wiki:Architecture/Domains/cosmos_sb1

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Sandbox 1 (sb1.cosmos-lab.org)

COSMOS sandbox 1, located at ​WINLAB's ​ORBIT facility in North Brunswick, NJ, is designed as a mini version representative of the current and future capabilities of the larger outdoor deployment in New York City. It is meant primarily to be a development and testing environment for researchers to become familiar with the software and hardware architectures available in COSMOS.

No image "sandbox-1.png" attached to Architecture/Domains/cosmos_sb1

Sandbox 1 resources:

IP Address Assignment

Device Control Data 1 Data 2
Server 1 10.113.1.1 (srv1-lg1) 10.114.1.1 (srv1a-lg1) 10.115.1.1 (srv1b-lg1)
Server 2 10.113.1.2 (srv2-lg1) 10.114.1.2 (srv2a-lg1) 10.115.1.2 (srv2b-lg1)
Server 3 10.113.1.3 (srv3-lg1) 10.114.1.3 (srv3a-lg1) 10.115.1.3 (srv3b-lg1)
Server 4 10.113.1.4 (srv4-lg1) 10.114.1.4 (srv4a-lg1) 10.115.1.4 (srv4b-lg1)
Large Node
USRP N310 (S1) 10.113.2.1 (sdr1-s1-lg1) 10.114.2.1 (sdr1a-s1-lg1) 10.115.2.1 (sdr1b-s1-lg1)
USRP 2974 (S1) 10.113.2.2 (sdr2-s1-lg1) 10.114.2.2 (sdr2a-s1-lg1) 10.115.2.2 (sdr2b-s1-lg1)
Medium Node
USRP N310 10.113.3.1 (sdr1-md1) 10.114.3.1 (sdr1a-md1) 10.115.3.1 (sdr1b-md1)
USRP 2974 10.113.3.2 (sdr2-md1) 10.114.3.2 (sdr2a-md1) 10.115.3.2 (sdr2b-md1)
Interdigital EdgeLink
Edge Link Device 1 10.113.4.1 (rfdev1-1) - -
Edge Link Device 2 10.113.4.2 (rfdev1-2) - -
Interdigital 5G NR Perofmance
5G NR Device 1 10.113.5.1 (rfdev2-1) 10.114.5.1 (rfdev2-1a) 10.115.5.1 (rfdev2-1b)
5G NR Device 2 10.113.5.2 (rfdev2-2) 10.114.5.2 (rfdev2-2a) 10.115.5.2 (rfdev2-2b)
mmWave Development
USRP X310 Device 1 10.113.6.1 (rfdev3-1) 10.114.6.1 (rfdev3-1a) 10.115.6.1 (rfdev3-1b)
USRP X310 Device 2 10.113.6.2 (rfdev3-2) 10.114.6.2 (rfdev3-2a) 10.115.6.2 (rfdev3-2b)
RFSoC Device 1 10.113.6.3 (rfdev3-3) 10.114.6.3 (rfdev3-3a) 10.115.6.3 (rfdev3-3b)
RFSoC Device 2 10.113.6.4 (rfdev3-4) 10.114.6.4 (rfdev3-4a) 10.115.6.4 (rfdev3-4b)
SiversIMA 60 GHz Array 1 10.113.6.5 (rfdev3-5) - -
SiversIMA 60 GHz Array 2 10.113.6.6 (rfdev3-6) - -

RF Path Configurations for mmWave Development Platforms

The indoor mmWave development platforms are connected to the USRP N310's and Xilinx RFSoC's as shown in the following example diagram:

To select a particular configuration, follow the instructions below for the specific setup you wish to use. It is possible to use multiple setups simultaneously as long as they do not conflict with respect to RF paths.

USRP N310 with Sivers 60 GHz Array

Run the following commands on the sb1.cosmos-lab.org console: 

curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw1.sb1.cosmos-lab.org&switch=1,2,3,4&port=1"
curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw2.sb1.cosmos-lab.org&switch=1,2,3,4&port=1"

The resulting RF connections will be:

USRP N310 Sivers Array
RF0 TX TX-I
RF1 TX TX-Q
RF0 RX2 RX-I
RF1 RX2 RX-Q
Xilinx RFSoC ZCU111 with Sivers 60 GHz Array

Run the following commands on the sb1.cosmos-lab.org console: 

curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw1.sb1.cosmos-lab.org&switch=1,2,3,4&port=2"
curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw2.sb1.cosmos-lab.org&switch=1,2,3,4&port=2"

The resulting RF connections will be:

Xilinx RFSoC Sivers Array
DAC229_T1_CH2 TX-I
DAC229_T1_CH3 TX-Q
ADC224_T0_CH0 RX-I
ADC224_T0_CH1 RX-Q
USRP N310 with IBM PAAM 28 GHz Array

Run the following commands on the sb1.cosmos-lab.org console: 

curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw3.sb1.cosmos-lab.org&switch=1,2&port=1"
curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw4.sb1.cosmos-lab.org&switch=1,2&port=1"

The resulting RF connections will be:

USRP N310 IBM PAAM
RF3 TX TXH0
RF4 TX TXV0
RF3 RX2 RXH0
RF4 RX2 RXV0
USRP N310 with InterDigital MHU (28 GHz)

Run the following commands on the sb1.cosmos-lab.org console: 

curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw3.sb1.cosmos-lab.org&switch=1,2&port=2"
curl "am1.cosmos-lab.org:5054/rf_switch/set?name=rfsw4.sb1.cosmos-lab.org&switch=1,2&port=2"

The resulting RF connections will be:

USRP N310 InterDigital MHU
RF3 TX Single connection through circulator
RF3 RX2 Single connection through circulator

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