Wikiadmin: Text replacement - "ice-online.biz" to "ice-online.com"

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Text replacement - "ice-online.biz" to "ice-online.com"

Wikiadmin: /* Features */

2018-09-19T17:55:53Z

Features

Wikiadmin: /* C Program Date: December 27, 2005 */

2018-06-06T21:02:44Z

C Program Date: December 27, 2005

Wikiadmin: Created page with "
Sonet Input/Output Fiber Module
{{eolnotice|ICE-SONET-r6}} SONET-r4 Top File:Sonet-r4-chipside.jpg|thumb|SONE..."

2018-05-22T15:34:10Z

Created page with "<div class="description">Sonet Input/Output Fiber Module</div> {{eolnotice|ICE-SONET-r6}} thumb|SONET-r4 Top File:Sonet-r4-chipside.jpg|thumb|SONE..."

New page

<div class="description">Sonet Input/Output Fiber Module</div>

{{eolnotice|ICE-SONET-r6}}
[[File:Sonet-r4-top.jpg|thumb|SONET-r4 Top]]
[[File:Sonet-r4-chipside.jpg|thumb|SONET-r4 Bottom]]
[[File:sonetr4topview.gif|thumb|SONET-r4]]

== Features ==
* Bidirectional, interfaces to STM1, STM4, STM8, STM16, STM64, OC3, OC12, OC24, OC48, and OC192
* Accepts G.709 FEC OC192 Input and G.709 FEC OC48 Input
* Provides byte packing, frame alignment, and descrambling
* Dual-site module, takes up both input and output ports on [[ICE-PIC6]] card
* Port 1 provides STM64 BiDir fiber interface
* Port 2 provides STM1, STM4, STM8, and STM16 BiDir fiber interface
* INPUT: Port 2 is capable of realtime demux of STM16 to user selectable STM1, STM4, or STM8
* INPUT: Port 1 is capable of realtime demux of STM64 to user selectable STM1, STM4, STM8, or STM16
{{pagebreak}}
* OUTPUT: Port 1 is capable of "cloning" STM1, STM4, STM8, and STM16 to STM64
* OUTPUT: Port 2 is capable of "cloning" STM1, STM4, and STM8 to STM16
* [[Custom_integrated_subsystems|Custom subsystems]] capable of input/output of full STM16 rates are available

'''Note:''' For use only with [[ICE-PIC5XL]] or [[ICE-PIC6]]

== Port Modes: Acquisition & Playback ==
Port 1 SonetR4 acquisition signal types:
# G.709 FEC OC192
# OC192

Port 1 SonetR4 playback signal types:
# OC192

Port 2 SonetR4 acquisition signal types:
# G.709 FEC OC48 (no demuxing)
# OC48
# OC24
# OC12
# OC3

Port 2 SonetR4 playback signal types:
# G.709 FEC OC48 (no cloning)
# OC48
# OC24
# OC12
# OC3

== Flag Usage ==

=== SonetR4 Side #1 Acquisition/Playback Flags ===
* OC192: logic signal type OC192
* May be used with G709FEC flag for acquire only, must be used with demux flag

=== SonetR4 Side #2 Acquisiiton/Playback Flags ===
* OC48: logical signal type OC48, may be used with either demux flags or G709FEC flag but not both
* OC12: logical signal type OC12, may be used with demux flags
* OC3: logical signal type OC3
{{pagebreak}}
=== Additional Flags For Use with Side #1 or #2 Flags ===
G709FEC-Input Signal is G.709 FEC Encoded
* For SonetR4 #1 side: must be used with OC192 flag & demux flag
* For SonetR4 #2 side: must be used with OC48 & FRAMINGOFF flags, demux flag not allowed

=== FRAMINGOFF ===
Acquire or playback data as it appears on the fiber-optic line. Frame alignment and de-scrambling of data are turned off. This flag may NOT be used with demux/cloning flags.

=== Demux/Cloning Flag Options For Use with Side #1 or #2 Flags ===
OC3FROMOCX
* For acquisition: pull out single OC3 stream from either an OC12, OC24, OC48, or OC192 source
* For playback: replicate the data N times within hardware to form a higher rate signal. For OC12 N is 4, OC24 N is 8, OC48 N is 16, and for OC192 N is 64

This flag requires the use of OC12, OC24, OC48, or OC192 flags and OC12, OC24, OC48, or OC192 signal input.

OC3NUM=x
* For acquisition: which OC3 from which to pull OC12, OC24, OC48, or OC192 signal
* For playback: specify any number for x

This flag requires the use of the OC3FROMOCX flag.

