The Scheduling and Fault System computer is a Dell Precision T3600 computer.

Ubuntu 18.04 LTS (long-term support) 64-bit operating system (updated 22 October 2018).

Myricom 10G-PCIE2-8B-2S dual-port 10-GB Ethernet controller with SFP+ interface.

Two 2-TB Seagate Constellation SATA HDD.

Intel 82576 dual-port Gigabit ethernet controller.

The Data Packaging Processor (DPP) is a Silicon Mechanics Rackform nServ A331.v3 computer with 32 cores.

4 hi-speed USB, GPIB, RS-232 serial, 120 GB HDD.

Two 10/100/1000BASE-TX (gigabit) Ethernet – one port is connected to the LAN, and the other is dedicated to the Hitite synthesizer.

High-bandwidth PXI express embedded controller.

Quad-core i7-820QM, 1.73 GHz processor with 4 GB RAM.

Real-Time PharLap operating system running Labview RT.

The Array Control Computer (ACC) is a National Instruments (NI) PXIe-1071 4-slot chassis with three units installed: NI PXIe-8133 real-time controller, NI PXI-6682H timing module, and NI PXI-8431 RS485 module. The systems are listed alphabetically by name. In this section we detail the system specifications, for reference purposes. A schematic summary is shown in Figure 1. This document describes the computing hardware specifications and capabilities, role of each computer in the system, and interdependences among them. The computing infrastructure for EOVSA has been developed largely according to the initial plan, which calls for multiple computers dedicated to specific tasks.

11.1 Low-level Communication with a ROACH board.

11 Steps to setup the correlator (ROACH boards).

10.3 Update the dependencies package in CASA.

10.2 Install the rest of the required packages with pip.

9.3 Install the rest of the required packages with pip.

9.2 Install required packages with conda.

4 Interdependencies of the EOVSA Computers.

Njit mobaxterm