For system integrators, panel builders, procurement teams, and electrical engineers, the ONV-H3108PF is not just a small PoE switch. It is a project-level decision point: how to power IP cameras, wireless APs, VoIP phones, and access-control devices while keeping the fiber backhaul, cabinet space, compliance file, and RFQ package under control.
When a surveillance or edge-networking project moves from design to purchasing, the conversation usually becomes very practical: How many PoE endpoints can the switch support? Is the uplink fiber-ready? Does the power budget match real camera loads? Can the device fit into a compact cabinet? Which SFP modules should be specified? And can the supplier support product selection, documentation, equivalent solutions, and project coordination across global B2B requirements? TPS can support this type of product and solution discussion, including the ONV-H3108PF 10-port Gigabit PoE switch as a compact RFQ-ready option.
The ONV-H3108PF combines 8 Gigabit PoE RJ45 ports with 2 Gigabit SFP uplink ports. Ports 1 to 8 support IEEE 802.3af/at PoE with up to 30 W per port, while the integrated AC100-240 V power supply provides a 120 W total power budget. That balance makes the model especially useful for camera clusters, building-security nodes, factory areas, small campus buildings, hotels, parking zones, SMB networks, and edge cabinets where copper drops serve devices and fiber carries traffic back to the core.
Where ONV-H3108PF Fits in a BoFu Purchasing Decision
The ONV-H3108PF is best understood as an unmanaged Gigabit PoE fiber switch for low-touch deployment. It is not designed for complex managed-network policies such as VLAN planning, SNMP monitoring, or advanced redundancy protocols. Instead, its value is speed of deployment, clear power delivery, fiber uplink flexibility, and compact installation. For many CCTV, wireless coverage, intercom, and access-control deployments, that is exactly what the project needs.
For a system integrator, the model can simplify edge wiring because one device provides both data switching and PoE power to endpoint devices. For a panel builder, the metal housing, 195 x 130 x 40 mm form factor, desktop or wall-mounted installation, and built-in AC input help reduce cabinet complexity. For procurement, the RFQ can be structured around a clearly defined bill of materials: the switch, AC power line, user guide, warranty and conformity documentation, and separately selected SFP optical modules when fiber is required. For electrical engineers, the decision depends on PoE loading, environmental limits, surge planning, and compliance evidence.
Core Specifications That Matter in an RFQ
A BoFu reader does not need a generic PoE explanation. They need to know whether the switch can be specified, purchased, installed, and supported without surprises. The table below translates the ONV-H3108PF specification into RFQ-ready evaluation points.
| RFQ Item | ONV-H3108PF Data Point | Why It Matters |
|---|---|---|
| Port configuration | 8 x 10/100/1000Base-T PoE ports plus 2 x 1000Base-X SFP fiber uplinks | Supports local PoE endpoints and fiber aggregation without adding a separate media converter. |
| PoE standard | IEEE 802.3af/at, up to 30 W per PoE port | Matches common IP cameras, wireless APs, VoIP phones, and intercom endpoints that follow standards-based PoE. |
| Total power budget | 120 W built-in power supply, AC100-240 V, 50-60 Hz | Helps procurement and engineering verify simultaneous endpoint loading before order release. |
| Switching performance | 20 Gbps non-blocking switching capacity and 14.88 Mpps forwarding rate at 64 bytes | Supports full-wire-speed forwarding for a compact Gigabit edge switch. |
| Installation | 195 x 130 x 40 mm metal housing, desktop or wall-mounted | Useful for shallow cabinets, wall boxes, security closets, and retrofit network nodes. |
| Operating environment | -20 deg C to +55 deg C, 5% to 90% RH, non-condensing | Defines the expected deployment window for indoor industrial, commercial, and security environments. |
| Protection and compliance | 4 kV 8/20 us lightning protection, IP30, CCC, CE commercial, CE/LVD EN62368-1, FCC Part 15 Class B, RoHS | Gives engineers and buyers a starting point for the project compliance file. |
For projects that compare similar PoE switch formats, TPS can also help position related options. For example, teams evaluating higher-port-count or fiber-uplink alternatives can review the TPS article on full Gigabit PoE fiber switch selection, while teams deciding between Gigabit Ethernet switch sizes can use the Gigabit Ethernet switch comparison guide as a supporting reference. The goal is not to push a larger device by default; it is to match the port count, PoE budget, fiber strategy, and installation method to the actual job site.
