High-Bandwidth Access: GPON technology provides high bandwidth of 2.5Gbps downstream and 1.25Gbps upstream, meeting users' demand for high-speed networks.
Multi-Service Support: Support multiple services such as data, voice and video (triple play), suitable for applications such as home broadband, enterprise dedicated lines and IPTV.
Flexible Uplink Ports: Provides a variety of uplink port options, such as GE (Gigabit Ethernet) and 10GE (10 Gigabit Ethernet) ports, which are convenient for connection to the upper network.
Network Management: Support multiple management methods, such as CLI (Command Line Interface), WEB, SNMP and Telnet, which is convenient for network administrators to configure and maintain.
HSGQ-G08R
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Two Types of Uplink Ports
Supports electrical modules and optical modules, and can be flexibly configured according to different networking.
With Robust Switching Function
Can save the core switch which the upper-end server access to, directly connect the device can be set up for use.
Efficient Security
Built-in multi-layer security mechanism, supports ACL, AAA management, and 802.1X authentication to ensure the security of data transmission and prevent unauthorized access.
Redundancy Design
Default single power supply, dual power supply optional, support for dual AC input and AC + DC input.
Multi-scenario FTTX solution
abundant terminal types can be choose
The HSGQ-G08R is an 8-port GPON OLT designed for centralized fiber access in FTTH and FTTx networks. It supports ITU-T G.984.x and G.988 standards, with downstream GPON bandwidth up to 2.5 Gbps and upstream bandwidth up to 1.25 Gbps.
With eight PON ports, the device provides more access capacity than compact 1-port or 2-port OLTs while remaining suitable for small ISP networks, apartment buildings, campuses, hotels, and commercial sites. Each PON port supports terminal access up to 20 km on a single fiber and a split ratio of up to 1:128, subject to the optical budget and actual ODN design.
For wider product selection, buyers can compare this model with other GPON OLT equipment according to PON port count, uplink type, ONU capacity, and management requirements.
Switching Capacity | 82Gbps |
Forwarding Capacity | 68.45Mpps |
Service Port | 8×PON port,4×GE RJ45, 2×GE SFP port,2×10GE SFP+ port |
Redundancy Design | Dual power supply |
Power Supply | AC:input 100~240V 50/60Hz |
Power Consumption | 55W |
Dimensions | 440mm(W)×380mm(L)×44mm(H) |
Weight(Full-Loaded) | ≤5kg |
Environmental Requirements | Working temperature: -10℃~55℃ |
The HSGQ-G08R product introduction highlights a Type-C Gigabit interface, USB backup configuration, and cloud management functions. These interfaces provide additional options for configuration, maintenance, and device management.
The USB interface can be used for configuration backup or restoration where supported by the selected software version. This provides a convenient local maintenance method when an administrator needs to recover or transfer device settings.
Cloud management helps network teams view and manage compatible equipment from a centralized platform. For multi-site FTTH projects, centralized management can reduce the need for technicians to visit every equipment room during routine configuration and status checks.
The HSGQ-G08R provides multiple uplink options for connection to upstream aggregation or core network equipment. The product specification lists:
4 × GE RJ45 ports
2 × GE SFP ports
2 × 10GE SFP+ ports
This combination allows network planners to select copper or optical uplinks according to switch compatibility, transmission distance, available fiber infrastructure, and required bandwidth.
The 10GE SFP+ interfaces are suitable for projects that need higher-capacity uplinks between the GPON OLT and the aggregation network. GE interfaces remain useful for existing network environments or deployments where the upstream bandwidth requirement is moderate.
For compatible optical modules, buyers can also review the available SFP module products and confirm wavelength, transmission distance, connector type, and optical budget before ordering.
The HSGQ-G08R supports electrical and optical uplink modules, allowing the same OLT platform to fit different network topologies. This is useful when one project uses copper uplinks while another connects directly to an optical aggregation switch.
The Open API function can support integration with a user’s network management or provisioning system where the required interface and software functions are available. Before deployment, system integrators should confirm API requirements, authentication methods, and the required management workflow.
