0755-23179541 
sales@oyii.net.png)
8618926041961
Smart Cassette EPON OLT
Fiber Media Converter
Smart Cassette EPON OLT
Product Description
The Series Smart Cassette EPON OLT are the high-integration and medium-capacity cassette and They are designed for operators’ access and enterprise campus network. It follows the IEEE802.3 ah technical standards and meets the EPON OLT equipment requirements of YD/T 1945-2006 Technical requirements for access network——based on Ethernet Passive Optical Network (EPON) and China telecommunication EPON technical requirements 3.0. EPON OLT possesses excellent openness, large capacity, high reliability, complete software function, efficient bandwidth utilization and Ethernet business support ability, widely applied to the operator front-end network coverage, private network construction, enterprise campus access and other access network construction.
The EPON OLT series provides 4/8/16 * downlink 1000M EPON ports, and other uplink ports. The height is only 1U for easy installation and space saving. It adopts the advanced technology, offering efficient EPON solution. Moreover, it saves a lot cost for operators for it can support different ONU hybrid networking.
Product Features
|
Item |
EPON OLT 4/8/16PON |
|
|
PON Features |
IEEE 802.3ah EPON China Telecom/Unicom EPON Maximum 20 Km PON transmission distance Each PON port supports the max. 1:64 splitting ratio Uplink and downlink triple churning encrypted function with 128Bits Standard OAM and extended OAM ONU batch software upgrade, fixed time upgrade, real time upgrade PON transmit and inspect receiving optical power PON port optical power detection |
|
|
L2 Features |
MAC |
MAC Black Hole Port MAC Limit 16K MAC address |
|
|
VLAN |
4K VLAN entries Port-based/MAC-based/protocol/IP subnet-based QinQ and flexible QinQ (Stacked VLAN) VLAN Swap and VLAN Remark PVLAN to realize port isolation and saving public-vlan resources GVRP |
|
|
Spanning Tree |
STP/RSTP/MSTP Remote loop detecting |
|
|
Port |
Bi-directional bandwidth control Static link aggregation and LACP (Link Aggregation Control Protocol) Port mirroring |
| Item | EPON OLT 4/8/16PON | |
| PON Features | IEEE 802.3ah EPON | |
| China Telecom/Unicom EPON | ||
| Maximum 20 Km PON transmission distance | ||
| Each PON port supports the max. 1:64 splitting ratio | ||
| Uplink and downlink triple churning encrypted function with 128Bits | ||
| Standard OAM and extended OAM | ||
| ONU batch software upgrade, fixed time upgrade, real time upgrade | ||
| PON transmit and inspect receiving optical power | ||
| PON port optical power detection | ||
| L2 Features | MAC | MAC Black Hole |
| Port MAC Limit | ||
| 16K MAC address | ||
| VLAN | 4K VLAN entries | |
| Port-based/MAC-based/protocol/IP subnet-based | ||
| QinQ and flexible QinQ (Stacked VLAN) | ||
| VLAN Swap and VLAN Remark | ||
| PVLAN to realize port isolation and saving public-vlan resources | ||
| GVRP | ||
| Spanning Tree | STP/RSTP/MSTP | |
| Remote loop detecting | ||
| Port | Bi-directional bandwidth control | |
| Static link aggregation and LACP (Link Aggregation Control Protocol) | ||
| Port mirroring | ||
| Security | User’s Security | Anti-ARP-spoofing |
| Features | Anti-ARP-flooding | |
| IP Source Guard create IP+VLAN+MAC+Port binding | ||
| Port Isolation | ||
| MAC address binding to the port and MAC address filtering | ||
| IEEE 802.1x and AAA/Radius authentication | ||
| Device Security | Anti-DOS attack (such as ARP, Syn-flood, Smurf, ICMP attack), ARP detection, worm and Msblaster worm attack | |
| SSHv2 Secure Shell | ||
| SNMP v3 encrypted management | ||
| Security IP login through Telnet | ||
| Hierarchical management and password protection of users | ||
| Network Security | User-based MAC and ARP traffic examination | |
| Restrict ARP traffic of each user and force-out user with abnormal ARP traffic | ||
| Dynamic ARP table-based binding | ||
| IP+VLAN+MAC+Port binding | ||
| L2 to L7 ACL flow filtration mechanism on the 80 bytes of the head of user-defined packet | ||
| Port-based broadcast/multicast suppression and auto-shutdown risk port | ||
| URPF to prevent IP address counterfeit and attack | ||
| DHCP Option82 and PPPOE+ upload user’s physical location | ||
