Version 9 (modified by seskar, 5 years ago) (diff)


The Orbit grid as illustrated in Figure 1 consists of a multiply interconnected, 20-by-20 grid of ORBIT Radio Nodes, some non-grid nodes to control R/F spectrum measurements and interference sources, and front-end, application and back-end servers. These servers support various ORBIT services. In addition to the main grid, there are also 9 additional smaller domains (a.k.a. sandboxes)

ORBIT Hardware Block Diagram
Figure 2. ORBIT Hardware.

Each ORBIT Radio Node is a PC typically with two 100BaseT Ethernet ports, two or more radio cards and a Chassis Manager to control the node. The two Ethernet ports are connected to Data and Control subnet. While Control is used primarily for node access, experiment management and measurement collection, the Data subnet is exclusively available to the experimenter.

The following sections contain information on the various hardware components that are used to realize the ORBIT testbed.

  • Nodes? - The section describes the motherboards used in the various version of the grid, as well as providing performance information on the motherboards
  • Chassis Manager(CM)? - Each node in ORBIT is equipped with a chassis manager. This section described the details of how the chassis manager is used and the design on the CM
  • Cases? - This section briefly goes over the various enclosures that have been used to house the nodes
  • Devices? - This section goes over the other devices that are plugged into some nodes
  • Assembly? - A description of the assembly process for the nodes
  • Domains? - Outline of the different setups that are part of the ORBIT facility
  • Orbit Infrastructure? - A description of the back-end network infrastructure that supports ORBIT

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