PoE Budget Selection Logic: 30 W Per Port vs. 120 W Total
The most important purchasing mistake to avoid is reading "30 W per port" as "8 ports x 30 W at the same time." The ONV-H3108PF supports up to 30 W on a single PoE port, but the overall built-in power budget is 120 W. That is often enough for mixed device clusters, but it must be calculated against the real endpoint list.
Use a practical design margin. If a camera is listed at 9 W nominal but uses more power with infrared LEDs, heaters, motorized zoom, or cold start behavior, the RFQ should include that peak requirement. If multiple wireless APs have higher draw, calculate the total draw before assigning all ports. TPS can help buyers and engineers review the endpoint schedule before quotation so the selected PoE switch, power supply architecture, and accessory list match the installation.
Device Examples That Fit the Selection Logic
Typical endpoint candidates include fixed IP cameras, dome cameras, access-control intercoms, VoIP phones, and wireless APs. A mixed eight-port deployment might include several moderate-power cameras, one or two APs, and a video intercom. A high-power deployment with all ports near the 30 W limit should be reviewed carefully because the total budget becomes the limiting factor. This is where TPS can provide practical project support: confirm endpoint power assumptions, identify whether 120 W is enough, and propose an equivalent or upgraded solution if the bill of materials requires more margin.
Standards-Based Power and Port Priority
The switch is specified to comply with IEEE 802.3af/at PoE and automatically identify PoE devices for power supply while avoiding damage to non-PoE devices. It also supports a priority mechanism so higher-priority ports can be protected when the remaining power is insufficient. For engineering teams, this supports more predictable design behavior, but it does not remove the need for power budgeting. For procurement teams, it gives a clear question to include in the RFQ: provide the endpoint list and ask TPS to verify that the selected PoE switch budget is appropriate.
Fiber Uplink and Network Fit
The two 1000M SFP uplink ports are a key reason to select this model instead of a copper-only PoE switch. Fiber can reduce long copper runs, simplify distance planning, and improve separation from EMI-prone areas. In security and industrial environments, fiber uplinks are useful between parking zones and a security room, between production areas and a network cabinet, or between buildings where the copper distance limit would otherwise become a constraint.
Optical modules are not included by default and should be purchased according to the fiber plant. The specification supports optional single-mode or multi-mode SFP modules, including multi-mode 850 nm links up to 550 m, single-mode 1310 nm links up to 40 km, and single-mode 1550 nm links up to 120 km, depending on module selection and link design. For RFQ accuracy, specify connector type, fiber type, distance, wavelength, single-fiber or dual-fiber requirement, and whether DDM or hot-plug support is needed.
For related planning, TPS has published guidance on full Gigabit PoE switch selection for CCTV, AP, and panel builds. If the project also includes industrial cabinets, cable assemblies, enclosures, or custom integration, the buying team can connect the PoE switch decision with broader system work through TPS resources on industrial control cabinets for automation and custom cable assemblies and wire harness assembly.
Installation, Compliance, and Reliability Considerations
The ONV-H3108PF uses a metal housing with low power consumption and heat-dissipation advantages for stable operation. LED indicators show power, network link, and PoE status, which is useful during commissioning and troubleshooting. The compact housing can be used on a desktop or wall-mounted, making it practical for security cabinets, utility rooms, and small network enclosures where rack space is limited.
Environmental planning should still be conservative. The operating range is -20 deg C to +55 deg C at 5% to 90% RH non-condensing. For installations near outdoor cable entrances, motors, large lighting loads, elevators, or factory equipment, verify cabinet temperature, grounding, cable routing, surge exposure, and installation clearance. The specification lists 4 kV 8/20 us lightning protection and IP30 protection level, but project-level surge design should also consider upstream protection, shield bonding, fiber isolation strategy, and local electrical practices.
