RouterCore Nano | 8 x 1G + 3 x 10G Embeddable Router

BotBlox
SKU:
BB-RNM-A-1
Availability:
Currently in development
$620.00
Current Stock:
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Tiny, Low Power, Embeddable, 1G/10G Routing

RouterCore Nano brings 8 x 1GBASE-T + 2 x 10G in an ultra small, embeddable module. RouterCore Nano is designed for modern ethernet-based autonomous platforms which are moving to ethernet as a communications backplane. By providing sophisticated network and traffic management, without adding significant size, weight or power, RouterCore Nano enables far more powerful systems to be built.

RouterCore Nano is 44mm x 44mm x 30mm, drawing a maximum of 5 watts at full traffic load. This achieves:

  • Bandwidth volume density of 482Mbps per cm³
  • Bandwidth power density of 5,600Mbps per Watt

Nothing on the market currently achieves such functionality in such a small package.

Plug and play ready

RouterCore Nano contains all ethernet magnetics and accepts unstable input voltages from 4 to 60V (transient and voltage protected) meaning it can be dropped straight into a carrier board. It boots up in seconds as an unmanaged switch, with command line and GUI access for routing features available over over UART or ethernet ports

Insane connectivity 

  • 8 x 10/100/1GBASE-T ports (magnetics included)
  • 2 x 10G capable USXGMII/10GBASE-R/SGMII/1000BASE-X ports*
  • 2 x TTL level UART serial ports
  • 2 x CAN ports 
  • 4 x GPIO ports

*Used for SFPs, CPU connector, or RouterCore to RouterCore expansion.

Insane functionality 

RouterCore supports the following routing abilities

  • Full Layer 2 switch functionality
  • Full Layer 3 routing functionality
  • RSTP/STP
  • IEEE1588v2 PTP (E2E and P2P, Transparent and Boundary Clock)
  • VLAN (IEEE 802.1Q Tag Based or Port Based)
  • Multi-WAN
  • Multicast routing (IGMP V1/V2/V3 and MLD)
  • QoS (IPv4/IPv6, QoS/CoS packet prioritization - 802.1p)
  • Update over Ethernet ports
  • SSH tunnelling

RouterCore also supports

  • UART TTL serial to ethernet conversion
  • CAN to ethernet conversion

BloxOS Software

Achieving this level of functionality in such a tiny package isn't possible using a traditional CPU + RAM setup, it's simply too big and power hungry. Instead we built our own RTOS called BloxOSLite that runs on a much simpler 32-bit microcontroller. This isn't easy to build, but it results in routing in the lowest power and size possible. It's also inherently more rugged; RAM is a huge failure vector for high/low temperature and radiation.

Technical Specifications

  • Voltage input: 4 - 60V (transient and reverse protected)
  • Power consumption: 5.5 Watts (all ports operating), 1.8 Watts (idle)
  • Dimensions: 44 x 44 x 30 mm
  • Ethernet Ports: 8 x 10/100/1GBASE-T + 2 x 10G USXGMII/10GBASE-R/SGMII/1000BASEoX
  • CAN ports: 2 
  • UART ports: 2
  • GPIO pins: 4
  • Operating temperature: -40°C to 105°C
  • Shock rating: 40G for 23ms, 90G for 6ms
  • Total Ionizing Dose (Radiation): 20Krad[si] 

NDAA Compliance

National Defense Authorization Act (NDAA) Compliant | AVer USA

RouterCore Nano is assembled in the USA and is fully NDAA compliant. Get in touch for our compliance documentation.

Tiny, Low Power, Embeddable, 1G/10G Routing

RouterCore Nano brings 8 x 1GBASE-T + 2 x 10G in an ultra small, embeddable module. RouterCore Nano is designed for modern ethernet-based autonomous platforms which are moving to ethernet as a communications backplane. By providing sophisticated network and traffic management, without adding significant size, weight or power, RouterCore Nano enables far more powerful systems to be built.

RouterCore Nano is 44mm x 44mm x 30mm, drawing a maximum of 5 watts at full traffic load. This achieves:

  • Bandwidth volume density of 482Mbps per cm³
  • Bandwidth power density of 5,600Mbps per Watt

Nothing on the market currently achieves such functionality in such a small package.

Plug and play ready

RouterCore Nano contains all ethernet magnetics and accepts unstable input voltages from 4 to 60V (transient and voltage protected) meaning it can be dropped straight into a carrier board. It boots up in seconds as an unmanaged switch, with command line and GUI access for routing features available over over UART or ethernet ports

Insane connectivity 

  • 8 x 10/100/1GBASE-T ports (magnetics included)
  • 2 x 10G capable USXGMII/10GBASE-R/SGMII/1000BASE-X ports*
  • 2 x TTL level UART serial ports
  • 2 x CAN ports 
  • 4 x GPIO ports

*Used for SFPs, CPU connector, or RouterCore to RouterCore expansion.

Insane functionality 

RouterCore supports the following routing abilities

  • Full Layer 2 switch functionality
  • Full Layer 3 routing functionality
  • RSTP/STP
  • IEEE1588v2 PTP (E2E and P2P, Transparent and Boundary Clock)
  • VLAN (IEEE 802.1Q Tag Based or Port Based)
  • Multi-WAN
  • Multicast routing (IGMP V1/V2/V3 and MLD)
  • QoS (IPv4/IPv6, QoS/CoS packet prioritization - 802.1p)
  • Update over Ethernet ports
  • SSH tunnelling

RouterCore also supports

  • UART TTL serial to ethernet conversion
  • CAN to ethernet conversion

BloxOS Software

Achieving this level of functionality in such a tiny package isn't possible using a traditional CPU + RAM setup, it's simply too big and power hungry. Instead we built our own RTOS called BloxOSLite that runs on a much simpler 32-bit microcontroller. This isn't easy to build, but it results in routing in the lowest power and size possible. It's also inherently more rugged; RAM is a huge failure vector for high/low temperature and radiation.

Technical Specifications

  • Voltage input: 4 - 60V (transient and reverse protected)
  • Power consumption: 5.5 Watts (all ports operating), 1.8 Watts (idle)
  • Dimensions: 44 x 44 x 30 mm
  • Ethernet Ports: 8 x 10/100/1GBASE-T + 2 x 10G USXGMII/10GBASE-R/SGMII/1000BASEoX
  • CAN ports: 2 
  • UART ports: 2
  • GPIO pins: 4
  • Operating temperature: -40°C to 105°C
  • Shock rating: 40G for 23ms, 90G for 6ms
  • Total Ionizing Dose (Radiation): 20Krad[si] 

NDAA Compliance

National Defense Authorization Act (NDAA) Compliant | AVer USA

RouterCore Nano is assembled in the USA and is fully NDAA compliant. Get in touch for our compliance documentation.