The two series share the same design philosophy: Easy Managed lightweight management, Smart PoE intelligent power supply, Gigabit RJ45/SFP uplink, and cloud platform and mobile APP O&M. The main difference lies in access-side bandwidth and switching capacity: the H51000 series covers cost-sensitive projects with 100M PoE access, while the H53000 series addresses high-bandwidth terminals and future expansion with full-Gigabit PoE access.

1. Dual-Series Product Matrix: From 4 Ports to 24 Ports, Choose as Needed

ONV-H51000 Series: 100M PoE Access, Gigabit Uplink

The H51000 series is positioned as a cost-effective PoE solution with "100M access and Gigabit uplink." The access side is designed for PoE terminals that mainly use 100M bandwidth, such as IP cameras, wireless APs, VoIP phones, and video intercoms. The uplink side provides a combination of Gigabit RJ45 and SFP fiber ports, accommodating both short-distance copper uplinks and long-distance fiber uplinks.

ONV-H53000 Series: Full-Gigabit PoE Access

All PoE ports in the H53000 series support 10/100/1000Base-T auto-sensing, making them suitable for devices with higher bandwidth requirements, such as HD video surveillance, Wi-Fi 6/6E wireless APs, and video conferencing terminals. The small models H53054PFDM and H53064PFDM cover a small number of full-Gigabit PoE points, while the H53108PFDM, H53016PFDM, and H53024PFDM cover medium-to-high-density full-Gigabit PoE access.

2. Common Features: Smart PoE + Easy Managed + Cloud O&M

Although the two series differ in access bandwidth, they maintain a high degree of consistency in PoE power supply, management methods, and O&M capabilities.

1. Smart PoE Intelligent Power Supply with Up to 30W per Port

The PoE ports of both the H51000 and H53000 series support the **IEEE 802.3af/at** standard, with a maximum output power of **30W** per port. As PSE power sourcing equipment, the switch can automatically detect and identify standards-compliant powered devices, transmitting both data and power over Ethernet cables without damaging non-PoE devices.

In terms of PoE management, both series support:

u Querying PoE port faults

u Remote on/off of each PoE port

u Viewing port PoE operating status

u Visualized PoE power supply control via Web, the ONV-NMS cloud platform, and mobile APP.

This means that whether it is 100M PoE access or full-Gigabit PoE access, O&M personnel can remotely monitor PoE power supply status and reduce on-site troubleshooting workload.

2. Easy Managed: Retaining Truly Practical Management Functions

Both series support Web management, the ONV-NMS cloud management platform, and mobile APP O&M management. Management functions cover:

u Loop protection

u DHCP Snooping

u Static port aggregation

u Port-based bidirectional data mirroring

u Real-time fault alarms and fault location

u Remote upgrade, remote reboot, and factory reset

u Port-based IEEE 802.1Q VLAN, supporting 4K VLANs

u IGMP Snooping v1/v2, supporting up to 256 multicast groups

u Broadcast storm control, port isolation, and port rate limiting

u Cable status check, Web management, and one-key recovery

u IP settings, account management, port traffic settings, and system information display

u Diff-Serv QoS, priority marking/remark, 802.1p/DSCP priority mapping, and 8 output queues per port

Both series emphasize "abandons complex network management configurations, retaining only practical network management functions," that is, abandoning complex network management configurations and retaining only practical functions, enabling rapid network deployment and centralized management through the O&M platform.

3. RSTP Fast Ring Network for Improved Link Reliability

Both series support RSTP (< 50ms) to enhance link redundancy and network reliability, reduce fiber splicing requirements, decrease the number of network nodes, and improve deployment efficiency. In the event of a unidirectional network failure, the switch can rapidly restore communication, ensuring uninterrupted transmission of critical data.

4. Gigabit RJ45/SFP Uplink for Flexible Networking

The uplink side of both series provides a combination of Gigabit RJ45 and SFP fiber ports:

u For short-distance uplinks, Gigabit RJ45 ports can be used to connect to an upper-level switch or core network;

u For long-distance or interference-resistant scenarios, the SFP fiber port can be used to connect optical fibers, reducing intermediate nodes;

u SFP optical modules are optional accessories, supporting single-mode/multi-mode and single-fiber/dual-fiber modules with LC interfaces.

This uplink combination enables both series to flexibly adapt to different cabling conditions, especially suitable for scenarios requiring cross-building or long-distance uplinks, such as campuses, hotels, and factory dormitories.

3. Differentiated Positioning: 100M Access vs. Full-Gigabit Access

H51000 Series: A Pragmatic Choice for Cost-Sensitive PoE Projects

The core advantage of the H51000 series is "100M PoE access + Gigabit uplink." For scenarios mainly involving IP cameras, wireless APs, VoIP phones, and video intercoms, 100M access can usually meet the bandwidth requirements of a single terminal, while Gigabit uplink ensures aggregation backhaul capacity. For different scales of PoE access requirements—8-port, 16-port, and 24-port—the H51000 series provides relatively complete coverage.

