For RFQ-stage CCTV, access-control, wireless AP, VoIP, hotel, campus, factory, and SMB network projects, the decision is rarely just “16 ports or 24 ports.” Buyers need to confirm PoE headroom, fiber uplink planning, cabinet installation, environmental limits, compliance language, and whether a supplier can support the full project conversation. TPS ELECTRIC offers ONV-H3016PF and ONV-H3024PF as RFQ-ready unmanaged Gigabit PoE fiber switches for teams that need practical selection support, clear specifications, and fast commercial follow-up.
In a finished bill of materials, a PoE switch can look like a commodity line item. In a real project, it can decide whether the network comes up cleanly, whether cameras drop during peak draw, whether an access point reboots during installation, or whether the procurement team has to reopen the RFQ because an SFP detail was missed. The ONV-H3016PF and ONV-H3024PF are designed for the practical middle ground where system integrators, panel builders, electrical engineers, and procurement teams need an unmanaged Gigabit PoE switch with fiber uplink capability, clear power limits, and cabinet-friendly installation.
Both models combine 10/100/1000Base-T PoE RJ45 ports with 1000Base-X SFP uplinks. That makes them suitable for edge networks where PoE devices are distributed locally, while fiber is used for uplink distance, electrical isolation, or aggregation into an NVR or central switch. Typical projects include IP surveillance, wireless access coverage, video access control intercom systems, VoIP extensions, warehouse zones, office floors, hotel corridors, school buildings, and factory auxiliary networks.
The BoFu question is not “what is PoE?” The question is whether this switch class fits your endpoint count, power budget, copper distance, uplink plan, installation space, and commercial timeline. TPS can support that evaluation by matching the product to the RFQ context and, when required, by coordinating related project needs such as industrial control cabinets for automation, custom cable assemblies and wire harnesses, and broader integration discussions.
The two models share the same general architecture: unmanaged plug-and-play operation, Gigabit copper PoE ports, dual SFP uplinks, store-and-forward switching, built-in AC power input, and PoE support for IEEE 802.3af/at endpoints. The difference is density. ONV-H3016PF is the compact 16-port PoE choice; ONV-H3024PF is the higher-density 24-port PoE choice.
| RFQ item | ONV-H3016PF | ONV-H3024PF | Why it matters |
|---|---|---|---|
| PoE copper ports | 16 × 10/100/1000Base-T PoE RJ45 | 24 × 10/100/1000Base-T PoE RJ45 | Determines endpoint count per edge switch. |
| Fiber uplinks | 2 × 1000Base-X SFP | 2 × 1000Base-X SFP | Supports fiber backhaul to NVR, core switch, or aggregation cabinet. |
| PoE power | Up to 30W per port, 250W total power budget | Up to 30W per port, 250W total power budget | Power budget must be checked against actual PD load and design headroom. |
| Switching capacity | 52Gbps non-blocking | 52Gbps non-blocking | Suitable for high-throughput Gigabit edge aggregation. |
| Forwarding rate | 26.78Mpps at 64 bytes | 38.69Mpps at 64 bytes | Higher endpoint density increases forwarding demand. |
| Dimensions | 270 × 181 × 44.5mm | 330 × 204 × 44mm | Check panel shelf, wall mount area, or 1U cabinet space. |
| Product page | View ONV-H3016PF | View ONV-H3024PF | Use the product page to add the model to your quote list or contact TPS. |
For a clean RFQ, count the devices that must be powered and connected on day one, then add realistic project growth. A 12-camera corridor plus two wireless APs may fit the 16-port model today, but a hotel floor, campus wing, or factory line expansion can quickly justify the 24-port model. If the endpoint count is tight, move up rather than designing with no spare copper ports. For projects that are still between non-PoE and PoE architecture, the earlier Gigabit Ethernet switch selection comparison can help separate basic switching needs from PoE edge distribution needs.
Both models support up to 30W per PoE port and a 250W total power budget. That does not mean every port can deliver 30W simultaneously. In RFQ terms, the total load is the sum of endpoint draw plus cable loss plus safety margin. Typical fixed IP cameras may draw modest power, while PTZ cameras, heaters, high-power wireless APs, and intercom terminals can raise the budget. A practical design method is to list each powered device, its maximum power draw, cable length, and PoE class, then reserve headroom for startup and environmental variation.
The dual 1000Base-X SFP uplinks are one of the most important selection signals. They allow fiber aggregation where copper runs exceed typical Ethernet distance limits, where EMI exposure is a concern, or where a remote switch cabinet must link back to a central NVR, server room, or plant network. The optical module is not included by default, so the RFQ should specify multimode or single-mode fiber, link distance, connector type, and whether a dual-fiber or single-fiber pair is required. TPS can help customers align PoE switch selection with SFP transceiver requirements, including related fiber-link topics such as 1.25G 1310nm SFP selection and paired single-fiber modules where applicable.
