GPON OLT, G5700-16P, 16×PON Port Mini Box OLT，10GE SFP+ Uplinks. The E-SHEN HS-G5700 series is a 1U high-density compact GPON OLT device available in three configurations: 4-,8-, or 16-port versions. It supports FTTx rapid access, meeting networking requirements for homes, campuses, office buildings, and enterprises. Each physical point is connected via a single fiber optic cable, enabling full-service network coverage.
Product Overview
The E-SHEN HS-G5700 series is a 1U high-density compact GPON OLT device available in three configurations: 4-,8-, or 16-port versions. It supports FTTx rapid access, meeting networking requirements for homes, campuses, office buildings, and enterprises. Each physical point is connected via a single fiber optic cable, enabling full-service network coverage.
application scenarios
The E-SHEN HS-G5700 series GPON OLT, designed as optical access office equipment for deployment in access rooms or access points, enables comprehensive construction of a full-service optical access platform. It connects downstream ONU devices via GPON to deliver various services to users and interfaces upstream with bearer and core networks through Ethernet. The E-SHEN HS-G5700 supports FTTx access with a single device, featuring a clear network architecture, low complexity, and exceptional ease of deployment.
product features
System Capabilities
It offers a maximum switching capacity of 160 Gbps, featuring 4 to 16 GPON interfaces with each PON port supporting up to 128 terminals. The OLT can be deployed at the cell level, reducing fiber optic consumption and space requirements in backbone optical networks.
It delivers robust L2 and L3 capabilities along with comprehensive VLAN functionality, including support for 802.1q VLAN standards such as VLAN tagging/untagging, VLAN forwarding, VLAN translation, N:1 VLAN aggregation, VLAN priority marking, VLAN filtering, and TPID modification. It also supports IEEE 802.1ad-compliant VLAN stacking and enhanced features like selective QinQ, fully meeting both network deployment planning and application requirements.
Supports multiple management protocols including EMS, WEB, SNMP, CLI, Telnet, and SSH. The E-SHEN network management system features a user-friendly graphical interface for unified management and maintenance of both OLT central office devices and client-end devices in the E-SHEN HS-G5700 series.
Supports T-CONT DBA functionality and complies with the G987.x standard.
Supports multi-service QoS mechanisms, with both uplink and downlink directions capable of meeting SLA agreement parameters.
Multi-scenario Applications
Supports various telecommunications services, including MAC address binding and filtering, bandwidth control, VLAN, traffic control, and other management functions.
Supports internal switching with Virtual Local Area Networks (VLANs) to meet the application requirements of enterprise and community networks.
Supports non-converged access for IPTV users, with a single device supporting up to 2048 multicast groups.
Smooth Evolution
Supports operation in Layer 3 switching mode, supports IPv4/IPv6 dual-stack and IPv6 multicast, and supports both static routing services and dynamic routing protocols. It meets operators' Layer 3 service requirements and network deployment needs, enabling a smooth transition from IPv4 to IPv6.
We GPON OLT web management interface
* The topology diagrams, architecture diagrams, and scenario deployment diagrams used on this page are for reference only and to meet specific needs in specific scenarios. If you need professional solutions for your actual scenario, please click "Customer Service Consultation" to submit your project requirements or consult online customer service. We will provide you with customized solutions.
* The scenario diagrams and equipment installation diagrams used on this page are for illustrative purposes only. Actual effects may vary due to individual product differences, software versions, usage conditions, installation methods, on-site environments, etc. Please refer to the actual usage.
* The data referenced on this page may vary depending on the actual on-site environment or equipment. The technical comparisons mentioned on the above page are for scientific explanation only and do not involve other purposes.
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Basic Specifications
description |
HS-G5700-04P |
HS-G5700-08P |
HS-G5700-16P |
size (W/H/D) mm | 483×44×220 | 483×44×220 | 483×44×220 |
working temperature | -10°C to +55°C | -10°C to +55°C | -10°C to +55°C |
relative humidity | 10% to 90% | 10% to 90% | 10% to 90% |
Total power consumption of the device | Approximately 40 W | Approximately 50 W | Approximately 66 W |
power supply system | Power supply: AC 220V (range: 90 V to 264 V) 15A Overcurrent Protection Dual-power supply redundancy protection | Power supply: AC 220V (range: 90 V to 264 V) 15A Overcurrent Protection Dual-power supply redundancy protection | Power supply: AC 220V (range: 90 V to 264 V) 15A Overcurrent Protection Dual-power supply redundancy protection |
Maximum Backplane Bandwidth | 160Gbps | 180Gbps | 260Gbps |
MAC Entry | 8K | 8K | 8K |
Ethernet Upper Link Interface | 4 × GE/10G XE SFP+ modules compatible with GE SFP optical/electrical modules | 4 × GE/10G XE SFP+ modules compatible with GE SFP optical/electrical modules | 4 × GE/10G XE SFP+ modules compatible with GE SFP optical/electrical modules |
PON Interface | 4*GPON SFP Supports Class B+, Class C+, and Class C++ optical modules | 8*GPON SFP Supports Class B+, Class C+, and Class C++ optical modules | 16*GPON SFP Supports Class B+, Class C+, and Class C++ optical modules |
