Wired communication hardware that allows data to move within a single airframe.
Networking hardware in three form factors, Boards for cable mating, Cores (modules) for board mounting and Pucks for direct airframe integration.
Networking hardware in three form factors, Boards for cable mating, Cores (modules) for board mounting and Pucks for direct airframe integration.
We build unprecendented networking density in rugged and modular form factors.
We build unprecendented networking density in rugged and modular form factors.
We build unprecendented networking density in rugged and modular form factors.
Aggregate bandwidth
Aggregate bandwidth
48,000Mbps
48,000Mbps
48,000Mbps
Volume
Volume
99
99
99
cubic centimeters
cubic centimeters
Bandwidth density
Bandwidth density
485Mbps
485Mbps
485Mbps
/per cubic centimeter
/per cubic centimeter
Four product families. One coherent networking layer.
Four product families. One coherent networking layer.
Some applications need cable mate boards. Other applications need embedabble modules.
We have three product form factors to cover all integration needs.
Modern Autonomous Platforms are moving to Ethernet
Modern Autonomous Platforms are moving to Ethernet
Modern Autonomous Platforms are moving to Ethernet
BotBlox Hardware is enabling it.
BotBlox Hardware is enabling it.
Modern Autonomous Systems are complex assemblies of sensors, actuators and compute hardware. They operate in RF denied, remote environments and must be able to sense, compute and act without a link to a ground station.
Mobile platforms contain sophisticated wired networks internally, using ethernet. Our Edge Networking hardware allows data to be moved and controlled within the platform.
01
PILLAR 01
DETERMINISM
Network management features
Network management like VLAN, port status and link aggregation for sophisticated data flow control in application.
01
PILLAR 01
DETERMINISM
Network management features
Network management like VLAN, port status and link aggregation for sophisticated data flow control in application.
01
Network management features
Network management like VLAN, port status and link aggregation for sophisticated data flow control in application.
02
PILLAR 02
DISTRIBUTION
Embedded connectivity and ethernet isolation
Embedded molex connectors to reduce size and improve vibration tolerance for mobile vehicles. Full galvanic isolation as per IEEE802.3
02
PILLAR 02
DISTRIBUTION
Embedded connectivity and ethernet isolation
Embedded molex connectors to reduce size and improve vibration tolerance for mobile vehicles. Full galvanic isolation as per IEEE802.3
02
Embedded connectivity and ethernet isolation
Embedded molex connectors to reduce size and improve vibration tolerance for mobile vehicles. Full galvanic isolation as per IEEE802.3
03
PILLAR 03
SURVIVABILITY
Designed to be embedded
Easy to access mounting holes, automotive/military rated passives, reverse and overvolt tolerant power inputs. Where commercial hardware fails, our switches are designed for abuse.
03
PILLAR 03
SURVIVABILITY
Designed to be embedded
Easy to access mounting holes, automotive/military rated passives, reverse and overvolt tolerant power inputs. Where commercial hardware fails, our switches are designed for abuse.
03
Designed to be embedded
Easy to access mounting holes, automotive/military rated passives, reverse and overvolt tolerant power inputs. Where commercial hardware fails, our switches are designed for abuse.
We qualified every system for harsh environments
We qualified every system for harsh environments
Our hardware is qualified to operate in harsh environments via lab testing and empirically through 10,000s of hours in the field.
Temperature Ranges
−40°C to +85°C
Using automotive and military grade components, our Industrial boards are rated for −20°C to 80°C and our rugged boards achieve -45°C to 85°C and higher.
Temperature Ranges
−40°C to +85°C
Using automotive and military grade components, our Industrial boards are rated for −20°C to 80°C and our rugged boards achieve -45°C to 85°C and higher.
MIL-STD-810H Qualified
Standard
We simulate UAV and ground vehicle conditions by lab testing against vibration, shock, temperature, altitude and humidity to MIL-STD-810H standards. Some of our hardware is even radiation tested.
MIL-STD-810H Qualified
Standard
We simulate UAV and ground vehicle conditions by lab testing against vibration, shock, temperature, altitude and humidity to MIL-STD-810H standards. Some of our hardware is even radiation tested.
Rugged power input stages
standard
Nearly all our boards are designed to operate on noisy voltage supplies, with transient, reverse and overvoltage protection on board, making them suitable to drop into UAV bus voltages colocated with noisy sources like motors or radios.
Rugged power input stages
standard
Nearly all our boards are designed to operate on noisy voltage supplies, with transient, reverse and overvoltage protection on board, making them suitable to drop into UAV bus voltages colocated with noisy sources like motors or radios.
Absolutely tiny form factors
As small as 27 × 27 × 10 mm
We take liberties in squeezing our circuits down as small as possible. Whether this means custom transformer design, novel thermal management, or smart mechanical design methods. All to squeeze more networking bandwidths into small form factors.
Absolutely tiny form factors
As small as 27 × 27 × 10 mm
We take liberties in squeezing our circuits down as small as possible. Whether this means custom transformer design, novel thermal management, or smart mechanical design methods. All to squeeze more networking bandwidths into small form factors.
From orbit to the ocean floor.
From orbit to the ocean floor.
The same BotBlox hardware powers platforms separated by kilometres of altitude and atmospheric pressure.
Wherever reliability, weight and integration speed matter more than configurability, we are already in the bill of materials.
