ORS – Open Radio Station

ORS 38

ORS B39/N39
  • Private 4G/5G
  • eNodeB/gNodeB
  • epc/5gc
  • edge services
  • MIMO 2x0.5W
  • B38/N38
  • PoE
  • Rest API

2€/hour (excl. tax)

Get ORS 38

ORS 39

ORS B39/N39
  • Private 4G/5G
  • eNodeB/gNodeB
  • epc/5gc
  • edge services
  • MIMO 2x0.5W
  • B39/N39
  • PoE
  • Rest API

2€/hour (excl. tax)

Get ORS 39

ORS 42

ORS B39/N39
  • Private 4G/5G
  • eNodeB/gNodeB
  • epc/5gc
  • edge services
  • MIMO 2x0.5W
  • B42/N78
  • PoE
  • Rest API

2€/hour (excl. tax)

Get ORS 42

ORS 43

ORS B39/N39
  • Private 4G/5G
  • eNodeB/gNodeB
  • epc/5gc
  • edge services
  • MIMO 2x0.5W
  • B43/N78
  • PoE
  • Rest API

2€/hour (excl. tax)

Get ORS 43

A plug-and-play autonomous base station for private 4G/5G edge-enabled networks.

Plug-and-play

Rapid.Space ORS is a plug-and-play device that is configured automatically and can thus be used without any prior expertise in radio networks.

4G and 5G

Rapid.Space ORS supports both 4G and 5G. Switching from 4G to 5G is only a matter of software configuration.

Flexible radio usage consumption

Turn on/off the 4G/5G radio usage anytime to control the consumption. The ORS is sold with 1000 hours radio usage commitment. ORS SDK is available for unlimited hours at 10,450€ (excl. tax).

PoE

Rapid.Space ORS is powered by a single Power-over-Ethernet (PoE) cable. All you need to use Rapid.Space ORS is an AC power plug (110/220V) and an Internet gateway with RJ35 connectivity and DHCP server.  

Autonomous operation

Rapid.Space ORS can be configured as an autonomous base station combining remote radio unit (RRU), base band unit (BBU) and core network (epc/5gc) into a single, compact enclosure. Rapid.Space ORS can operate even if the Internet access or the company WAN fails.

Controlled operation

Multiple Rapid.Space ORS can be deployed on the same site. One Rapid.Space ORS can be configured as a controlling unit for another Rapid.Space ORS.

Managed operation

Rapid.Space ORS can be configured as a managed BBU or RRU connected to an existing core network (ex. Nokia) through S1 interface. This setup is ideal for extension or densification of existing 4G or 5G networks.

Hybrid operation

Autonomous, controlled and managed operation can be combined on the same site and on the same frequencies. This setup is ideal for converged networks that combine IoTs (autonomous operation), PTT (controlled operation) and mobility (managed operation).

Handover

Rapid.Space ORS supports handover between Multiple ORS either through controlled or managed operation.

Local breakout

Rapid.Space ORS supports local breakout of data connectivity in order to meet low latency or high resiliency requirements.

Edge services

Rapid.Space ORS supports the deployment of local edge services through Rapid.Space SLA edge technology: IoT buffering, programmable logical controller (PLC), etc.

SimpleRAN vRAN

Rapid.Space ORS is powered by SimpleRAN virtual radio access network (vRAN) technology.

Rapid.Space SDN

Rapid.Space SDN is pre-installed in Rapid.Space ORS.

REST API

Automate CDN provisioning and configuration thanks to Rapid.Space REST API. 

Open Source Hardware

The design files and BOM of the software design radio (SDR) board of Rapid.Space ORS can be found at https://lab.nexedi.com/nexedi/ors-hardware. If you wish to contribute, please request a git account to contact (at) rapid (dot) space.