GPON SFP Transceiver Manufacturers Company

GPON SFP Transceiver manufacturers Company

Today i will share you GPON SFP Transceiver manufacturers Company list.

“What’s your EPON ONU,OLT chipset?”
“Can your OLT/ONU work with other brand ONU/OLT?”
Broadcom, Qualcomm chipset,TK3715, QCA8821, BCM6828F, TK3721 and etc…
There are various chipset solutions and IC(Integrated Circuit) specifications on the market, when we are purchasing the FTTH PON equipment, which would be a headache problem to choose.

Main IC(Integrated Circuit) solutions of FTTH PON

Today, FOT Blog try to collect all the main current IC manufacturers and solutions for our FTTH project purchasing managers. bellow are the details GPON SFP Transceiver manufacturers Company list.

No.1 PMC-Sierra, Inc. (Strong in FTTH OLT solution)

For PMC-Sierra, success is all about networking. The company develops and markets some 730 semiconductor products designed to support the Internet infrastructures of corporations and enterprise clients, as well as the communications networking equipment industry. Its controllers, mappers, multiplexers, processors, switches, and transceivers are used in laser and multifunction printers, servers and storage devices, communications infrastructure equipment, and fiber-to-the-home equipment. OEM customers include Alcatel-Lucent, Cisco, EMC, HP, Huawei, and ZTE. PMC-Sierra sells products directly and through distributors. It is said that got a strong role in the OLT IC Chipset solution.

No.2 Marvell Technology Group Ltd. (Popular in Asia/Pacific region)

Marvell Technology Group offers digital and mixed-signal integrated circuits for data storage and broadband communications applications. Products include read channels (which convert analog data from a magnetic disk into digital data for computing), preamplifiers, and Ethernet switch controllers and transceivers. The fabless semiconductor company draws most of its sales from a few customers, including Western Digital, Toshiba, and Samsung Electronics. Marvell also gets most of its sales in the Asia/Pacific region.

No.3 HiSilicon solution. (Compatible E/GPON IC solution)

HiSilicon is a microchip manufacturer company created by Huawei, from China.
HiSilicon products cover wireless networks, fixed networks, digital media and other areas of chip solutions, successfully applied in more than 100 countries and regions; in the field of digital media, has launched a network monitoring chip solutions, video phone chip and solutions, DVB and IPTV solutions chips and chip solutions. After years’ accumulation, Hisilicon has become a new challenger in PON IC Solution area.

No.4 Realtek Semiconductor Corp. (A new Challenger)

A fabless semiconductor company situated in Taiwan.Realtek manufactures and sells a wide variety of products throughout the world,
and its product lines broadly fall into three categories: communications network ICs, computer peripheral ICs and multimedia ICs.
Communications network IC products manufactured and marketed by Realtek include: network interface controllers, physical layer
controllers (PHYceivers), network switch controllers, gateway controllers, wireless LAN ICs, as well as ADSL router controllers. As a new challenger in this PON area, it’s GPON solution is coming to us.

No.5 MediaTek Inc. (GPON solution)

MediaTek was originally a unit of United Microelectronics Corporation (UMC) tasked with designing chipsets for home entertainment products.The company primarily designed chipsets for optical drives and digital TVs.By early 2000, MediaTek was among the world’s largest suppliers for both these products.In 2004, the company launched a new division to design solutions for mobile devices. Seven years later, it was taking orders for more than 500 million mobile system-on-chip units per annum, which included solutions for both feature phones and smart devices. After years’ accumulation, Similar to Realtek, MediaTek has become a new challenger in PON IC Solution area.

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Traffic Shaping Configure ZTE OLT

Traffic Shaping Configure ZTE OLT

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Today i will be discuss how to traffic shaping configure ZTE OLT.

Prerequisites:

  • Make sure that the network device works normally.
  • Log in to the ZXA10 C220 through HyperTerminal or Telnet.

Context:

Traffic shaping controls the speed rate of the output packets so that the packets are sent at a constant speed. Traffic shaping is used to match the packet speed rate to that of the receiving device, to avoid congestion or packet discarding. Traffic shaping caches packets which exceed rate limit, to ensure that the packets are sent at a constant speed. Traffic shaping may cause delay.

To configure the traffic shaping, perform the following steps:

Step-1. Use the configure terminal command to enter global configuration mode.
Step-2. Use the interface command to enter the interface configuration mode.
Step-3. Use the qos traffic-shape command to configure traffic shaping.

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Traffic Limit Configure ZTE GPON OLT

Traffic Limit Configure ZTE GPON OLT

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Today i will be discuss how to Traffic Limit Configure ZTE GPON OLT.

Prerequisites:

  • Make sure that the network device works normally.
  • Log in to the ZXA10 C220 through HyperTerminal or Telnet.

