Changes between Version 22 and Version 23 of Tutorials/Wireless/mmwave80211adORCA

Timestamp:

Mar 24, 2020, 8:09:20 PM (5 years ago)

Author:

prasanthi

Comment:

—

Tutorials/Wireless/mmwave80211adORCA

@@ -108 +108 @@
 }}}
 
-=== Prepare Sivers 60GHz front-ends ===
+==== Prepare Sivers 60GHz front-ends ====
 * To demonstrate the experiment here, we use Sivers front-end SN0240 as transmitter and SN0243 as receiver
 
@@ -116 +116 @@
 ||  [[Image(Sivers_TX_SN0240.jpg, 500px)]]      ||  [[Image(Sivers_RX_SN0243.jpg, 500px)]]      ||
 
-=== Run the experiment ===
+==== Run the experiment ====
 * Open transmit application TX_TEST.grc on transmit node(srv2-lg1). This application transmits 802.11ad frames over rfdev3-2(10.115.2.3), at 200MSPS, by reading samples from a pre-generated file.
-{{{
-root@srv2-lg1:~# gnuradio-companion TX_TEST.grc
-}}}
-||  [[Image(tx_test_grc.jpg, 500px)]]      ||
 * Open receive application RADIORX_CIR.grc on receive node(srv1-lg1). This application receives and processes samples over rfdev3-1(10.115.2.2) as seen in the grc model below. Channel impulse response computed for every frame is written into a file on the host node. 
-{{{
-root@srv1-lg1:~# gnuradio-companion RADIORX_CIR.grc
-}}}
-||  [[Image(radiorx_cir_grc.jpg, 500px)]]      ||
+
+|| root@srv2-lg1:~# gnuradio-companion TX_TEST.grc || root@srv1-lg1:~# gnuradio-companion RADIORX_CIR.grc ||
+||  [[Image(tx_test_grc.jpg, 500px)]]      || [[Image(radiorx_cir_grc.jpg, 500px)]]      ||
+
 * Run the applications.
 * Plot the CIR using CIR_read_out_file.m script