Value Range
* Values of x for an incoming/outgoing OC12 are 0 thru 3
* Values of x for an incoming/outgoing OC24 are 0 thru 7
* Values of x for an incoming/outgoing OC48 are 0 thru 15
* Values of x for an incoming/outgoing OC192 are 0 thru 63

OC12FROMOCX
* For acquisition: pull out single OC12 stream from either an OC24 or OC48 source.
* For playback: replicate the data N times within hardware to form a higher rate signal; for OC24 N is 2 and OC48 N is 4

This flag requires the use of OC24, OC48, or OC192 flags and OC24, OC48, or OC192 signal input.

OC12NUM=x
* For acquisition: which OC12 to pull from OC24 or OC48 signal
* For playback: specify any number for x
{{pagebreak}}
This flag requires the use of the OC12FROMOCX flag.

Value Range
* Values of x for an incoming/outgoing OC24 are 0 or 1
* Values of x for an incoming/outgoing OC48 are 0 thru 3
* Values of x for an incoming/outgoing OC192 are 0 thru 15

OC24FROMOCX
* For acquisition: pull out single OC24 stream from an OC48 source
* For playback: replicate the data N times within hardware to form a higher rate signal; for OC48 N is 2

This flag requires the use of OC48 or OC192 flag and OC48 or OC192 signal input.

OC24NUM=x
* For acquisition: which OC24 to pull from OC48 signal
* For playback: specify any number for x

This flag requires the use of the OC24FROMOCX flag.

Value Range:
* Values of x for an incoming OC48 are 0 or 1
* Values of x for an incoming OC192 are 0 thru 7

OC48FROMOCX
* For acquisition: pull out single OC48 stream from an OC192 source
* For playback: replicate the data N times within hardware to form a higher rate signal; for OC192 N is 4

This flag requires use of OC192 flag and OC192 signal input.

OC48NUM=x
* For acquisition: which OC48 to pull from OC192 signal
* For playback: specify any number for x

This flag requires the use of the OC48FROMOCX flag.

Value Range: values of x for an incoming OC192 are 0 thru 3.

{{pagebreak}}

== Examples ==

'''Side #1 Acquisition Flag Examples'''
{| class="wikitable" width="600"
| G709FEC,OC192,OC48FROMOCX,OC48NUM=0
| Demux 1st OC48 From G.709 FEC Encoded OC192 Input
|-
| OC192,OC12FROMOCX,OC12NUM=2
| Demux 3rd OC12 From OC192 Input
|-
| G709FEC,OC192,OC3FROMOCX,OC3NUM=63
| Demux 64th OC3 From G.709 FEC Encoded OC192 Input
|}

'''Side #2 Acquisition Flag Examples'''
{| class="wikitable" width="600"
| G709FEC,OC48,FRAMINGOFF
| Acquire Full G.709 FEC OC48
|-
| OC48
| Acquire Full OC48
|-
| OC48,OC12FROMOCX,OC12NUM=2
| Demux 3rd OC12 From OC48 Input
|-
| OC12,OC3FROMOCX,OC3NUM=3
| Demux 4th OC3 From OC12 Input
|}

'''Side #1 Playback Flag Examples'''
{| class="wikitable" width="600"
| OC192, OC48FROMOCX,OC48NUM=0
| Clone OC48 4 times to produce OC192 For Output
|-
| OC192,OC3FROMOCX,OC3NUM=0
| Clone OC3 64 times to produce OC192 For Output
|}

<p class="note" style="width:580px;font-size:0.9em;">
'''Note:''' G.709FEC Playback on Port #1 has not yet been implemented and cannot be used.
</p>

'''Side #2 Playback Examples'''
{| class="wikitable" width="600"
| G709FEC,OC48,FRAMINGOFF
| Playback Full G.709 FEC OC48
|-
| OC48
| Playback Full OC48
|-
| OC48,OC12FROMOCX,OC12NUM=0
| Clone OC12 4 Times to produce OC48 Output
|-
| OC12,OC3FROMOCX,OC3NUM=0
| Clone OC3 4 Times to produce OC12 Output
|-
| OC48,OC3FROMOCX,OC3NUM=0
| Clone OC3 16 Times to produce OC48 Output
|}

== C Program Date: December 27, 2005 ==
Program works with ice318b11 (and higher). Support for SonetR1, R2, R4, and R5 modules. To build the software, copy the zip package to the <install path>/iceXXX/test directory, where <install path> is the directory structure where the ICE software package iceXXX was installed. The directory iceXXX represents the software version; e.g., ice318b11, ice318b18, etc.

