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- From: Frédéric LOUI <>
- To: Marcos Felipe Schwarz <>
- Cc: , Pedro Diniz <>, Fernando Nazareno Nascimento Farias <>, Michael Prieto Hernandez <>
- Subject: Re: [RARE-users] RES: Wedge interconnection using Juniper DAC cable.
- Date: Sun, 22 Aug 2021 19:35:49 +0200
- Dkim-filter: OpenDKIM Filter v2.10.3 zmtaauth02.partage.renater.fr 54488A01D2
Hi Marcos,
I hope you are doing well.
Thanks for taking this to the list so all potential new users can benefit from everyone’s experience.
I just did had a quick look at your new connection addition and as suggested by @MC36 () for this precise connection I manage
For LEONI DAC cable you had with servers, FEC was not mandatory.
For JUNIPER Interconnection with AOC FEC=‘RS’ has been set.
bf-sde.bf_pltfm.qsfp> dump-info 7
Port = 7
Module type identifier = QSFP28 (0x11)
Module = 100G AOC or 25GAUI C2M AOC
Vendor name = JUNIPER-INNO
Vendor P/N = TF-FC010-NJC
Vendor rev = 1A
Vendor S/N = 1FCS4410022
Date & lot code = 190307
Vendor OUI = 44-7C-7F
## MODULE STATUS
Status: 0x07 0x02
## OTHER MODULE INFO
Extended ID: 0xcc Ethernet Compliance: 0x80
Extended Ethernet Compliance: 0x01
Connector: 0x23
Spec compliance: 0x80 0x00 0x00 0x000x00 0x00 0x00 0x00
Encoding: 0x07
Nominal Bit Rate: 25500 MBps
Ext rate select compliance: 0x00
Length (SMF): 0 km
Length (OM3): 0 m
Length (OM2): 0 m
Length (OM1): 0 m
Length (Copper): 10 m
Device Tech: 0x00
Ext Module: 0x00
Wavelength tolerance: 0x07 0xd0
Max case temp: 0C
CC_BASE: 0x29
Options: 0x01 0x07 0xff 0xda
DOM Type: 0x08
Enhanced Options: 0x10
Reserved: 0x67
CC_EXT: 0xde
Vendor Specific:
37 34 30 2d 30 36 31 34 31 31 20 52 45 56 20 30
31 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
## INTERRUPT FLAGS
LOS: 0x00
Fault: 0x00
Temp: 0x00
Vcc: 0x00
Rx Power: 0x00 0x00
Tx Bias: 0x00 0x00
Reserved Set 3: 0x00 0x00
Reserved Set 4: 0x00 0x00
Reserved Set 5: 0x00 0x00
Vendor Defined: 0x00 0x00 0x00
## POWER/TEMPERATURE
Power set/LPMODE: 0x01
TX disable bits: 0x00
TX rate select bits: 0x00
Temperature: 33.468750 C
Supply Voltage: 3.298300 V
Channel Data: RX Power TX Power TX Bias
Channel 1: 0.83dBm -infdBm 7.08mA
Channel 2: 0.80dBm -infdBm 7.08mA
Channel 3: 0.98dBm -infdBm 7.08mA
Channel 4: 0.87dBm -infdBm 7.08mA
Reported RX Power is average power
bf-sde.bf_pltfm.qsfp>
Port = 7
Module type identifier = QSFP28 (0x11)
Module = 100G AOC or 25GAUI C2M AOC
Vendor name = JUNIPER-INNO
Vendor P/N = TF-FC010-NJC
Vendor rev = 1A
Vendor S/N = 1FCS4410022
Date & lot code = 190307
Vendor OUI = 44-7C-7F
## MODULE STATUS
Status: 0x07 0x02
## OTHER MODULE INFO
Extended ID: 0xcc Ethernet Compliance: 0x80
Extended Ethernet Compliance: 0x01
Connector: 0x23
Spec compliance: 0x80 0x00 0x00 0x000x00 0x00 0x00 0x00
Encoding: 0x07
Nominal Bit Rate: 25500 MBps
Ext rate select compliance: 0x00
Length (SMF): 0 km
Length (OM3): 0 m
Length (OM2): 0 m
Length (OM1): 0 m
Length (Copper): 10 m
Device Tech: 0x00
Ext Module: 0x00
Wavelength tolerance: 0x07 0xd0
Max case temp: 0C
CC_BASE: 0x29
Options: 0x01 0x07 0xff 0xda
DOM Type: 0x08
Enhanced Options: 0x10
Reserved: 0x67
