MARU Gen 2 · assembled, vertical

MARU™ Tower

The same blocks stacked instead of chained. Sensor, edge, and interface stages sit on one vertical axis, so the installed area is the area of one stage.

Request an evaluation kit Compare builds

MARU Tower at an angle: sensor, edge, and interface stages stacked into a compact cube

Why vertical

Footprint is the constraint

In a machine cell the scarce dimension is rarely height — it is bracket area, cabinet width, the free space beside a conveyor. Tower puts the same optics and the same edge compute on a vertical axis so the mount stays small.

Because the stages are the platform's stages, everything downstream is unchanged: the same calibration, the same SDK, the same ROS 2 topics as Link and ONE.

Sensor stage optics

Edge stage compute

Interface stage I/O

Stages

What stacks

Sensor stage

Vision or ToF optics on the top face.

Edge stage

On-device inference and calibration.

Interface stage

Power and the host link for the chosen bus.

Specifications

Platform specifications

3D depth	ToF · VCSEL 940 nm · 0.2–20 m · ±0.5%
2D imaging	RGB + IR · 5 MP–8K · 45–155° diagonal FoV
Frame rate	30–60 FPS
Edge compute	Runs across edge SoCs · 10–100 TOPS · 10–20 ms on-device
Interfaces — HW	USB-C Ethernet SerDes HDMI/DP
Interfaces — SW	ROS 2 · REST/SDK API
Delivered as	Sensor + edge AI + I/O on one calibrated platform · Ruggedized field housing · factory-calibrated

Downloads

Documentation

Datasheet, mechanical drawing, and SDK guide ship with the production revision. Ask us for the current draft.

Send us the mounting envelope. We will tell you whether Tower fits it.

Get in touch Compare the lineup