overview

Compact, single-lens OAK 4 AI camera designed for high-speed on-device inference without a separate host computer.

Technical highlights

  • 6-core CPU, 8GB RAM, 128GB of storage
  • 52 TOPS for AI inferencing
  • 48MP RGB camera
  • PoE+: 2.5 Gbps Ethernet and power over a single cable; PoE+ (IEEE 802.3at) for nominal performance, standard PoE (IEEE 802.3af) for reduced performance
  • USB-C: Up to 5 Gbps data and power over a single cable; 25 W for nominal performance, 15 W for reduced performance
  • Status LED
  • IP67 Rating
  • Running Linux based Luxonis OS
  • 9-axis IMU

Where it fits

Suitable for robotic perception, edge AI, industrial inspection and computer-vision development. This listing is for the Wide configuration; compare the related Luxonis options to select the right sensor, focus, cable, plug or pack size.

Luxonis’s current public price includes its temporary OAK 4 memory/storage surcharge.

Need More Than Hardware?

Knoxlabs also handles the deployment.

Device setup
Integration planning
Asset tagging
Shipping coordination
Training and onboarding
Deployment consulting

Knoxlabs team

How can we help?

Tell us what you need and the right specialist will get back to you.

We reply within one business day, Monday to Friday. Often sooner.

How urgent is it?

Urgent means it is blocking an order, a deployment or an event.