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B U I L T  T O  L A S T

Using techniques from the automotive industry, we have crafted several components to optimize our machines. Each component has its own powerful capabilities which allows our machines to operate where others cannot.

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AI Computer Case (Computer)

One of the critical parts of any robot is its computer. Anantak’s robust computer ensures that the robots consistently operate predictably over long periods of time. Protecting this brain is Anantak’s AI Computer Case. This custom-built enclosure is designed to house the multi-core GPU that runs the control algorithms. This case has proven to be tough and reliable through countless hours of testing and on-site deployments in demanding conditions.

Our engineers took on the challenge of creating an enclosure that offers continuous protection to the central computer from extreme heat, strong vibrations, and harsh warehouse conditions. Anantak’s state-of-the-art design utilizes an extra fan for airflow to keep the computer cool. Using securely screwed and clicked-in cables and peripherals, the case protects against multiple points of failure. The simple, durable, and versatile Anantak AI computer case can be mounted on DIN Rail or directly screwed-in for a variety of builds. 

 

 

Features:

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  • Multi-core graphics processing unit (GPU)

  • Durable casing

  • Automotive grade components

  • Upgraded cooling system

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Thinman Power Module (Power)

Compact yet powerful, Anantak's Thinman module gives engineers endless opportunities for machine power distribution while simultaneously providing machine data to our robot's powerful AI. This device gives users complete control of all power coming into and being distributed throughout the machine. 

 

 

Features:

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  • Automotive, dust proof design to combat all types of harsh environments

  • Input voltages (18V to 60V)

  • Output voltages (3.3V to 24V)

  • Max Power Output (500W)

  • 8 fully programmable outputs (voltage, power consumption, uptime)

  • 2 four-pin fan outputs (tach, PWM)

  • RS-485, CAN open communication protocols

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SnapBright LED Boards (Communication)

As warehouse robotics started to become more commonplace, the means of communication have remained stagnant. Conveyer belt light indicators have been adopted on many warehouse robots and have left workers confused on how these machines are behaving. Our plan is to forge a new standard for robotic communication in warehouses making every move easily interpretable.  

 

As part of our initiative to prioritize safety and communication, Anantak's Snapbright boards are the best of both worlds. Using a 13x13 grid, we are able to display multiple statuses of each machine at once to give workers a better understanding of its next operations. Shape, borders, and animations are all utilized in status displays. 

 

 

Features:

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  • Fully embedded LED controller

  • CAN, USB, UART peripherals

  • Combine boards up to a 3x3 grid (169x169 LEDs)

  • Auto-adjusting brightness

  • Livestream or embedded image display functionality

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Chantry (LiDAR Safety)

The Chantry board was created in order to extract all possible functionality from the machine's LiDARs. The board allows the LiDAR to operate independent of software which prevents issues from arising such as a complete failure to the machine's onboard computing system.

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Features:

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  • Surge protection on all inputs/outputs

  • Self-resetting fuses

  • 48 unique possible ellipses

  • Variable LiDAR inputs (1-4)

  • Regulated LiDAR power supply

  • Open/closed drain logic

  • Rugged case design built to combat harsh environments

  • Variable input voltage (12V-32V)

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