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Rate Limit Type0
Document Date and version | 2020.08.03 |
Tested with ONT HALNy HL-1GE/2, HL-1GC, HL-4G, HL-4GMV | Supported on Version: V2.0.9 or above |
Tested with ONT HALNy HL-4GXV/-F, HL-4GQV/S/S2, HL-4GMV2/3/4 | Supported on Version: V3.0.10 or above |
Tested with ONT HALNy HL-1B, HL-2BV, HL-4G2 | Supported on Version: V4.0.5 or above |
Tested with ONT HALNy HL-4BX3V-F, HL-4GX3VR | Supported on Version: V5.0.9 or above |
Revision | 1 |
Let us know how to improve below document on: support@halny.com |
Service-mode HGU
Rate-limit Type0 of ONT working in HGU mode can be configured via WWW, XML provisioning or via CLI (by OLT). It is supported by all DASAN OLTs (all models) and Zyxel. Here is a table with supported features.
Each CoS value in Rate Limit tab corresponds with 802.1p value in WAN 802.1q settings. For example, if WAN0 for the Internet is set to 802.1p – 0, then rate-limit has to be set for CoS 0. If You change 802.1p WAN0 for a different value, You will have to change rate-limit settings for that CoS also.
Firmware V2.0.X
Values entered for each CoS are set in Mbit/s, and value of 0 – means unlimited speed.
Firmware V3.X.X, V4.0.X, V5.0.X
Values entered for each CoS are set in Mbit/s, and value of 0 – means unlimited speed.
Set by: ONT – means that rate-limit configuration is not set in traffic-profile and settings on ONT are applied.
Set by: OLT – means that rate-limit configuration is set in traffic-profile and settings on ONT are ignored.
*To use Type0 Rate Limit – 8 gemports MUST BE USED
Below is an example of traffic-profile with rate-limit for ONT which supports Type0 rate-limit. Gemport 1-8 are mapped to CoS 0-7.
Downstream rate-limit is set to 100Mbit/s and upstream to 50Mbit/s,
traffic-profile HL-4GMV create
tcont 1
gemport 1/1-1/8
dba-profile DBA
tcont 2
gemport 2/1
dba-profile DBA
mapper 1
gemport count 8
gemport 1 rate-limit upstream 49984 49984
gemport 1 rate-limit downstream 99968 99968
mapper 2
gemport count 1
bridge 1
ani mapper 1
uni virtual-eth 1
bridge 2
ani mapper 2
link ip-host-config 1
ip-host-config 1
ip address dhcp
extended-vlan-tagging-operation 400
apply
Service-mode SFU
Rate-limit Type0 of ONT working in SFU mode can be configured via CLI (by OLT). It is supported by all DASAN OLTs (all models) and Zyxel. Here is a table with supported features.
Each CoS value in mapper section of traffic-profile corresponds with 802.1p value in single-traffic-frame rule of extended-vlan-tagging-operation. For example, if WAN0 for the Internet is set to 802.1p – 2, then rate-limit has to be set for CoS 2. If You change 802.1p WAN0 for a different value, You will have to change rate-limit settings for that CoS also.
SFU Access mode
traffic-profile HL-1GE_SFU_ACCESS create
tcont 1
gemport 1/1
dba-profile DBA
tcont 2
gemport 2/1
dba-profile DBA
mapper 1
gemport count 1
gemport 1 rate-limit upstream 51200 51200
gemport 1 rate-limit downstream 102400 102400
mapper 2
gemport count 1
bridge 1
ani mapper 1
uni eth 1
extended-vlan-tagging-operation 400
max-frame 2036
bridge 2
ani mapper 2
link ip-host-config 1
ip-host-config 1
ip address dhcp
extended-vlan-tagging-operation MGMT
apply
!
extended-vlan-tagging-operation 400 create
downstream-mode enable
untagged-frame 1
treat inner vid 400 cos 0 tpid 0x8100
apply
SFU Transparent mode
traffic-profile HL-1GE_TRANSPARENT-RL create
tcont 1
gemport 1/1-1/8
dba-profile DBA
tcont 2
gemport 2/1
dba-profile DBA
mapper 1
gemport count 8
gemport 3 rate-limit downstream 25600 25600
gemport 5 rate-limit downstream 51200 51200
gemport 7 rate-limit downstream 51200 51200
gemport 3 rate-limit downstream 76800 76800
gemport 5 rate-limit downstream 51200 51200
gemport 7 rate-limit downstream 102400 102400
mapper 2
gemport count 1
bridge 1
ani mapper 1
uni eth 1
multicast-profile MULTI-H66X
extended-vlan-tagging-operation Halny-Transparent
max-frame 2036
bridge 2
ani mapper 2
link ip-host-config 1
ip-host-config 1
ip address dhcp
extended-vlan-tagging-operation MGMT
apply
!
extended-vlan-tagging-operation Halny-Transparent create
downstream-mode enable
single-tagged-frame 1
filter inner vid 100 cos any tpid any
treat remove single
treat inner vid 100 cos 6 tpid copy-inner
single-tagged-frame 2
filter inner vid 200 cos any tpid any
treat remove single
treat inner vid 200 cos 4 tpid copy-inner
single-tagged-frame 3
filter inner vid 300 cos any tpid any
treat remove single
treat inner vid 300 cos 2 tpid copy-inner
apply