Suitable scenarios

u Wireless coverage: Provides PoE power for wireless APs

u Voice and intercom: Provides power for VoIP phones and video intercom terminals

u Small-to-medium-sized campus networks: Uses SFP fiber ports for long-distance uplinks

u Cost-sensitive PoE projects: Achieves high cost-effectiveness in scenarios that do not require full Gigabit access.

u Security surveillance access: Provides PoE power and 100M data access for IP cameras, with Gigabit uplink backhaul

H53000 Series: High-Bandwidth PoE Access and Future Expansion

The PoE ports of the H53000 series are all Gigabit, suitable for devices with higher bandwidth requirements, such as HD video surveillance, Wi-Fi 6/6E wireless APs, and video conferencing terminals. Taking the H53024PFDM as an example, its switching capacity reaches 54Gbps, forwarding rate 40.18Mpps, MAC address table 8K, buffer memory 4M, and jumbo frames 15K; the ONV-H53016PFDM has a switching capacity of 38Gbps, forwarding rate 28.27Mpps, 4K MAC, and 2M buffer memory. For multi-channel HD video and multi-terminal concurrent access, full-Gigabit access and higher switching capacity can provide more ample bandwidth headroom.

Suitable scenarios:

u Wi-Fi 6/6E wireless coverage: Provides Gigabit PoE access for high-bandwidth wireless APs

u Video conferencing and voice: Provides data and power for video conferencing terminals and VoIP phones

u HD video surveillance: Full Gigabit access for multiple HD IP cameras, avoiding 100M access becoming a video backhaul bottleneck

u Small-to-medium-sized campus and commercial networks: Uses SFP fiber ports for long-distance uplinks to build full-Gigabit PoE access networks

u High-density PoE deployment: 16-port and 24-port models are suitable for hotels, campuses, factory dormitories, and other places requiring centralized PoE power supply.

4. Hardware and Reliability: Unified Design Standards

The two series maintain unified standards in hardware design and reliability:

u Certified by CE, FCC, and RoHS

u Support desktop and wall-mount installation

u Provide 1-year warranty and lifelong maintenance.

u Support 4KV 8/20us lightning protection, protection level IP30

u Built-in power supply design, input voltage AC100-240V, 50/60Hz

u Small models measure 200*130*40mm, while 16-port and 24-port models measure 350*215*44mm

u Operating temperature -20°C to +55°C, storage temperature -40°C to +80°C, operating humidity 5%–90% RH non-condensing

Power supply specifications vary by model: the H51108PFDM is 100W, the H51016PFDM and H51024PFDM are 250W; the H53054PFDM and H53064PFDM are 65W, the H53108PFDM is 100W, and the H53016PFDM and H53024PFDM are 250W. Users can choose the appropriate model based on the number of PoE terminals and per-port power requirements.

5. Selection Guide: How to Choose Between H51000 and H53000

When to Prefer the H51000 Series

u 8-port, 16-port, or 24-port 100M PoE access is required

u The uplink distance is long and an SFP fiber port is needed to connect optical fibers

u PoE terminals mainly use 100M bandwidth, such as ordinary IP cameras, wireless APs, VoIP phones, and video intercoms

u The project is relatively cost-sensitive and hopes to control the budget while meeting PoE power supply and Gigabit uplink requirements

When to Prefer the H53000 Series

u 4-port, 8-port, 16-port, or 24-port full-Gigabit PoE access is required;

u The access side is expected to have future bandwidth expansion capability;

u The project has higher requirements for network reliability and ring network protection.

u PoE terminals require Gigabit access, such as HD IP cameras, Wi-Fi 6/6E APs, and video conferencing terminals;

u Multi-channel HD video or multi-terminal concurrent access requires higher switching capacity and larger buffers;

Hybrid Networking Recommendations

In actual projects, the two series can also be used together. For example:

u Use Gigabit switches at the core/aggregation layer

u Use H53000 series full-Gigabit PoE switches in HD video surveillance areas

u Use H51000 series 100M PoE switches in areas with ordinary PoE terminals

u Use SFP fiber ports or Gigabit RJ45 uplinks to uniformly backhaul to the aggregation layer

u Use the ONV-NMS cloud platform and mobile APP for unified O&M management of both series

This combination can optimize overall network costs while meeting the bandwidth requirements of different areas.

Conclusion

The joint launch of the ONV-H51000 and ONV-H53000 Series Easy Managed PoE Switches forms a complete product matrix from 100M PoE access to full-Gigabit PoE access. The two series share Smart PoE intelligent power supply, Easy Managed lightweight management, RSTP fast ring network, Gigabit RJ45/SFP uplink, and cloud platform/mobile APP O&M capabilities, while forming differentiated positioning in access bandwidth and switching capacity.

For project selection, the H51000 series is suitable for cost-sensitive scenarios mainly involving 100M PoE terminals; the H53000 series is suitable for high-bandwidth PoE access scenarios such as HD video, Wi-Fi 6/6E, and video conferencing. The two can be deployed independently or in a hybrid network, providing more flexible and pragmatic PoE network solutions for projects such as security surveillance, wireless coverage, voice communications, and video intercom.