Features of 800ZR and 800G OpenZR+
Describes the 800ZR and 800G OpenZR+ features like application selection, transmit output power, loopback, and so on. This topic also includes the configuration steps of these features.
Application Selection for 800G OpenZR+
Describes about application selection on 800G OpenZR+ optics and its configuration.
The 800ZR and 800G OpenZR+ optics advertises supported applications for a particular speed. You can select any of the application based on your requirement. You can also switch between these applications. See Table 1 for devices that support application selection.
|
Application |
Host Interface Code Description |
Media Interface Code Description |
Speed |
|---|---|---|---|
|
1 |
800GAUI-8 S C2M (Annex 120G)(81 or 0x51) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
800G |
|
2 |
800GAUI-8 L C2M (Annex 120G)(82 or 0x52) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
800G |
|
3 |
400GAUI-4-S C2M (Annex 120G)(79 or 0x4F) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
2x400G |
|
4 |
400GAUI-4-L C2M (Annex 120G)(80 or 0x50) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
2x400G |
|
5 |
200GAUI-2-S C2M (Annex 120G)(77 or 0x4D) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
4x200G |
|
6 |
200GAUI-2-L C2M (Annex 120G)(78 or 0x4E) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
4x200G |
|
7 |
100GAUI-1-S C2M (Annex 120G)(75 0x4B) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
8x100G |
|
8 |
100GAUI-1-L C2M (Annex 120G)(76 or 0x4C) |
800ZR-A, 150 GHz DWDM (108 or 0x6C) |
8x100G |
| 9 | 200GAUI-2-L C2M (Annex 120G)(77 or 0x4D) | OpenZR+ ZR600-OFEC-8QAM(212) | 3x200G |
| 10 | 200GAUI-2-L C2M (Annex 120G)(78 0x4E) | OpenZR+ ZR600-OFEC-8QAM(212) | 3x200G |
| 11 | 100GAUI-1-S C2M (Annex 120G)(75 0x4B) | OpenZR+ ZR600-OFEC-8QAM(212) | 6x100G |
| 12 | 100GAUI-1-L C2M (Annex 120G)(76 0x4C) | OpenZR+ ZR600-OFEC-8QAM(212) | 6x100G |
| 13 | 400GAUI-8 C2M (Annex 120E)(17 or 0x11) | OpenZR+ ZR400-OFEC-QPSK(213) | 1x400G |
| 14 | 400GAUI-8 C2M (Annex 120E)(17 or 0x11) | ZR400-OFEC-8QAM-HA(55) | 1x400G |
| 15 | 200GAUI-4 C2M (Annex 120E)(15 or 0xF) | ZR400-OFEC-8QAM-HA(55) | 2x200G |
For example:
To display the configurable applications
-
Use the
show interfaces diagnostics optics-applications <interface>command to display the configurable applications.user@host> show interfaces diagnostics optics-applications et-0/0/12:0 Physical interface: et-0/0/12:0 Interface Name : et-0/0/12:0 Current Speed : 2x400G Ap Sel Host Intf Code Media Intf Code Host Lanes Media Lanes Host Assign Media Assign 1 800GAUI-8 S C2M (Annex 120G)(81) 800ZR-A, 150 GHz DWDM(108) 8 1 1 1 2 800GAUI-8 L C2M (Annex 120G)(82) 800ZR-A, 150 GHz DWDM(108) 8 1 1 1 3 400GAUI-4-S C2M (Annex 120G)(79) 800ZR-A, 150 GHz DWDM(108) 4 1 17 1 4 400GAUI-4-L C2M (Annex 120G)(80) 800ZR-A, 150 GHz DWDM(108) 4 1 17 1 5 200GAUI-2-S C2M (Annex 120G)(77) 800ZR-A, 150 GHz DWDM(108) 2 1 85 1 6 200GAUI-2-L C2M (Annex 120G)(78) 800ZR-A, 150 GHz DWDM(108) 2 1 85 1 7 100GAUI-1-S C2M (Annex 120G)(75) 800ZR-A, 150 GHz DWDM(108) 1 1 255 1 8 100GAUI-1-L C2M (Annex 120G)(76) 800ZR-A, 150 GHz DWDM(108) 1 1 255 1 9 200GAUI-2-S C2M (Annex 120G)(77) OpenZR+ ZR600-OFEC-8QAM(212) 2 1 21 1 10 200GAUI-2-L C2M (Annex 120G)(78) OpenZR+ ZR600-OFEC-8QAM(212) 2 1 21 1 11 100GAUI-1-S C2M (Annex 120G)(75) OpenZR+ ZR600-OFEC-8QAM(212) 1 1 63 1 12 100GAUI-1-L C2M (Annex 120G)(76) OpenZR+ ZR600-OFEC-8QAM(212) 1 1 63 1 13 400GAUI-8 C2M (Annex 120E)(17) OpenZR+ ZR400-OFEC-QPSK(213) 8 1 1 1 14 400GAUI-8 C2M (Annex 120E)(17) ZR400-OFEC-8QAM-HA(55) 8 1 1 1 15 200GAUI-4 C2M (Annex 120E)(15) ZR400-OFEC-8QAM-HA(55) 4 1 17 1
Follow the guidelines below while configuring speed and application selection:
-
If configured speed and application selection do not match, you receive a
The configuration is not supported due to speed mismatchalarm. -
You can switch between short and long application selection code for the same speed.
-
If you configure Nx200G, then you receive a
Invalid Port Speed Configuration, Refer 'show chassis pic'alarm. Configuration of host code, media code, and application selection id is not accepted and error message is logged. -
For 1x400G speed, application selection ID 14 with media code ZR400-OFEC-8QAM-HA is the default choice. If you want to configure 1x400G with media code OpenZR+ ZR400-OFEC-QPSK (213), you can do it by host/media/application selection code configuration.
