GL-X8016U-RP 16GE POE ONU

Product overview 

X8016U-RP is an EPON upstream, 16*1000M electrical ports with POE power supply function, a POE ONU specially designed for security. The ONU can directly provide users with IP data access. Based on the mature, stable and cost-effective EPON technology,it provides a PON interface and 16 100/1000M adaptive electrical interfaces. It adopts single fiber wavelength division multiplexing technology (downlink 1490nm, uplink 1310nm), only one optical fiber is connected to the OLT, the maximum transmission distance can reach 20 kilometers, and it supports the power-down reporting function. The 16 POE electrical ports have the function of automatically detecting and identifying PD devices that meet the IEEE 802 af/at standard and powering them, so there
is no need to worry about damaging PoE or non-PoE devices of private standards. It is an ideal choice for economical use of PoE to deploy wireless access points (AP) and IP-based network surveillance cameras for small business networks. It can effectively solve the problems of cumbersome maintenance, wireless coverage, terminal equipment power supply, and security monitoring engineering chief, saving engineering costs to the maximum.

Product feature

Meet the technical requirements of IEEE802.3ah-2005 and CTC EPON equipment

Support symmetrical 1Gbit/s rate

Support 1 LLID, support two-way FEC, support RS (255,239) FEC codec

Support downstream three-fold agitation, support AES128 decryption function

Support synchronous Ethernet function, support SBA and DBA bandwidth allocation

Support Dying-Gasp detection and reporting

Support mainstream ONU detection

Two-way wire-speed forwarding of Layer 2 data services, supporting 1K MAC address tables in bridge mode >Support 802.3, 802.1Q Tag/Untag Ethernet frame, support QinQ

Support flexible tag processing, compatible with CTC2.1, TR156 requirements

Support energy saving in line with CTC2.1 standard

Support L2, L3 (IPv4/6) multicast forwarding, support multiple forwarding methods, including: DMAC, DMAC +VLAN, DIP, IP+SIP,DIP+VLAN, DIP+SIP+VLAN

Support QOS function

Adopt single fiber wavelength division multiplexing technology (downlink 1490nm, uplink 1310nm), only need one optical fiber to connect with OLT, the transmission distance can reach 40 kilometers 

Installation and maintenance are easy to do, support local/remote multiple methods for management configuration and software upgrades, and cooperate with the central office OLT to achieve remote fault diagnosis and location functions, greatly reducing maintenance workload

The 100M electrical port supports power supply through wireless access points (AP) and network surveillance cameras (sur veillance cameras) via Category 5 Ethernet cables

POE power port supports IEEE802.3af/at standard PD equipment

Ultra-long-distance data transmission and power supply, with a distance of up to 100 meters, saves power lines, and can be flexibly installed for wireless AP and network monitoring equipment engineering

Store-and-forward exchange mechanism

Intelligent power supply, the lowest power consumption, to ensure the power demand of the PD

With power circuit protection function to protect the safety of back-end equipment

The zero configuration characteristic power is automatically supplied to the adaptive device

Fanless silent design, energy saving and environmental protection

The machine is designed with hanging ears, which can be flexibly placed in positions such as switches and walls

Support loop detection

Support port no connection power saving function

Technical parameters

Advantages of PON in monitoring applications

1. Reduce the cost of network construction, which is lower than traditional solutions. Traditional video surveillance systems mostly use video coaxial cables or Ethernet cables. For long-distance transmission, they use video optical transceivers+optical cables+video optical transceivers. However, with PON technology, one ONU can connect multiple IP cameras within a hundred meters range through Ethernet cables, greatly reducing the number of devices.

2. The overall network stability has been greatly improved. PON systems generally consist of splitters and optical fibers, with glass being the main component and having a long service life; Without active devices, common faults of active devices such as power outages, lightning strikes, and damage caused by overcurrent and overvoltage are avoided. The network has high reliability and significantly reduces maintenance costs.

3. The Yuncheng video surveillance network has a wide coverage range: it can provide 0.5-20KM long-distance video signal access, basically covering the range of medium-sized urban areas. The vast majority of cameras in the city can directly transmit image information to the local video surveillance platform through optical networks.

4. Large transmission bandwidth: The bandwidth of each ONU can be dynamically adjusted between 2M-1Gbps, and the average upstream bandwidth of each ONU is around 30M, which means that one OLT port (the backbone fiber can carry 100 video streams).

5. Flexible networking: The networking model is not limited, and different combinations of splitters can be used to flexibly form chain, tree, and star networks. The networking method can be adjusted according to the different geographical locations of the cameras and the different needs of customers to meet the rational configuration of network resources.

6. System expansion is simple. PON is transparent to a certain extent to the transmission system used, and the expansion operation on the transmission side is convenient when the number of monitoring points is needed.