Batch ONT management helps administrators configure, restart, and upgrade multiple ONTs more efficiently. This is particularly useful in apartment, hotel, campus, and small ISP projects where many subscriber terminals must be provisioned with consistent service settings.
The HSGQ-G08R is designed for networks that carry more than basic Internet access. Its supported functions include VLAN processing, DHCP services, IGMP multicast control, spanning tree protocols, link aggregation, and IPv4/IPv6-related network management.
The product supports STP, RSTP, and MSTP for loop prevention and topology management. DHCP Server, DHCP Snooping, and DHCP Relay functions can assist with address distribution and user-side traffic control.
For multicast services such as IPTV, IGMP Snooping, IGMP Fast Leave, IGMP Proxy, and compatibility with IGMPv3 help control multicast forwarding. Actual service behavior depends on the upstream network, ONU configuration, VLAN plan, and multicast service settings.
The port traffic and system monitoring functions provide visibility into port status, utilization, and transmit/receive statistics. Administrators can use this information to identify abnormal traffic patterns, link problems, or congestion during network operation.
Monitoring is useful during both commissioning and troubleshooting. For example, a sudden change in port utilization may indicate a loop, an incorrectly configured service, an overloaded uplink, or a subscriber-side issue.
The Web GUI, system logging, RFC 3164 BSD syslog support, and Ping function provide additional tools for daily maintenance. These functions allow technicians to combine real-time observation with event records when investigating network interruptions.
The HSGQ-G08R integrates switching functions such as link aggregation, port mirroring, traffic control, port isolation, and loop detection. These functions help the OLT connect access users with the upstream network while supporting controlled traffic forwarding.
Link aggregation can combine multiple physical links where supported by the connected network equipment. Port mirroring helps administrators copy selected traffic to a monitoring port for analysis.
Loop detection and spanning tree protocols help reduce the risk of network interruption caused by incorrect cabling or topology changes. In suitable network designs, the OLT’s switching functions may also reduce the need for an additional aggregation device between the access layer and the upstream network.
The device includes multiple security mechanisms for user, device, and network protection. These include anti-ARP spoofing, anti-ARP flooding, port isolation, MAC address binding, MAC filtering, ACL, and protection against abnormal broadcast or multicast traffic.
The security functions can be used to separate subscriber traffic, restrict unauthorized access, and control traffic entering the network. The device also supports IP, VLAN, MAC, and port binding for projects that require stricter association between users and network resources.
Device-side protection includes hierarchical user management, password protection, SSHv2, secure Telnet login options, and CPU protection against different types of DoS or virus-related traffic. Network administrators should combine OLT security settings with upstream firewall, switch, and user authentication policies.
The HSGQ-G08R uses a 1+1 power hot-backup design. The product supports optional dual power supply configurations, including dual AC input and AC plus DC input options.
Redundant power is useful for network rooms where service continuity is important and the OLT is expected to remain online during a power supply fault or maintenance operation. The actual power configuration should be confirmed during quotation because the standard and optional power arrangements may differ by order.
The 1U form factor also makes the device suitable for standard equipment cabinets and network rooms where rack space and maintenance access need to be considered together.
The HSGQ-G08R can be used in a range of FTTx projects, including:
Residential districts and apartment buildings
Hotels and commercial buildings
School campuses and office parks
Small ISP access networks
Industrial parks and remote access sites
Video, voice, and IPTV service networks
An 8-port GPON OLT is often a practical choice when a 1-port or 2-port device cannot provide enough access capacity, but a higher-density 16-port platform would leave too many ports unused.
For smaller projects, a 1-port GPON Mini OLT may be more appropriate. When the project needs a compact multi-port access platform, the 2-port GPON OLT can be considered as another option.
Before selecting the final model, confirm the expected ONU quantity, split ratio, fiber distance, uplink bandwidth, power arrangement, management method, and required service types.
ITU-T G.984.x/G.988 compliant.
Supports SN, LOID Password, and LOID plus LOID Password authentication modes.
Supports up to 20 km access over a single fiber.
Supports up to 128 ONUs on a single fiber and a 1:128 split ratio per PON port.
Supports 64 Kbit/s DBA granularity, standard OMCI management, ONU batch software upgrades, PON optical parameter detection, and automatic ONU registration with default profiles.
