Internet GPON

Gigabit Passive Optical Network (GPON) and Ethernet are two different data transmission technologies with their own characteristics. Some of the main differences between GPON and Ethernet include:

1. The method of data transmission:
   • GPON: uses optical cable.
   • Ethernet: typically uses copper cable such as Cat5e or Cat6 Ethernet cable.
2. Network topology:
   • GPON: typically uses a star topology where all nodes are connected to a central server via optical cable.
   • Ethernet: can use different topologies such as star, line, ring, or combinations of these.
3. Data transmission distance:
   • GPON: provides data transmission over optical cable over a long distance (up to several tens of kilometres).
   • Ethernet: typically has a limited transmission distance over copper cable (up to hundreds of metres for Gigabit Ethernet without the use of signal amplifiers).
4. Resource allocation:
   • GPON: uses a passive distribution medium, allowing bandwidth to be shared between different users without active devices on the transmission line.
   • Ethernet: requires active devices, such as commutators or hubs, to process and transmit data between devices.
5. Bandwidth:
   • GPON: provides high bandwidth, providing high-speed Internet access to many users at the same time.
   • Ethernet: bandwidth is limited and depends on the specific version and type of Ethernet and the use of switches or hubs.

What to choose — GPON or Ethernet — depends on the personal needs of the subscriber, the scale and requirements of a particular application.

GPON, like other Internet technologies, requires power. However, it is much easier to reserve equipment for GPON Internet operation due to the absence of active components on the signal transmission path. The main condition: both active equipment of the provider and Internet devices of the subscriber must be connected to the uninterrupted network.

Maxnet company provides redundant power supply of GPON equipment at server sites, so if the subscriber has a UPS, the Internet will work even without light.

To reserve power to your equipment, you can use a standard power bank paired with a DC-USB converter, or a mini UPS.

Power bank + DC-USB converter

For backup power supply of Wi-Fi router during blackouts, it is better to choose a model of power bank, which outputs different voltages: 5 V, 9 V and 12 V. Then you will only need a USB to DC cable with a 5.5/2.5 mm plug to power your router from a portable charger.

If the output voltage of your router is 9 V or 12 V, a USB-DC cable for 9 V or 12 V, respectively, without a trigger will do. In case the voltage is not more than 5 V, you need a cable with a trigger (switch) to boost it. To select the appropriate power switch cable, see the voltage and amperage specifications on the back of the router.

When you have everything you need to connect your Wi-Fi router to the power bank, it remains to plug the cable into the USB port on the power bank and the DC port on the router. Thus, your Internet will be able to work uninterruptedly for 4-6 hours from the moment of power outage (duration depends on the capacity of your power bank). If the external battery is equipped with a fast charging function, this allows you to fully charge it in 1-3 hours instead of the usual 6-8 hours.

Mini UPS

To connect the mini UPS to a switch or Wi-Fi router, do the following:

1. Disconnect your adapter from the AC mains and Wi-Fi router.
2. Connect the power adapter to the mini UPS, using the input connector if necessary.
3. Switch on the adapter and wait for the mini UPS to detect the input voltage.
4. Connect the output jack cable to the Wi-Fi router, using the output connector if necessary.

Depending on the power consumption of your devices, this compact UPS will provide up to 6-18 hours of autonomous operation from the moment of power failure.

An optical cable that transmits a light signal is fed to the subscriber's premises. The device that converts it into the electric one we are used to, which goes to the end subscriber equipment (router/PC) is an optical terminal ONT.

Depending on the technology standard used by the provider, these terminals may differ. In addition, there are ONT models that support many services other than Internet (eg, SIP, Wi-Fi, etc.). Therefore, it is necessary to choose an optical terminal taking into account all factors, and it is better to contact your provider to choose the model according to your needs.

We provide a wide range of Internet equipment for different requests and help you choose the appropriate models before connecting to GPON.

Today GPON Internet connection is relatively inexpensive. To connect GPON at a promotional price is sometimes even cheaper than Ethernet.

The price depends on many factors: the type of building, the availability of coverage at a particular address, the availability of the necessary equipment at the subscriber, etc.

If you want to connect GPON Internet, leave an application and our employees will consult you in detail.