| Plaintext authentication of OSPF, RIPv2 and BGPv4 packets and | ||
| MD5 | ||
| cryptograph authentication | ||
| IP Routing | IPv4 | ARP Proxy |
| DHCP Relay | ||
| DHCP Server | ||
| Static Routing | ||
| RIPv1/v2 | ||
| OSPFv2 | ||
| BGPv4 | ||
| Equivalent Routing | ||
| Routing Strategy | ||
| IPv6 | ICMPv6 | |
| ICMPv6 Redirection | ||
| DHCPv6 | ||
| ACLv6 | ||
| OSPFv3 | ||
| RIPng | ||
| BGP4+ | ||
| Configured Tunnels | ||
| ISATAP | ||
| 6to4 Tunnels | ||
| Dual stack of IPv6 and IPv4 | ||
| Service Features | ACL | Standard and extended ACL |
| Time Range ACL | ||
| Flow classification and flow definition based on source/destination | ||
| MAC address, VLAN, 802.1p, TOS, Diff Serv, source/destination IP(IPv4/IPv6) address, TCP/UDP port number, protocol type, etc. | ||
| packet filtration of L2～L7 deep to 80 bytes of IP packet head | ||
| QoS | Rate-limit to packet sending/receiving speed of port or self-defined flow and provide general flow monitor and two-speed tri-color monitor of self-defined flow | |
| Priority remark to port or self-defined flow and provide 802.1P, DSCP priority and Remark | ||
| CAR (Committed Access Rate), Traffic Shaping and flow statistics | ||
| Packet mirror and redirection of interface and self-defined flow Super queue scheduler based on port or self-defined flow. Each port/ flow supports 8 priority queues and scheduler of SP, WRR and SP+WRR. | ||
| Congestion avoid mechanism, including Tail-Drop and WRED | ||
| Multicast | IGMPv1/v2/v3 | |
| IGMPv1/v2/v3 Snooping | ||
| IGMP Filter | ||
| MVR and cross VLAN multicast copy | ||
| IGMP Fast leave | ||
| IGMP Proxy | ||
| PIM-SM/PIM-DM/PIM-SSM | ||
| PIM-SMv6, PIM-DMv6, PIM-SSMv6 | ||
| MLDv2/MLDv2 Snooping | ||
| Reliability | Loop | EAPS and GERP (recover-time <50ms) |
| Protection | Loopback-detection | |
| Link | Flex Link (recover-time <50ms) | |
| Protection | RSTP/MSTP (recover-time <1s) | |
| LACP (recover-time <10ms) | ||
| BFD | ||
| Device | VRRP host backup | |
| Protection | 1+1 power hot backup | |
| Maintenance | Network | Port real-time, utilization and transmit/receive statistic based on Telnet |
| Maintenance | RFC3176s Flow analysis | |
| LLDP | ||
| 802.3ah Ethernet OAM | ||
| RFC 3164 BSD syslog Protocol | ||
| Ping and Traceroute | ||
| CLI, Console port, Telnet | ||
| Device | SNMPv1/v2/v3 | |
| Management | RMON (Remote Monitoring)1, 2, 3, 9 groups MIB | |
| NTP | ||
| NGBN View network management | ||
Technical Specifications
|
Item 4PON 8PON 16PON |
|||
|
Switching Capacity |
128Gbps |
||
|
Forwarding Capacity (Ipv4/Ipv6) |
95.23Mpps |
||
|
Service Port |
4*PON port, 4*10GE/GE SFP+8GE |
8*PON port, 4*10GE/GE SFP +8GE |
16*PON, 4*GE SFP, 4*GE COMBO port, 2*10GE/GE SFP |
|
Redundancy Design |
Built-in double power supply, including AC, double DC, AC+DC, single AC, single DC distinguished via model |
Pluggable double power supply, double AC, double DC and AC+DC |
|
|
Power Supply |
AC: input100～240V 47/63Hz DC: input36V～75V |
||
|
Power Consumption |
≤40W |
≤45W |
≤85W |
|
Dimensions (Width x Depth x Height) |
440mm×44mm×311mm |
442mm×44mm×380mm |
|
|
Weight (Full-Loaded) |
≤3kg |
||
|
Environmental Requirements |
Working temperature: -10°C～55°C Storage temperature: -40°C～70°C Relative humidity: 10%～90%, non-condensing |
||
Dimensions
|
EPONOLT4PON |
1RU19 inch 1+1 power redundancy 4* fixed EPON port 4*10GE SFP+ 8 * GE 1* console port full-load power consumption≤40 W |
|
EPONOLT8PON |
1RU19 inch 1+1 power redundancy 8* fixed EPON port 4*10GE SFP +8* GE 1* console port full-load power consumption≤45 W |
|
EPONOLT16PON |
1RU19 inch 1+1 power redundancy 16 * fixed EPON port 4 * GE SFP, 4*GE COMBO port, 2*10GE SFP 1* console port：- 1 - full-load power consumption≤85W |
Ordering information
|
Product name |
Product description |
|
4PON |
4*PON port, 4*10GE/GE SFP +4GE, dual power with optional |
|
8PON |
8*PON port, 4*10GE/GE SFP +8GE, dual power with optional |
|
16PON |
16*PON, 4*GE SFP, 4*GE COMBO port, 2*10GE/GE SFP, pluggable power supply |
|
NG01PWR100AC |
power module for NG01PWR100AC, 16PON |
|
NG01PWR100DC |
power module for NG01PWR100DC, 16PON |
-
LC Type