Context:

Traffic limit restrains bandwidth limit of certain service traffic.
When the service bandwidth exceeds the limit, the optional actions are as follows:

  • Discard or forward the packets.
  • Modify DSCP of the packets.
  • Modify drop precedence of the packets.

To configure the traffic limit, perform the following steps:

Step-1. Use the configure terminal command to enter global configuration mode.
Step-2. Use the acl command to configure ACL.
Step-3. Use the rule command to configure ACL rule.
Step-4. Use the traffic-limit in command to configure traffic limit.
Step-5. Use the interface command to enter interface configuration mode.
Step-6. Use the ip access-group command to apply the ACL to port.

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UAPs Uplink master slave port configure ZTE OLT

UAPs Uplink master slave port configure ZTE OLT

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Today i will be discuss how to UAPs Uplink master slave port configure ZTE OLT

Prerequisites:

  • Make sure that the network device works normally.
  • Uplink ports work normally.
  • Log in to the ZXA10 C220 through HyperTerminal or Telnet.

Context:

ZXA10 C220 supports UAPS. When the working uplink port is faulty, the service is switched to the backup uplink port automatically.

To configure the UAPS, perform the following steps:

1. Use the configure terminal command to enter global configuration mode.
2. Use the uaps-group command to configure UAPS group.
3. Use the port command to configure main and backup ports of UAPS group.
4. Use the revertive enable command to enable UAPS auto-recovery function.
5. Use the swap command to swap UAPS master and slave ports by force.
6. Use the switch command to configure UAPS group properties.
7. Use the next-hop command to configure UAPS next hop IP address of link detection.
8. Use the retry-link-detect command to configure UAPS retry times of link detection.
9. Use the interval-link-detect command to configure UAPS interval of link detection.
10. Use the show uaps groupid command to query UAPS configuration.

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Link Aggregation Configure ZTE GPON OLT

Link Aggregation Configure ZTE GPON OLT

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Today i will be discuss how to Link Aggregation Configure ZTE GPON OLT.

Prerequisites:

  • Make sure that the network device works normally.
  • Uplink ports work normally.
  • Log in to the ZXA10 C220 through HyperTerminal or Telnet.

Context:

LACP is a method to control the bundling of several physical ports together to form a single logical channel. LACP allows a network device to negotiate an automatic bundling of links by sending LACP packets to the peer (directly connected device that also implements LACP). The logical channel on the ZXA10 C220 is called smartgroup, which has the same VLAN properties as Ethernet port.

To configure the link aggregation, perform the following steps:

1. Use the configure terminal command to enter global configuration mode.
2. Use the interface smartgroup command to configure smartgroup.
3. Use the smartgroup load-balance command to configure load-balance mode.

Note: The ZXA10 C220 supports six types of load-balance:

  • Based on source IP address
  • Based on destination IP address
  • Based on source and destination IP addresses
  • Based on source MAC address
  • Based on destination MAC address
  • Based on source and destination MAC addresses

The default mode is based on source and destination MAC addresses.

4. Use the interface command to configure interface configuration mode.
5. Use the smartgroup mode command to configure smartgroup port and mode.

Note:

  • On: The port runs static trunk. Both end of the aggregated link should be set to the on mode.
  • Active: The port runs LACP in active negotiation mode.
  • Passive: The port runs LACP in passive negotiation mode.
  • It is recommended to set one end to active mode and the other end to passive, or set both ends to active.
  • The VLAN attribues of a member port should be consistent with that of the smartgroup. Otherwise, the port cannot be added to the smartgroup.

6. Use the show lacp internal command to query smartgroup configuration.

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TACACS Configure in ZTE OLT

TACACS Configure in ZTE OLT

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Today i will be discuss how to TACACS Configure in ZTE OLT.

Prerequisites:

  • Make sure that the network device works normally.
  • Log in to the ZXA10 C220 through HyperTerminal or Telnet.

Context:

TACACS+ is an AAA protocol. TACACS+ supports independent AAA functions, allowing different TACACS+ security servers to work as the authentication, authorization, and accounting servers.

To configure the TACACS+, perform the following steps:

1. Use the configure terminal command to enter global configuration mode.
2. Use the tacacs enable command to enable TACACS+ function.
3. Use the tacacs-server host command to configure TACACS+ server.
4. Use the tacacs-server key command to configure TACACS+ shared encryption key.
5. Use the tacacs-server packet command to configure TACACS+ packet size.
6. Use the tacacs-server timeout command to configure TACACS+ time-out period.
7. Use the aaa group-server tacacs+ command to configure TACACS+ AAA server group.
8. Use the server command to configure TACACS+ server IP address in the AAA server group.
9. Use the aaa accounting command to configure AAA accounting method.
10. Use the aaa authentication command to configure AAA authentication method.
11. Use the aaa authorization command to configure AAA authorization method.

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