Subsea Systems

Subsea Systems, Ethernet networking & compute for ROV/AUV and underwater systems

Pressure and vibration tolerant Ethernet networking and edge compute for ROVs, AUVs, and deep-sea, engineered for vibration and pressure tolerance.

Pressure and vibration tolerant Ethernet networking and edge compute for ROVs, AUVs, and deep-sea, engineered for vibration and pressure tolerance.

3D render of an autonomous underwater vehicle (AUV) — BotBlox rugged networking for high-pressure, low-temperature subsea environments

Bringing high-bandwidth IP networking to marine applications.

Bringing high-bandwidth IP networking to marine applications.

Bringing high-bandwidth IP networking to marine applications.

The Shift to Subsea Ethernet

The Shift to Subsea Ethernet

Modern UUVs and ROVs carry sonar arrays, multibeam imagers and AI navigation stacks that legacy subsea links — RS-485, custom serial, slow Ethernet — were never sized for. Gigabit IP for marine is now unavoiddable.

01

Pressure tested

Pressure tolerant hardware, tested and deployed in mineral oil up to 9,386 PSI (6,000 meters underwater).

02

We’re tiny

Subsea volumes are very limited. Networking hardware can't take up all the space.

03

Low power

Firmware and electronics designed to reduce power consumption for solar powered and battery operated missions.

HOW BOTBLOX FITS THE SYSTEM

HOW BOTBLOX FITS THE SYSTEM

Engineered for Depth

Engineered for Depth

Four constraints define every subsea network. Here is how BotBlox modules address each one.

01

Pressure

Every 100 m of depth adds 10 bar. A network module either lives in a sealed pressure vessel — adding mass and volume — or it survives the wet side directly.

Pressure-vessel ready

compact form factor for 1-bar electronics canisters down to 6000 m rated housings

Oil-compensated variants

Sealed connector options

02

Saltwater & Corrosion

Marine applications are constantly in motion and vibration, leading to failed contacts and lost ports.

Easy mounting

symmetrically placed M2/M3 moutning holes for secure and easy mounting

Tug resistant connectors

Flat components, potted where needed

03

Thermal & Power

Subsea power budgets limited. They need to run for days and weeks without powering off.

Reduced power consumption

From selecting the most efficient DCDC regulators, to optimising firmware to reduce powre consumption, we optimise to reduce power consumption.

Fanless by design

-45 °C to +85 °C operation

04

Reliability

Subsea systems are far from humans and non-maintainable. Deep-sea systems cost thousands to retrieve and maintain. Reliability must be high.

High MTBFs and MIL-STD-810H testing

Derated components, simplified power architectures, all tested to MIL-STD-810H testing for confirmation.

Highly derated components

Simpler software stack

PRESSURE TESTED AND DEPLOYED

PRESSURE TESTED AND DEPLOYED

Not a reference design. A production deployment.

Not a reference design. A production deployment.

The best proof is a working system. BotBlox hardware ships in production bills of materials, integrated by engineering teams who needed components that perform when it matters, not just in the lab.

Mission Partnerships

BotBlox hardware dives with the Global Foundation for Ocean Exploration aboard Deep Discoverer, an ROV exploring depths approaching 10,000 PSI. UbiSwitch packs eight Gigabit ports and 10G SFP connectivity into 70 × 70 mm, pressure tested to 9,400 PSI.

OTHER APPLICATIONS

OTHER APPLICATIONS

Explore other application fields

Explore other application fields

The same hardware. Different environments. BotBlox networking and compute are deployed across six demanding platform types, each with its own constraints, each solved with the same engineering rigour.

BotBlox Boards are integrated into platforms operating across six application domains.

Each environment imposes different constraints on size, weight, vibration tolerance, and data throughput.