configuration management | Supports EMS/Web/CLI/Telnet management modes. Supports SNMPv2/v3 Supports the SNTP network time protocol Update the software via FTP Flexible debugging methods | ||
Specification Details
Passive Optical Access Characteristics | GPON | Complies with ITU-T G.984.x/G.988.x standards A single PON port supports up to 128 terminal connections. A single PON port supports 4K GEM-PORT and 1K T-CONT. Downlink speed: 2.488 Gbit/s; Uplink speed: 1.244 Gbit/s Optical power loss: 28 dBm (Class B+), 32 dBm (Class C+) Supported wavelengths: Downlink center wavelength 1490 nm, Uplink center wavelength 1310 nm Maximum logical distance: 60 km; Maximum differential distance: 20 km Supports bidirectional FEC Supports AES-128 encryption Supports NSR (Non-Status Reporting) DBAs and SR (Status Reporting) DBAs Supports ONU terminal legitimacy authentication and reports unauthorized ONU registration events Supports batch, scheduled, and real-time ONU software upgrades Automatic discovery and manual configuration of ONU based on ITU-T G.984.3 Based on ITU-T G.984.3 and ITU-T G.984 for alarm and performance monitoring The OMCI protocol stack based on ITU-T G.984.4 and ITU-T G.988 Supports optical link parameter measurement and diagnostic functions, including alarm features for terminal power loss and fiber breakage. |
Second-layer Characteristics
| MAC address list | Complies with the IEEE 802.1d standard Supports 8K MAC address capacity Supports automatic MAC address learning and aging Supports static and dynamic MAC table entries |
VLAN | Supports 4096 VLANs Supports VLAN pass-through, 1:1 VLAN mapping, N:1 VLAN aggregation, and QinQ functionality Supports QinQ and Flexible QinQ (Stack VLAN) ports Supports adding, deleting, and replacing VLANs based on ONU service flows | |
RSTP | Compatible with Spanning Tree Protocol (STP) Support configuration of transmission limits (transmit-limit) Support configuration of spanning tree bridge priority Support configuration of Tree Max Age Supports rapid convergence | |
Port | Supports bidirectional bandwidth rate limiting for ports Support Port Storm Control Support Port ACL Function Support Port Isolation Support Port Mirroring Support Port Optical Module Management Support port traffic statistics and monitoring Supports static and LACP dynamic port aggregation | |
LACP | Link aggregation when supporting single or dual VLANs Support load-sharing mode Supports configuration of 2 TRUNK groups Support System Priority Configuration Feature | |
Business Features
| Ethernet protocol | IEEE 802.1D, Spanning Tree IEEE 802.1Q, VLAN IEEE 802.1ad, VLAN QinQ IEEE 802.1w, RSTP IEEE 802.3ad Physical Link State/Dynamic Aggregation (LACP) |
DHCPv4 & DHCPv6 | DHCP Relay /Snooping Supports device type identification using Option 60 string Customize Extended Device Types Supports inserting Option 82 information into DHCP relay packets DHCPv6 Relay | |
IP route | Supports IPv4/v6 static routing Supports IPv4 dynamic routing protocols including OSPF, ISIS, and BGP Supports IPv6 dynamic routing protocols including OSPFv3 and ISISv6 Supports 512 hardware IPv4 routing tables Supports 8K IPv4 ARP table entries Supports 8K IPv6 neighbor table entries | |
multicast | Supports IGMP v1/v2/v3, IGMP Snooping, and IGMP Proxy Supports MLDv1/v2, MLD Snooping, and Proxy Supports controlled multicast and VLAN-based IPTV multicast Supports 2048 hardware multicast tables | |
QoS | Supports data packet priority marking and flow classification Supports 8 priority queues and provides SP and WRR scheduling policies Supports CAR, traffic monitoring, and traffic shaping Supports congestion avoidance mechanisms, including Tail-Drop and WRED. | |
ACL | Support Standards and Extended ACLs Supports flow classification and definition based on source/destination MAC, source/destination IP, source/destination protocol port, VLAN ID, Ethernet protocol type, upper-layer IP protocol type, IP protocol version, 802.1p priority, IP priority, DSCP priority, and more. Supports packet mirroring and packet redirection for ports or custom flows Supports ACLs based on source IPv6 address, destination IPv6 address, port number, protocol type, and more | |
Security Features
| Link Protection | Supports multi-path backup Provide traffic protection during link failures Support BFD link fault detection |
Device Protection | Dual power supply board with redundant backup, supporting multiple redundancy modes including AC-AC, DC-DC, and AC-DC. | |
User Security | Anti-ARP spoofing, anti-ARP flood MAC Address Port Binding, MAC Address Filtering Support ACL-based control of TELNET access Supports authentication methods: Tacacs+, Radius, Local Enable, None | |
Device Security | Protects against various DOS attacks and virus attacks on the CPU Supports HTTPS Web Server Supports SSHv2 Secure Shell Support SNMPv3 encryption management Login and password mechanisms for Telnet that support Security IP Supports user-level protection to prevent unauthorized access by un authorized users | |
network security | Support one-click binding based on dynamic ARP tables Support manual binding of parameters such as IP address, VLAN ID, MAC address, and port Supports port broadcast/multicast suppression and automatic closure of risky ports Supports URPF unicast reverse path checking to prevent IP address spoofing and attacks Supports uploading user physical location information via DHCP Option 82 Supports plaintext and MD5 ciphertext authentication for OSPF and BGPv4 packets Supports data logs and the RFC 3164 BSD syslog protocol |
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