CC_EXT: 0xde
Vendor Specific:
37 34 30 2d 30 36 31 34 31 31 20 52 45 56 20 30
31 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
## INTERRUPT FLAGS
LOS: 0x00
Fault: 0x00
Temp: 0x00
Vcc: 0x00
Rx Power: 0x00 0x00
Tx Bias: 0x00 0x00
Reserved Set 3: 0x00 0x00
Reserved Set 4: 0x00 0x00
Reserved Set 5: 0x00 0x00
Vendor Defined: 0x00 0x00 0x00
## POWER/TEMPERATURE
Power set/LPMODE: 0x01
TX disable bits: 0x00
TX rate select bits: 0x00
Temperature: 33.468750 C
Supply Voltage: 3.298300 V
Channel Data: RX Power TX Power TX Bias
Channel 1: 0.83dBm -infdBm 7.08mA
Channel 2: 0.80dBm -infdBm 7.08mA
Channel 3: 0.98dBm -infdBm 7.08mA
Channel 4: 0.87dBm -infdBm 7.08mA
Reported RX Power is average power
bf-sde.bf_pltfm.qsfp>
So far so good: :)
As the screenshot shows the port transitioned from DOWN -> UP after having set FEC to RS
RIO0001#conf t
RIO0001(cfg)#server p4lang p4
RIO0001(cfg-server)#export-port sdn7 180 100 3 1 0
RIO0001(cfg-server)#end
RIO0001(cfg)#server p4lang p4
RIO0001(cfg-server)#export-port sdn7 180 100 3 1 0
RIO0001(cfg-server)#end
...

LLDP is activated from the sdn7@WEDGE, and also it seems that the remote end is sending some packet.
Ping However is not working (you used: 200.143.232.255/31 )
RIO0001#sh run sdn7
interface sdn7
description WAN PORT -> JUNIPER
mtu 1500
macaddr 0014.127b.3d43
lldp enable
vrf forwarding inet
ipv4 address 200.143.232.255 255.255.255.254
no shutdown
log-link-change
exit
interface sdn7
description WAN PORT -> JUNIPER
mtu 1500
macaddr 0014.127b.3d43
lldp enable
vrf forwarding inet
ipv4 address 200.143.232.255 255.255.255.254
no shutdown
log-link-change
exit
RIO0001#ping 200.143.232.255 /vrf inet
pinging 200.143.232.255, src="null," vrf=inet, cnt=5, len=64, tim=1000, gap=0, ttl=255, tos=0, fill=0, sweep=false, multi=false, detail=false
!!!!!
result=100%, recv/sent/lost/err=5/5/0/0, rtt min/avg/max/total=0/0/1/2
RIO0001#ping 200.143.232.254 /vrf inet
pinging 200.143.232.254, src="null," vrf=inet, cnt=5, len=64, tim=1000, gap=0, ttl=255, tos=0, fill=0, sweep=false, multi=false, detail=false
.....
result=0%, recv/sent/lost/err=0/5/5/0, rtt min/avg/max/total=10000/0/0/5002
RIO0001#ping 200.143.232.254 /vrf inet
pinging 200.143.232.254, src="null," vrf=inet, cnt=5, len=64, tim=1000, gap=0, ttl=255, tos=0, fill=0, sweep=false, multi=false, detail=false
.....
result=0%, recv/sent/lost/err=0/5/5/0, rtt min/avg/max/total=10000/0/0/5001
RIO0001#sh ipv4 arp sdn7
mac address time static
pinging 200.143.232.255, src="null," vrf=inet, cnt=5, len=64, tim=1000, gap=0, ttl=255, tos=0, fill=0, sweep=false, multi=false, detail=false
!!!!!
result=100%, recv/sent/lost/err=5/5/0/0, rtt min/avg/max/total=0/0/1/2
RIO0001#ping 200.143.232.254 /vrf inet
pinging 200.143.232.254, src="null," vrf=inet, cnt=5, len=64, tim=1000, gap=0, ttl=255, tos=0, fill=0, sweep=false, multi=false, detail=false
.....
result=0%, recv/sent/lost/err=0/5/5/0, rtt min/avg/max/total=10000/0/0/5002
RIO0001#ping 200.143.232.254 /vrf inet
pinging 200.143.232.254, src="null," vrf=inet, cnt=5, len=64, tim=1000, gap=0, ttl=255, tos=0, fill=0, sweep=false, multi=false, detail=false
.....