Fiber optic adapter, sometimes also called a coupler, is a small device designed to terminate or link fiber optic cables or fiber optic connectors between two fiber optic lines. It contains the interconnect sleeve that holds two ferrules together. By precisely linking two connectors, fiber optic adapters allow the light sources to be transmitted at their maximum and minimize the loss as much as possible. At the same time, fiber optic adapters have the advantages of low insertion loss, good interchangeability, and reproducibility. They are used to connect optical fiber connectors such as FC, SC, LC, ST, MU, MTRJ, D4, DIN, MPO, etc. They are widely used in optical fiber communications equipment, measuring appliances, and so on. The performance is stable and reliable. -
ONU 1GE
The 1GE is a single port XPON fiber optic modem, which is designed to meet the FTTH ultra-wide band access requirements of home and SOHO users. It supports NAT / firewall and other functions. It is based on stable and mature GPON technology with high cost-performance and layer 2 Ethernet switch technology. It is reliable and easy to maintain, guarantees QoS, and fully conforms to ITU-T g.984 XPON standard. -
SC Type
Fiber optic adapter, sometimes also called a coupler, is a small device designed to terminate or link fiber optic cables or fiber optic connectors between two fiber optic lines. It contains the interconnect sleeve that holds two ferrules together. By precisely linking two connectors, fiber optic adapters allow the light sources to be transmitted at their maximum and minimize the loss as much as possible. At the same time, fiber optic adapters have the advantages of low insertion loss, good interchangeability, and reproducibility. They are used to connect optical fiber connectors such as FC, SC, LC, ST, MU, MTRJ, D4, DIN, MPO, etc. They are widely used in optical fiber communications equipment, measuring appliances, and so on. The performance is stable and reliable. -
OYI-FATC 16A Terminal Box
The 16-core OYI-FATC 16A optical terminal box performs in accordance with the industry standard requirements of YD/T2150-2010. It is mainly used in the FTTX access system terminal link. The box is made of high-strength PC, ABS plastic alloy injection molding, which provides good sealing and aging resistance. In addition, it can be hung on the wall outdoors or indoors for installation and use. The OYI-FATC 16A optical terminal box has an inner design with a single-layer structure, divided into the distribution line area, outdoor cable insertion, fiber splicing tray, and FTTH drop optical cable storage. The fiber optical lines are very clear, making it convenient to operate and maintain. There are 4 cable holes under the box that can accommodate 4 outdoor optical cables for direct or different junctions,and it can also accommodate 16 FTTH drop optical cables for end connections. The fiber splicing tray uses a flip form and can be configured with 72 cores capacity specifications to accommodate the box’s expansion needs. -
Simplex Patch Cord
OYI fiber optic simplex patch cord, also known as a fiber optic jumper, is composed of a fiber optic cable terminated with different connectors at each end. Fiber optic patch cables are used in two major application areas: connecting computer workstations to outlets and patch panels or optical cross-connect distribution centers. OYI provides various types of fiber optic patch cables, including single-mode, multi-mode, multi-core, armored patch cables, as well as fiber optic pigtails and other special patch cables. For most of the patch cables, connectors such as SC, ST, FC, LC, MU, MTRJ, and E2000 (with APC/UPC polish) are available. Additionally, we also offer MTP/MPO patch cords. -
Jacket Round Cable
Fiber optic drop cable, also known as double sheath fiber drop cable, is a specialized assembly utilized for transmitting information via light signals in last – mile internet infrastructure projects. These optic drop cables typically incorporate one or multiple fiber cores. They are reinforced and safeguarded by specific materials, which endow them with outstanding physical properties, enabling their application in a wide range of scenarios.
If you're looking for a reliable, high-speed fibre optic cable solution, look no further than OYI. Contact us now to see how we can help you stay connected and take your business to the next level.