From an integration perspective, both switches are suitable for desktop, wall-mount, and 1U/19-inch cabinet installation. ONV-H3016PF uses a 270 × 181 × 44.5mm housing, while ONV-H3024PF uses a 330 × 204 × 44mm housing. The built-in AC100-240V, 50-60Hz power supply simplifies installation because the project does not need a separate external adapter in the cabinet. For panel builders, that also means the RFQ should still define upstream AC supply availability, cable routing, grounding, ventilation space, and service access.
Thermal planning should not be ignored. The specification lists -20C to +55C operation and 5% to 90% RH non-condensing humidity. For indoor commercial buildings, that is typically enough. For plant-floor cabinets, warehouses, equipment rooms, or unconditioned spaces, electrical engineers should check cabinet temperature rise, dust exposure, ventilation, and maintenance access. If the switch is installed in a larger automation panel, related TPS resources on build-to-print control panels can help frame the integration checklist before purchasing.
For copper runs, the specification supports 10BASE-T, 100BASE-TX, and 1000BASE-T with typical twisted-pair distance up to 100 meters when the correct cable category is used. For Gigabit connections, Cat5e or later should be planned. For fiber, the RFQ should state whether the project uses multimode 850nm links up to 550m, single-mode 1310nm links up to 40km, or longer single-mode 1550nm links up to 120km, based on the application and module choice. Because optical modules are purchased separately, this is a common source of procurement delay. Listing the SFP requirement at the start helps TPS return a more complete quote.
Both products use store-and-forward switching, 8K MAC address capacity, 4M buffer memory, LED indicators for power, link, PoE, and fiber ports, and support for full/half duplex MDI/MDI-X self-adaptation. For engineers, these are basic but important indicators that the switch is intended for practical edge deployment rather than a consumer-only network scenario. For procurement, the clearer checklist is power, ports, compliance, and installed environment.
The published specification lists IEEE 802.3af/at PoE support, IEEE 802.3 Ethernet family support, 4kV 8/20us lightning protection, IP30 protection level, and certification references including CCC, CE mark, CE/LVD EN62368-1, FCC Part 15, and RoHS. When documentation is required for a project file, request the latest certificate and conformity documents during the RFQ rather than after PO release. Official background on Ethernet standards is available from the IEEE 802.3 standard page, and US radio-frequency device requirements can be reviewed through 47 CFR Part 15.
Reliability also depends on the surrounding design. If high-power cameras, long cable paths, or multiple remote cabinets are involved, electrical engineers should request a topology review. TPS can discuss related network-access products and adjacent electrical-integration needs, including smaller 8-port PoE fiber switch projects or higher-port PoE fiber switch selection where the site demands a different architecture.
The fastest way to quote a PoE switch project is to send more than a model name. For a repeat purchase, the product link may be enough. For a new project, include endpoint counts, per-device wattage, installation location, copper cable distance, fiber type, desired SFP modules, AC input conditions, certification document needs, target delivery schedule, and whether this is a one-site purchase or a multi-site rollout.
For compact edge networks with up to 16 powered endpoints, start from ONV-H3016PF. For higher-density camera, AP, or intercom zones with up to 24 powered endpoints, start from ONV-H3024PF. If the project is between these two densities, the key deciding factors are spare ports, PoE headroom, cabinet space, and whether a standardized switch model across multiple locations will reduce purchasing and maintenance complexity.
TPS ELECTRIC can provide product-level support and project-level coordination for B2B customers in global markets. Beyond quoting the switch, TPS can help align PoE switching with adjacent system requirements, including power distribution, control panels, cabling, and custom manufacturing services. For customers building larger electrical assemblies, TPS resources on electronic manufacturing services and custom sheet metal enclosures and cabinets may be useful during supplier screening.
Send TPS your endpoint list, PoE wattage estimate, fiber distance, cabinet requirements, and target delivery schedule. Start with ONV-H3016PF for 16-port PoE projects or ONV-H3024PF for 24-port PoE projects, then contact TPS for RFQ support, equivalent solution discussion, or project-level selection guidance.
ONV-H3016PF provides 16 Gigabit PoE RJ45 ports and two SFP uplinks, while ONV-H3024PF provides 24 Gigabit PoE RJ45 ports and two SFP uplinks. Choose ONV-H3016PF for compact edge zones and ONV-H3024PF for higher-density camera, AP, or intercom zones.
No. Each PoE port can support up to 30W, but the total switch power budget is 250W. The RFQ should calculate actual endpoint power, cable loss, startup demand, and design headroom before final model confirmation.
The optical module is not included by default. Specify multimode or single-mode fiber, wavelength, connector type, link distance, and whether dual-fiber or single-fiber modules are required so TPS can quote the right accessories or compatible options.
Yes. The series supports desktop, wall-mount, and 1U/19-inch cabinet installation. Panel builders should still confirm available space, heat dissipation, grounding, AC supply, cable routing, and service access.
Send the target model, endpoint quantity, endpoint wattage, cable lengths, fiber type and distance, cabinet photos or drawings if available, compliance document requirements, target delivery date, and expected order quantity. TPS can then support product selection, equivalent solution review, and commercial quotation more efficiently.
