SmartClass Fiber OLP-87 PON Power Meter
The OLP-87 PON Power Meter enables simultaneous power measurement of all upstream & downstream wavelengths on live B/E/G-PON networks and is also compatible with next generation PON networks (XG(S)-PON, 10G EPON & NG-PON2).
The OLP-87 is an FTTx/PON power meter for use in activating and troubleshooting B-PON, E-PON and G-PON and next generation high speed 10G PON such as XG-PON and 10G-EPON networks, and higher capacity NG-PON2 networks. The OLP-87 combines a high-performance wavelength-selective power meter with pass/fail fiber inspection analysis capability into one portable solution.
Benefits of the VIAVI PON Power Meter
PON Power Meter Applications
Key Features of the OLP-87 PON Power Meter
What is a PON Power Meter?
A PON power meter is a dual band or wavelength selective optical power meter designed specifically for use on PON/FTTH networks. These meters are specifically designed for use during the network activation and service installation/activation phases of the network lifecycle. PON power meters have the ability to recognize and measure optical power for individual PON services, specifically measuring the optical power of the downstream wavelengths, for example G-PON or XGS-PON. In addition, PON power meters also support the co-existence of services on the same Passive Optical Network. Co-existence is where multiple services are being delivered over the same network, for example G-PON and XGS-PON or E-PON and 10G-EPON. A PON power meter can isolate each downstream wavelength and provide a clear optical power measurement for each service/wavelength.
Why do you need a PON Power Meter
Based on market pressures and demand from subscribers, service speeds are increasing. In order to keep up, network operators and service providers are now looking towards higher capacity/speed technologies to help, and are making the move towards deploying the 10G services like XGS-PON and 10G-EPON. Where you have new PON networks it’s reasonable to assume that they will now just jump directly to the 10G services, however, for existing networks where there are already G-PON or E-PON services, running there will have to be a migration. It’s not possible to switch off the current services and move to 10G overnight. This would only be possible if you can coordinate a CPE (ONT) switch-out in all customers’ homes overnight, as well as the OLT switch over in the local/central office, and with a guarantee that there will be no hiccups with migrating the service provisioning. Plus, some customers may not want to be upgraded just yet so it’s crucial to phase a migration and have both G and XGS-PON services operating on the same PON.
Traditional power meter tools like broadband power meters simply cannot be used in these co-existence scenarios. The reason is because of the way they are designed and the way they operate cannot separate individual service wavelengths. In fact, what they will do is sum together all wavelengths presented to their input (measurement port) and will give an inaccurate (and typically high) power level measurement. This can lead to extra unnecessary optical attenuation being added to reduce power levels to a range acceptable for the CPE (ONT/ONU) devices. Unfortunately, attenuators reduce optical power for all service wavelengths which then results in CPE devices that won’t activate service due to power levels now being too low, or borderline installs where service can suddenly cut out.
If there is only one service present on a PON you might be forgiven for thinking you are in the clear and can go back to using your broadband power meter, or even not bothering with any test or measurement, but how do you know which service is actually present? Is it G-PON or XGS-PON? You need to know as this will determine what type of CPE (ONT/ONU) gets installed. If the wrong CPE is chosen and installed, the device will never activate, and the customer will be without service. A PON power meter is necessary as it will indicate which wavelength/service is present where a broadband power meter will not.
Best. nr. VIA-OLP-87
SmartClass Fiber OLP-87 PON Power Meter
The OLP-87 PON Power Meter enables simultaneous power measurement of all upstream & downstream wavelengths on live B/E/G-PON networks and is also compatible with next generation PON networks (XG(S)-PON, 10G EPON & NG-PON2).
The OLP-87 is an FTTx/PON power meter for use in activating and troubleshooting B-PON, E-PON and G-PON and next generation high speed 10G PON such as XG-PON and 10G-EPON networks, and higher capacity NG-PON2 networks. The OLP-87 combines a high-performance wavelength-selective power meter with pass/fail fiber inspection analysis capability into one portable solution.
Benefits of the VIAVI PON Power Meter
PON Power Meter Applications
Key Features of the OLP-87 PON Power Meter
What is a PON Power Meter?
A PON power meter is a dual band or wavelength selective optical power meter designed specifically for use on PON/FTTH networks. These meters are specifically designed for use during the network activation and service installation/activation phases of the network lifecycle. PON power meters have the ability to recognize and measure optical power for individual PON services, specifically measuring the optical power of the downstream wavelengths, for example G-PON or XGS-PON. In addition, PON power meters also support the co-existence of services on the same Passive Optical Network. Co-existence is where multiple services are being delivered over the same network, for example G-PON and XGS-PON or E-PON and 10G-EPON. A PON power meter can isolate each downstream wavelength and provide a clear optical power measurement for each service/wavelength.
Why do you need a PON Power Meter
Based on market pressures and demand from subscribers, service speeds are increasing. In order to keep up, network operators and service providers are now looking towards higher capacity/speed technologies to help, and are making the move towards deploying the 10G services like XGS-PON and 10G-EPON. Where you have new PON networks it’s reasonable to assume that they will now just jump directly to the 10G services, however, for existing networks where there are already G-PON or E-PON services, running there will have to be a migration. It’s not possible to switch off the current services and move to 10G overnight. This would only be possible if you can coordinate a CPE (ONT) switch-out in all customers’ homes overnight, as well as the OLT switch over in the local/central office, and with a guarantee that there will be no hiccups with migrating the service provisioning. Plus, some customers may not want to be upgraded just yet so it’s crucial to phase a migration and have both G and XGS-PON services operating on the same PON.
Traditional power meter tools like broadband power meters simply cannot be used in these co-existence scenarios. The reason is because of the way they are designed and the way they operate cannot separate individual service wavelengths. In fact, what they will do is sum together all wavelengths presented to their input (measurement port) and will give an inaccurate (and typically high) power level measurement. This can lead to extra unnecessary optical attenuation being added to reduce power levels to a range acceptable for the CPE (ONT/ONU) devices. Unfortunately, attenuators reduce optical power for all service wavelengths which then results in CPE devices that won’t activate service due to power levels now being too low, or borderline installs where service can suddenly cut out.
If there is only one service present on a PON you might be forgiven for thinking you are in the clear and can go back to using your broadband power meter, or even not bothering with any test or measurement, but how do you know which service is actually present? Is it G-PON or XGS-PON? You need to know as this will determine what type of CPE (ONT/ONU) gets installed. If the wrong CPE is chosen and installed, the device will never activate, and the customer will be without service. A PON power meter is necessary as it will indicate which wavelength/service is present where a broadband power meter will not.