32K MAC address table, MAC Black Hole, and port MAC limit.
4K VLAN entries and port-based VLAN classification.
Supports uplink VLAN Swap, VLAN Remark, VLAN transparent transmission, VLAN tagging, VLAN stacking, and VLAN aggregation.
Supports STP, RSTP, MSTP, loop detection, link aggregation, port mirroring, and profile-based service-port configuration.
Supports static routing, DHCP Server, DHCP Snooping, DHCP Relay, and OSPF.
Supports IPv4 and IPv6 network environments.
Provides flexible multicast control through IGMP v1/v2 Snooping, IGMP Fast Leave, IGMP Proxy, and IGMPv3 compatibility.
Supports anti-ARP spoofing, anti-ARP flooding, port isolation, MAC address binding, and MAC address filtering.
Provides CPU protection against DoS and virus attacks, hierarchical user management, password protection, SSHv2, and IP-based secure Telnet login.
Supports MAC and ARP traffic examination, abnormal ARP traffic control, dynamic ARP binding, and IP+VLAN+MAC+Port binding.
Supports L2–L7 ACL flow filtering based on MAC, VLAN, 802.1p, ToS, DiffServ, IPv4/IPv6 address, TCP/UDP port, and protocol type.
Supports port-based broadcast/multicast suppression, automatic shutdown of risk ports, DHCP Option 82, and PPPoE+ physical location reporting.
Supports real-time port utilization and transmit/receive statistics.
Provides Web GUI, console, Telnet, SSH, out-of-band management, SNMP v1/v2, RMON groups 1/2/3/9 MIB, SMTP, Ping, data logging, and RFC 3164 BSD syslog.
Supports fan management, Open API, batch ONT configuration, restart, and software upgrade.
Supports port or flow-based rate limiting, CAR, traffic shaping, flow statistics, and two-speed three-color monitoring.
Supports packet mirroring, packet redirection, 802.1p and DSCP priority remarking.
Provides eight priority queues per port or flow with SP, WRR, and SP+WRR scheduling.
Supports Tail Drop and WRED congestion avoidance.
Provides loopback detection, RSTP/MSTP link protection with recovery below 1 second, link aggregation recovery below 10 milliseconds, and 1+1 power hot backup.
The product supports up to 128 ONUs on a single fiber and up to a 1:128 split ratio per PON port. Practical deployment capacity depends on optical budget, bandwidth allocation, service profiles, and the ONU models used.
The product specification lists 4 × GE RJ45 ports, 2 × GE SFP ports, and 2 × 10GE SFP+ ports. The appropriate uplink should be selected according to the upstream switch, fiber infrastructure, bandwidth requirement, and transmission distance.
Yes. Its 8 PON ports, 20 km single-fiber access capability, VLAN functions, ONU provisioning features, and multiple management methods make it suitable for FTTH, FTTB, apartment, hotel, campus, and small ISP deployments.
Third-party ONU compatibility depends on GPON authentication, OMCI behavior, VLAN configuration, service profiles, and the operator’s network policy. A compatibility test with the intended ONU model is recommended before larger deployment.
The device supports IGMP Snooping, IGMP Fast Leave, IGMP Proxy, and compatibility with IGMPv3. Complete IPTV or multicast service performance also depends on the upstream multicast source, VLAN plan, ONU settings, and network configuration.
The 10GE SFP+ uplink provides a higher-capacity connection between the GPON OLT and the aggregation or core network. It is useful when multiple PON ports share the uplink or when the network requires additional capacity for future subscriber growth.
Yes. The product supports a 1+1 power hot-backup design. Optional configurations include dual AC input and AC plus DC input. The required power arrangement should be confirmed when requesting a quotation.
Include the target application, number of PON ports, expected ONU quantity, fiber distance, split ratio, uplink type, ONU models, management requirements, power configuration, and required multicast or VLAN services.
Tell us your PON port requirements, ONU quantity, fiber distance, split ratio, uplink type, and power configuration. HSGQ can help confirm a suitable HSGQ-G08R configuration for your FTTH or FTTx project.
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