-
If the host side is configured with 8x100G and the line side with 1x800G, the link status mismatch is expected.
-
Configure Application Selection on 800G OpenZR+ Optics
Describes the steps to configure application selection on 800G OpenZR+ optical transceivers.
Execute the following steps to configure the 800G OpenZR+ optics:
Transmit Optical Power for 800G OpenZR+
Describes transmit optical power and its ranges.
Optical Transmitter Power Management allows you to adjust the transmit optical power within a fiber-optic network, ensuring optimal signal strength and reliable network performance. This feature leverages a precise command to control the transmit (Tx) power settings, accommodating various vendor-specific modules with configurable ranges and resolution. By utilizing this functionality, you can adjust the power output to avoid issues like signal degradation or over-amplification. You can also tailor the settings to the specific hardware in use for enhanced network efficiency and troubleshooting.
Benefits
-
Ensures optimal signal strength by allowing precise adjustments to the transmit optical power, thereby maintaining reliable network performance.
-
Prevents signal degradation and over-amplification by enabling fine-tuning of power output, which helps avoid common issues in fiber-optic networks.
-
Enhances compatibility and performance by providing vendor-specific configurations, ensuring that power settings can be tailored to the specifications of different optical modules.
-
Facilitates efficient network planning and troubleshooting by allowing users to customize power settings based on specific ranges and resolutions, leading to more effective management of network operations
-
Improves overall network efficiency by enabling detailed adjustments to Tx power, which helps in achieving better signal quality and reduces the likelihood of network disruptions.
Configure Transmit Output Power
Describes the steps to configure transmit power.
When you configure transmit power, it is important to keep the value within a range. Keeping the transmit power value within the range ensures signal stability and network performance. The transmit power range varies between different vendors.
Execute the following steps to configure 800G OpenZR+:
root@user# run show interfaces diagnostics optics et-0/0/10 Physical interface: et-0/0/10 Module temperature : 41 degrees C / 105 degrees F Module voltage : 3.18 V Wavelength channel number : 28 Wavelength setpoint : 1550.12 nm Tx dither : Disabled Frequency error : 0.00 GHz Wavelength error : 0.0 nm TEC fault alarm : False Wavelength unlocked alarm : False Tx tune alarm : False Module temperature high alarm : Off Module temperature low alarm : Off Module temperature high warning : Off Module temperature low warning : Off Module voltage high alarm : Off Module voltage low alarm : Off Module voltage high warning : Off Module voltage low warning : Off Module temperature high alarm threshold : 76 degrees C / 168 degrees F Module temperature low alarm threshold : -6 degrees C / 21 degrees F Module temperature high warning threshold : 73 degrees C / 163 degrees F Module temperature low warning threshold : -3 degrees C / 26 degrees F Module voltage high alarm threshold : 3.63 V Module voltage low alarm threshold : 3.0 V Module voltage high warning threshold : 3.599 V Module voltage low warning threshold : 3.049 V Laser bias current high alarm threshold : 524.28 mA Laser bias current low alarm threshold : 0.0 mA Laser bias current high warning threshold : 524.28 mA Laser bias current low warning threshold : 0.0 mA Laser output power high alarm threshold : 0.199 mW / -7.00 dBm Laser output power low alarm threshold : 0.015 mW / -18.01 dBm Laser output power high warning threshold : 0.158 mW / -7.99 dBm Laser output power low warning threshold : 0.019 mW / -16.98 dBm Laser rx power high alarm threshold : 2.511 mW / 4.00 dBm Laser rx power low alarm threshold : 0.004 mW / -23.01 dBm Laser rx power high warning threshold : 1.995 mW / 3.00 dBm Laser rx power low warning threshold : 0.009 mW / -20.00 dBm Laser temperature high alarm threshold : 76 degrees C / 168 degrees F Laser temperature low alarm threshold : -6 degrees C / 21 degrees F Laser temperature high warning threshold : 73 degrees C / 163 degrees F Laser temperature low warning threshold : -3 degrees C / 26 degrees F Lane 0 Laser bias current : 234.8 mA Laser output power : 0.063 mW / -10.00 dBm ------------------>tx-power
Optical Loopback
Describes about the supported loopback types options in 800G OpenZR+.
An optical loopback involves testing the transmit and receive capabilities of a fiber-optic interface. This is typically performed by connecting the transmit port to the receive port using a known good fiber cable, ensuring that both ports are operational and the fiber-optic connection is functioning as expected.
The 800G OpenZR+ supports the following loopback types:
-
host-side-in: Loop host side input back to output
-
host-side-out: Loop host side output back to input
-
media-side-in: Loop media side input back to output
-
media-side-out : Loop media side output back into input
Benefits of Optical Loopback
-
Enhance network diagnostics by allowing comprehensive testing of signal paths within optics modules, ensuring all internal connections are functioning correctly.
-
Maintain high signal integrity by enabling precise verification of both host-side and media-side signal loops, reducing the risk of undetected errors.
- Increase network reliability by facilitating regular maintenance checks and immediate detection of issues, preventing potential network failures.
Use the following command to configure loopback options:
user@host# set interfaces et-<fpc>/<pic>/<port> optics-options loopback loopbacktype ? Possible completions: host-side-in Loop host side input back to output host-side-out Loop host side output back to input media-side-in Loop media side input back to output media-side-out Loop media side output back to input
Signal Power
Describes the command to get the signal power performace.
The show interface diagnostics optics et-<x/x/x> command shows the Rx
signal power in the mW/dBm format.