Unzip sntcfiles.zip to produce 2 files: testsnt.c and buildsnt.lnx. Finally, to build the software, type <code>source buildsnt.lnx</code><br />
Sourcing the build script will cause the program testsnt to be built. During compilation of testsnt, progress messages will be printed to the user.
{{pagebreak}}
Zipped version of testsnt.c AND buildsnt.lnx: [[Media:Sntcfiles-20120909.zip|sntcfiles.zip]]

=== testsnt C Program Explanation/Examples ===

New testsnt.c program examples:
<div class="plain-img">
./testsnt <mod type> <card number> <"acq" or "play"> <size in GBytes> <loops> <port number>
[[File:Arrow_return_down_right.png|28px]]<path & filename> <flags>

<mod type> module type r1, r2 ,r4, r5 For Sonet Modules SonetR1, SonetR2, SonetR4,
SonetR5, respectively

<card number> ICE PIC card number in system, 0 for first card, 1 for second card, etc.,
depending on which card is in use

<"acq" or "play"> acq will cause the card/module to acquire data, play will cause the card/module
to playback data

<size in GBytes> size of acquisition or playback in GBytes

<loops> represents the number of times to "loop" through a file for playback,
always set = 1 for acquisitions

<port number> set to 1 for operation on port 1, set to 2 for operation on port 2,
set to 3 for operation on both ports 1 & 2

<path & filename> acq, specify path & filename of where data is to be written or play,
path and filename for playback of data

<flags> see flag descriptions and examples above
</div>

=== Examples of using the flags above with the testsnt program ===

The examples make 2 assumptions:

# The OS driver was setup to allocate enough memory for card usage.
#:The testsnt program will request the following from the driver:
#:* 640 MBytes for OC48 rates
#:* 256 Mbytes for OC24 rates
#:* 128 MBytes for OC12 rates
#:* 64 MBytes for OC3 rates
# Therefore, for the desired data rate, the driver previously must have been setup to allocate at least the amount requested.
#* The disk RAID (mounted on /raid for the examples below) used for acquisitions/playbacks is capable of writing/reading at the example signal rates.
#* OC48-320Mbytes/Sec, OC12-80Mbytes/Sec, and OC3-20Mbytes/SEC

<p class="note" width="100%">'''Note''' the use of commas and no spaces between flags at the end of the command line string.</p>
{{pagebreak}}
<pre>
./testsnt r4 0 acq 10 1 1 /raid/xmidas/test1.dat G709FEC,OC192,OC48FROMOCX,OC48NUM=0
-From SonetR4 module on 1st card aqcuire 10 Gigabytes from port 1 to
filename /raid/xmidas/test1.dat
-Input signal is a G.709 FEC encoded OC192. Demux out the 1st OC48 and store to
file /raid/xmidas/test1.dat

./testsnt r4 0 play 10 1 1 /raid/xmidas/test1.dat OC192,OC48FROMOCX,OC48NUM=0
-Output data on SonetR4 module on 1st card, port 1,
from file /raid/xmidas/test1.dat.
-Output data is an OC192, which is created by cloning 4 times OC48 data from
file /raid/xmidas/test1.dat
-NOTE-FEC playback on port 1 is not allowed.

./testsnt r4 0 acq 100 1 1 /raid/xmidas/test1.dat OC192,OC12FROMOCX,OC12NUM=3
-From SonetR4 module on 1st card aqcuire 100 Gigabytes from port 1 to
filename /raid/xmidas/test1.dat
-Input signal is an OC192. Demux out the 4th OC12 and store to
file /raid/xmidas/test1.dat

./testsnt r4 0 play 100 5 1 /raid/xmidas/test1.dat OC192,OC12FROMOCX,OC12NUM=0
-Output data on SonetR4 module on 1st card, port 1,
from file /raid/xmidas/test1.dat.
-Output data is an OC192, which is created by cloning 16 times OC12 data from
file /raid/xmidas/test1.dat
-"Loop" at the end of file to replay data 5 times. In short, playback
file 5 times.

./testsnt r4 0 acq 100 1 1 /raid/xmidas/test1.dat OC192,OC3FROMOCX,OC3NUM=14
-From SonetR4 module on 1st card aqcuire 100 Gigabytes from port 1 to
filename /raid/xmidas/test1.dat
-Input signal is an OC192. Demux out the 15th OC3 and store to
file /raid/xmidas/test1.dat

./testsnt r4 0 play 100 8 1 /raid/xmidas/test1.dat OC192,OC3FROMOCX,OC3NUM=0
-Output data on SonetR4 module on 1st card, port 1,
from file /raid/xmidas/test1.dat.
-Output data is an OC192, which is created by cloning 64 times OC3 data from
file /raid/xmidas/test1.dat
-"Loop" at the end of file to replay data 8 times. In short, playback file
8 times.

