C1

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Description

Outdoor ready 5G router, armed with a six-antenna array for wide-range, full-coverage, gives your robot an encrypted VPN link for real-time control and support from anywhere. OlixLink™ C1 ensures your robot never loses connection, whether in a lab, factory, or outdoors. With global 5G NR SA/NSA support and dual SIM slots, it automatically switches networks to keep the link alive. Add Wi-Fi 6 dual-band performance, and you’ve got seamless coverage for both research and industrial environments.

Key Features

  • Worldwide Remote Access via 5G VPN tunnel
  • Real-Time Teleportation & Support
  • Dual-SIM
  • Zero-Effort Setup
  • Highly Secure
  • Flexible Connectivity
  • Outdoor-Ready Durability
  • ROS 2 native node to see the status of olixLink™ C1

Technical Specification

Physical and Electrical

FeatureDescription
Weight760g
Size135 mm x 140 mm x 45 mm
Power ConsumptionMax. 30W
Operating Voltage48V/0.6A (POE+ Standard)
Operating Temperature-10°C to 85°C

WiFi

FeatureDescription
VersionWiFi 6
WiFi Dual-Band2.4G and 2.8G connectivity
SpeedUp to 2400Mpbs (5.8G) and 600Mbps (2.4 G)
CompatibilityIEEE 802.11b/g/n/ AC / AX
EncryptionWPA2

Communication Interface / ODR

FeatureDescription
Interface ConnectorEthernet RJ45 / LAN
Communications Protocol2.5 Gbps (IEEE 802.3bz, 2.5GBASE‑T)
Middleware / Protocols (DDS)– rmw_fastrtps_cpp
– rmw_cyclonedds_cpp
ROS 2 DistributionHumble

Quick Start

Unboxing and Setup

Power possibilities

Via POE+ Converter
30W/48V/0.6A POE+ Converter

Via POE+ Switch
30W/48V/0.6A POE+ Switch

Connection & Log In

Connecting

Via Wi-Fi
Via Cable
  1. Go to Wi-Fi Settings
  2. Select the Wi-Fi with the SSID: 5G_CPE
  3. Enter the password: 123456789
    Hint: The credentials are also available at the Label on the Router

Router Settings Access

To connect to the C1 and get access to the router settings please follow these steps:

  1. Connect to the Wi-Fi as described above
  2. Open a web browser
  3. Enter the IP address 192.168.100.1
  4. The Username is admin and the password admin

Sim Card

To add a SIM Card to the olixLink™ C1 follow these steps

  1. Insert your SIM card into one of the two SIM card slots on the olixLink™ C1.
  2. Connect your device to the olixLink™ C1.
  3. Open a web browser and navigate to: http://192.168.100.1
  4. When prompted, enter the SIM card PIN to unlock the card
  5. Log In to the Router Interface (username: admin, pw: admin)
  6. Go to 5G Network → 5G Info to check the SIM card’s connection status
  7. Check on the ROS2 Status Topic (/olive/olixLink/c1/id001/status) if SIM Card is up
  8. Open the CLI (Command Line Interface) and test connectivity
    ping 8.8.8.8
  9. In the network settings, change the Network Latency Address to a reliable host (e.g., Google DNS: 8.8.8.8

LED Indicator

LEDStatusDescription
Power LED
GreenStable greenPower on
GrayoffPower off
SIM card LED
GreenStable greenSIM card is recognized
GrayOffSIM card not inserted nor recognized
RF LED
GreenStable Green (From 1 to 4 LEDs)Shows 5G signal strength (1(poor) until 4(really strong) )
GrayOffSignal not available
System LED
GreenFlashing greenSystem running
GrayOffSystem not running
WiFi LED
GreenStable greenWiFi is working
GrayOffWiFi not started

ROS 2 and DDS Integration

General

The OlixLink™ C1 device provides its own ROS 2 node that publishes a status topic to report the current state of the unit. Once the connection to the router is established, the node publishes to the topic: /olive/olixLink/c1/id001/status with the message type diagnostic_msgs/msg/DiagnosticArray
This node is natively integrated with Eclipse Cyclone DDS, but the status topic remains discoverable and accessible even if the host system is using a different DDS implementation.

The Status message contains following information:

WiFi 5G and WiFi 2.4G Status
ValueDescription
ESSIDThe WiFi name
FrequencyThe frequency of the WiFi
Signal levelHow good is the signal of the WiFi in dBm
Received dataReceived data in bytes per second
Transmitted dataReceived data in bytes per second
Memory Status
ValueDescription
Total MemoryTotal memory in kB
Used memoryUsed memory in kB
Remaining memoryfree memory in kB
Sim Card Status
ValueDescription
StatusSim Card is available or not, Values: UP | DOWN
Received dataReceived data in bytes per second
Transmitted dataReceived data in bytes per second
Network Latency

An IP address can be configured through the ROS 2 parameters. Once set, the OlixLink™ C1 status node will periodically measure and report the latency between the device and the specified IP address, providing valuable network performance insights as part of its diagnostic data.

ValueDescription
IP AddressShows the chosen IP address
LatencyLatency in ms

ROS 2 Configurations

The ROS 2 Configuration can be changed via Web GUI.

  1. Connect your device to the olixLink™ C1
  2. Open a web browser and navigate to: http://192.168.100.1
  3. Log In to the Router Interface (username: admin, pw: admin)
  4. In the sidebar, click on ROS 2 Settings. (if not available press F5)
  5. On the Web GUI now you can change the ROS 2 Domain ID, the topic namespace, the latency address and select an ntp/ptp server

Here is a more detailed description of those parameters

ValueDescription
ROS Domain IDChange the ROS domain ID of the router
Name SpaceChange the Name Space of the C1 status topic
Check Latency AddressAdd an IP address to check the latency
Local NTP / PTP ServerAdd IP address of an ntp server to sync the C1 time with your host system time

Firmware Update

To update the firmware of the olixLink™ C1 follow these steps:

  1. Connect your device to the olixLink™ C1
  2. Open a web browser and navigate to: http://192.168.100.1
  3. Log In to the Router Interface (username: admin, pw: admin)
  4. In the sidebar, click on ROS 2 Settings. (if not available press F5)
  5. Switch to the Firmware Update tab
  6. Upload our released olixLink™ C1 firmware
  7. Wait until upload is finished
  8. Restart the router

Web Interface

In this section, the individual tabs of the web interface are explained.

Network

5G Network

Security

System

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