result=0%, recv/sent/lost/err=0/5/5/0, rtt min/avg/max/total=10000/0/0/5001
RIO0001#sh ipv4 arp sdn7
mac address time static
À bientôt,
-- Frederic
-- Frederic
Le 21 août 2021 à 12:39, mc36 <> a écrit :
hi,
as far as i know, for 100g, the setting the fec is mandatory...
regards,
cs
On 8/20/21 3:39 PM, Marcos Felipe Schwarz wrote:Just correcting that the cable is AOC not DAC.
Regards,
Marcos Schwarz
*De:*Marcos Felipe Schwarz
*Enviada em:* sexta-feira, 20 de agosto de 2021 08:52
*Para:*
*Cc:* Pedro Diniz <>; Fernando Nazareno Nascimento Farias <>; Michael Prieto Hernandez <>
*Assunto:* Wedge interconnection using Juniper DAC cable.
Hi everyone,
We are using RARE OS at RNP on a EdgeCore Wedge, and we are trying to setup an interconnect from it to a Juniper Router using a 100G DAC cable from Juniper.
I setup the port using the configuration below, but the cort continues DOWN. IÂ’d like some help with the configuration or with some troubleshoot options to try to find the problem.
interface sdn7
lldp enable
vrf forwarding inet
ipv4 address 200.143.232.255 255.255.255.254
no shutdown
log-link-change
exit
server p4lang p4
export-port sdn7 180 100 0 1 0
exit
-----+----+---+----+-------+----+--+--+---+---+---+--------+----------------+----------------+-
PORT |MAC |D_P|P/PT|SPEEDÂ |FEC |AN|KR|RDY|ADM|OPR|LPBKÂ Â Â |FRAMES RXÂ Â Â Â Â Â |FRAMES TXÂ Â Â Â Â Â |E
-----+----+---+----+-------+----+--+--+---+---+---+--------+----------------+----------------+-
7/0Â |17/0|180|3/52|100GÂ Â |NONE|Ds|Au|YES|ENB|DWN|Â NONEÂ |Â Â Â Â Â Â Â Â Â Â Â Â Â Â 0|Â Â Â Â Â Â Â Â Â Â Â Â Â Â 0|
Regards,
Marcos Schwarz
*Gerente de P&D | /R&D Manager/*
Gerência de Execução de P&D em Ciberinfraestrutura | /Management of R&D Execution in Cyberinfrastructure/
Diretoria de Pesquisa e Desenvolvimento | /Board of Research and Development/
RNP - Rede Nacional de Ensino e Pesquisa | /Brazilian National Research and Educational Network/
Promovendo o uso inovador de redes avançadas | /Promoting the innovative use of advanced networks/
http://www.rnp.br <http://www.rnp.br/> | +55 (19) 3787-3386 | Skype ID: marcos.f.sch**
Campinas - SP - Brasil | <>
- [RARE-users] Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/20/2021
- [RARE-users] RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/20/2021
- Re: [RARE-users] RES: Wedge interconnection using Juniper DAC cable., mc36, 08/21/2021
- Re: [RARE-users] RES: Wedge interconnection using Juniper DAC cable., Frédéric LOUI, 08/22/2021
- [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/23/2021
- Re: [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Frédéric LOUI, 08/23/2021
- [RARE-users] RES: RES: RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/23/2021
- Re: [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Frédéric LOUI, 08/23/2021
- Re: [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Frédéric LOUI, 08/23/2021
- [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/23/2021
- Re: [RARE-users] RES: Wedge interconnection using Juniper DAC cable., gall, 08/23/2021
- [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/23/2021
- Re: [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., mc36, 08/23/2021
- Re: [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., gall, 08/23/2021
- [RARE-users] RES: RES: RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/23/2021
- Re: [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., mc36, 08/23/2021
- [RARE-users] RES: RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/23/2021
- Re: [RARE-users] RES: Wedge interconnection using Juniper DAC cable., Frédéric LOUI, 08/22/2021
- Re: [RARE-users] RES: Wedge interconnection using Juniper DAC cable., mc36, 08/21/2021
- [RARE-users] RES: Wedge interconnection using Juniper DAC cable., Marcos Felipe Schwarz, 08/20/2021
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