./testsnt r4 0 acq 20 1 2 /raid/xmidas/test2.dat G709FEC,OC48,FRAMINGOFF
-From SonetR4 module on 1st card aqcuire 20 Gigabytes from port 2 to
filename /raid/xmidas/test2.dat
-Input signal is a G.709 FEC encode OC48. Acquire entire signal to
file /raid/xmidas/test2.dat

./testsnt r4 0 play 20 1 2 /raid/xmidas/test2.dat G709FEC,OC48,FRAMINGOFF
-Output data on SonetR4 module on 1st card, port 2,
from file /raid/xmidas/test2.dat.
-Output signal type is G.709 FEC OC48

./testsnt r4 0 acq 100 1 2 /raid/xmidas/test2.dat OC48,OC3FROMOCX,OC3NUM=14
-From SonetR4 module on 1st card aqcuire 100 Gigabytes from port 2 to
filename /raid/xmidas/test2.dat
-Input signal is an OC48. Demux out the 15th OC3 and store to
file /raid/xmidas/test1.dat.
</pre>

{{pagebreak}}

<pre>
./testsnt r4 0 play 100 8 2 /raid/xmidas/test2.dat OC48,OC3FROMOCX,OC3NUM=0
-Output data on SonetR4 module on 1st card, port 2,
from file /raid/xmidas/test2.dat.
-Output data is an OC48, which is created by cloning 16 times OC3 data
from file /raid/xmidas/test2.dat
-"Loop" at the end of file to replay data 8 times.
In short, playback file 8 times.

./testsnt r4 0 acq 100 1 2 /raid/xmidas/test2.dat OC48
-From SonetR4 module on 1st card aqcuire 100 Gigabytes from port 2 to
filename /raid/xmidas/test2.dat
-Input signal is an OC48. Acquire entire signal to
file /raid/xmidas/test2.dat

./testsnt r4 0 play 100 1 2 /raid/xmidas/test2.dat OC48
-Output data on SonetR4 module on 1st card, port 2,
from file /raid/xmidas/test2.dat.
-Output data is an OC48, which is aken directly from
file /raid/xmidas/test2.dat-with no cloning.
-Playback file once and stop.

./testsnt r4 0 acq 100 1 2 /raid/xmidas/test2.dat OC12
-From SonetR4 module on 1st card aqcuire 100 Gigabytes from port 2 to
filename /raid/xmidas/test2.dat
-Input signal is an OC12. Acquire entire signal to
file /raid/xmidas/test2.dat

./testsnt r4 0 play 100 1 2 /raid/xmidas/test2.dat OC12
-Output data on SonetR4 module on 1st card, port 2,
from file /raid/xmidas/test2.dat.
-Output data is an OC12, which is aken directly from
file /raid/xmidas/test2.dat-with no cloning.
-Playback file once and stop.

./testsnt r4 0 acq 100 1 2 /raid/xmidas/test2.dat OC3
-From SonetR4 module on 1st card aqcuire 100 Gigabytes from port 2 to
filename /raid/xmidas/test2.dat
-Input signal is an OC3. Acquire entire signal to
file /raid/xmidas/test2.dat

./testsnt r4 0 play 100 1 2 /raid/xmidas/test2.dat OC3
-Output data on SonetR4 module on 1st card, port 2,
from file /raid/xmidas/test2.dat.
-Output data is an OC3, which is aken directly from
file /raid/xmidas/test2.dat-with no cloning.
-Playback file once and stop.
</pre>

== Status ==
{{Status|eol}}

[[Category:Communication_modules]]
[[Category:EOL]]

@@ Line 198: / Line 198: @@
 Sourcing the build script will cause the program testsnt to be built.  During compilation of testsnt, progress messages will be printed to the user.
 {{pagebreak}}
-Zipped version of testsnt.c AND buildsnt.lnx:  [https://downloads.ice-online.biz/sntcfiles-20120909.zip sntcfiles.zip]
+Zipped version of testsnt.c AND buildsnt.lnx:  [https://downloads.ice-online.com/sntcfiles-20120909.zip sntcfiles.zip]
 === testsnt C Program Explanation/Examples ===

@@ Line 18: / Line 18: @@
 * OUTPUT: Port 1 is capable of "cloning" STM1, STM4, STM8, and STM16 to STM64
 * OUTPUT: Port 2 is capable of "cloning" STM1, STM4, and STM8 to STM16
-* [[Custom_integrated_subsystems|Custom subsystems]] capable of input/output of full STM16 rates are available
+* [[Customized_solutions|Custom subsystems]] capable of input/output of full STM16 rates are available
 '''Note:''' For use only with [[ICE-PIC5XL]] or [[ICE-PIC6]]

ICE-SONET-r4 - Revision history

Wikiadmin: Text replacement - "ice-online.biz" to "ice-online.com"

Wikiadmin: /* Features */

Wikiadmin: /* C Program Date: December 27, 2005 */

Wikiadmin: Created page with "Sonet Input/Output Fiber Module {{eolnotice|ICE-SONET-r6}} SONET-r4 Top File:Sonet-r4-chipside.jpg|thumb|SONE..."

Wikiadmin: Created page with "
Sonet Input/Output Fiber Module
{{eolnotice|ICE-SONET-r6}} SONET-r4 Top File:Sonet-r4-chipside.jpg|thumb|SONE..."