Standards and Compliance Documents to Confirm
The product specification lists CCC, CE commercial, CE/LVD EN62368-1, FCC Part 15 Class B, and RoHS. These signals are important for supplier screening, but procurement should request the exact declaration, test report, certificate, or compliance statement needed for the destination market and end customer. For reference, Ethernet and power over selected twisted-pair PHY capabilities are covered within the IEEE 802.3 standard framework at the official IEEE Standards Association. US RF device requirements can be reviewed through 47 CFR Part 15, and RoHS background is available from the European Commission RoHS Directive page.
For panel builders and OEM teams, the most useful compliance question is not simply "Does it have a logo?" It is: "What documentation can be provided for my project file, and does the selected configuration match the final product, power supply, SFP module, and destination market?" TPS can support that conversation during quotation rather than leaving it to the end of procurement.
How TPS Supports Product Selection and Project Delivery
TPS is positioned to support B2B customers who need more than a commodity line item. The ONV-H3108PF can be quoted as a defined product, but TPS can also help evaluate equivalent configurations, accessory requirements, power architecture, cabinet integration, and documentation needs. This is especially valuable when the buyer is combining PoE switches with power supplies, control panels, wiring, enclosures, and other electromechanical work.
TPS resources on electronic manufacturing services for power electronics, custom sheet metal enclosures and cabinets, and industrial switching power supply selection can help engineering and procurement teams consider the surrounding system, not only the PoE switch itself. This is important when the final deliverable is a cabinet, machine, security subsystem, or integrated network node.
RFQ-ready next step: If your project needs an 8-port Gigabit PoE switch with 2 SFP uplinks, 120 W built-in PoE budget, and compact installation, send TPS your endpoint list, fiber distance, target market, and documentation requirements.
Request a quote for ONV-H3108PF Ask TPS to review your PoE budgetRFQ Checklist for Procurement and Engineering Teams
To get a faster and more accurate response, include the following information in your RFQ. This helps TPS recommend the ONV-H3108PF, confirm an equivalent solution, or propose a better-fit alternative if your project requires managed functions, higher power, more ports, or different fiber reach.
- Confirm the number of PoE endpoints now and expected expansion later.
- Provide the maximum power draw for each device, including infrared, heater, PTZ, or startup conditions.
- State whether unmanaged plug-and-play operation is acceptable or whether the project requires managed functions.
- Define the SFP requirement: single-mode or multi-mode, distance, wavelength, connector, and single-fiber or dual-fiber design.
- Provide cabinet constraints: available footprint, mounting method, operating temperature, airflow, and grounding conditions.
- List destination market and required documents, such as CE, FCC, RoHS, or customer-specific compliance files.
- Ask whether TPS should quote accessories, cable assemblies, enclosure integration, or an equivalent alternative for the same application.
With those details, TPS can support a quote around the ONV-H3108PF product page and help your team move from specification review to a purchasable, documented, and installation-ready solution.
FAQ
What is the ONV-H3108PF best used for?
It is best used as a compact unmanaged Gigabit PoE fiber switch for IP cameras, wireless APs, VoIP phones, video intercoms, and access-control endpoints where 8 PoE ports and 2 SFP uplinks are enough for the edge node.
Can all eight PoE ports run at 30 W at the same time?
No. Each PoE port can support up to 30 W under IEEE 802.3af/at, but the total built-in power budget is 120 W. The complete endpoint load should be calculated before releasing the RFQ.
Are SFP optical modules included?
The specification notes that optical modules are not included by default and need to be purchased separately. TPS can help confirm whether the project needs multi-mode, single-mode, single-fiber, dual-fiber, LC, or another module configuration.
Is ONV-H3108PF managed or unmanaged?
It is an unmanaged, plug-and-play switch. If your project requires VLANs, SNMP, ring redundancy, remote diagnostics, or advanced management, ask TPS to review an alternative solution.
What should I send TPS for a fast quote?
Send the endpoint list, per-device power draw, fiber distance, SFP type, installation environment, target market, compliance document needs, and quantity forecast. You can start from the ONV-H3108PF quote page and request support from TPS sales or engineering.
