When a PoE switch is already in the RFQ stage, buyers are no longer asking what a switch does. They are asking whether it fits the project, whether the compliance story is clear, whether installation risk is low, and whether the supplier can support documentation, integration, and project execution. This guide is built for system integrators, panel builders, procurement teams, and electrical engineers evaluating the ONV-H3064PS and ONV-H3108PS as practical unmanaged Gigabit PoE switch options backed by TPS project support.
For late-stage buyers, a PoE switch decision is rarely just a port-count question. It affects enclosure layout, power planning, field reliability, documentation readiness, and the risk of change orders after installation. In CCTV, wireless AP, VoIP, and access control projects, the switch often sits at the point where network availability and powered-edge-device availability meet. A wrong choice can force an extra enclosure, a second switch, or a power-budget rework that delays FAT, site acceptance, or commercial release.
The ONV-H3064PS and ONV-H3108PS are both unmanaged Gigabit PoE switches intended for simple deployment, wire-speed forwarding, and stable power delivery. The smaller model provides 4 Gigabit PoE+ ports plus 2 uplinks with a 65W total budget, while the larger model provides 8 Gigabit PoE+ ports plus 2 uplinks with a 100W total budget. Both support up to 30W per PoE+ port, built-in AC100-240V power input, metal housing, and compact installation-oriented form factors. Those headline numbers matter, but the BoFu buyer also needs to translate them into application fit, compliance confidence, and RFQ action items.
This is also where TPS should be judged as more than a catalog source. For many customers, the real value is whether the supplier can support selection logic, equivalent-solution matching, integration guidance, and documentation discipline. If your project also touches panel standards, grounding, EMC risk, or factory acceptance records, TPS can support the broader solution path rather than leaving the switch as an isolated line item. Related resources on repeatable compliance-oriented system design, grounding and bonding, and FAT records buyers expect are especially relevant when the switch is part of a broader control or surveillance build.
According to the product documentation, both models are positioned with certifications and markings that matter in commercial procurement: CE mark, commercial CE/LVD EN 62368-1, FCC Part 15 Class B, and RoHS. For the buyer, that does not automatically mean every project file is identical or every region asks for the same paperwork. It means the product family already maps to the compliance conversation most U.S., EU, and broader international B2B customers start with: electrical safety, EMC emissions, and hazardous-substance restrictions.
That matters in practical terms. EN 62368-1 helps procurement and engineering teams frame equipment safety expectations for audio/video and information/communication equipment categories. FCC Part 15 Class B matters when your internal approval or end-customer acceptance requires documented emissions compliance for digital equipment. RoHS matters whenever material restrictions or supplier declarations are built into your AVL, contract language, or import documentation workflow. Instead of treating these as marketing badges, the BoFu buyer should ask: does the supplier know how to package the evidence, explain model fit, and coordinate any project-specific support requests? TPS can support that conversation in a more complete way than a bare product listing.
| Decision area | ONV-H3064PS | ONV-H3108PS |
|---|---|---|
| PoE ports / uplinks | 4 × Gigabit PoE+ + 2 × Gigabit uplink RJ45 | 8 × Gigabit PoE+ + 2 × Gigabit uplink RJ45 |
| Total PoE budget | 65W total, up to 30W per PoE+ port | 100W total, up to 30W per PoE+ port |
| Switching capacity | 16Gbps non-blocking | 20Gbps non-blocking |
| Form factor | 142 × 115 × 40 mm | 195 × 130 × 40 mm |
| Installation and build | Desktop / wall mounted, metal housing, built-in power supply | Desktop / wall mounted, metal housing, built-in power supply |
| Environmental / protection | -20 to 55°C, 4kV lightning protection, IP30 | -20 to 55°C, 4kV lightning protection, IP30 |
| Compliance references | CE mark, EN 62368-1, FCC Part 15 Class B, RoHS | CE mark, EN 62368-1, FCC Part 15 Class B, RoHS |
External references should still be used with discipline. A buyer who wants the underlying framework can review the official IEC page for IEC 62368-1, the FCC overview for Part 15 digital device regulation, and the official EU text for RoHS Directive 2011/65/EU. But the supplier conversation should stay focused on project execution: which model fits, what files are available, and how TPS can support your approval path.
Choose the ONV-H3064PS when the project is small enough that a dense switch would add cost, consume unnecessary panel space, or leave unused PoE capacity stranded in the cabinet. Typical examples include a four-camera node with an NVR uplink, a compact office network with a few AP and VoIP loads, or an access-control corner where powered endpoints are limited but uptime still matters. The smaller footprint is valuable when the switch must coexist with power supplies, terminal blocks, patching, or control devices inside constrained spaces.
Choose the ONV-H3108PS when the project needs cleaner aggregation and more breathing room. Eight PoE+ ports and a 100W budget give procurement and engineering teams more confidence when the endpoint mix includes additional cameras, higher-draw wireless devices, or future spare capacity. In RFQ terms, the larger model often reduces the risk of a second purchase later, which can easily outweigh a modest up-front price difference.
The most common buying mistake is to size only by port count. A better method is to calculate the real powered-device profile. Count normal draw, startup peaks, low-temperature behavior, night-mode IR loads for cameras, and any expected growth within the first 12 to 24 months. Then compare that number against the total PoE budget and per-port limit. A project with four ports occupied can still be a bad fit for the smaller model if total draw is too close to 65W or if future additions are already likely. Conversely, an eight-port switch can be unnecessary if the deployment is stable, low-draw, and space constrained.
Electrical engineers should also note that both models are unmanaged and plug-and-play. That is a strength when the project values fast deployment and low configuration overhead. It is not a weakness if the architecture does not require managed-switch functions. The right question is whether the network role at that edge point truly needs management features or whether a robust unmanaged PoE switch is the more reliable and cost-efficient answer. TPS can help with that equivalent-solution conversation when a project is comparing multiple common market approaches without wanting to overpay for features that will not be used.
In many real projects, installation details decide whether a switch remains a good product choice after the PO is issued. The ONV-H3064PS and ONV-H3108PS both use built-in AC100-240V power input, metal housing, desktop or wall-mounted installation, and fanless-style thermal behavior intended for stable continuous operation. The documentation also lists 4kV lightning protection and IP30, which is helpful when the buyer is screening for basic protection and reliability indicators rather than looking for a purely office-grade commodity unit.
Cabling discipline still matters. Use suitable twisted-pair cabling, validate run length assumptions, and keep routing clean around AC entry, power supplies, and noisy switching elements elsewhere in the panel or enclosure. If the switch is installed as part of a larger control cabinet, the conversation should expand beyond the switch itself. Grounding, bonding, label clarity, and panel documentation affect EMC performance and serviceability just as much as the model number does. TPS has supporting guidance on wire labeling for audit-ready builds, grounding and bonding failure modes, and documentation and markings that avoid inspection delays.
If the switch shares space with power electronics, chargers, or switching power supplies, pre-compliance thinking is even more valuable. Noise problems are often created by layout and cabling choices, not by a single component alone. This is why TPS’s broader capabilities matter. A supplier who can support EMC and safety context, panel integration, and RFQ clarification can save time compared with sourcing the switch from one party, the compliance advice from another, and the integration troubleshooting from a third.
For a buyer already close to decision, the next step is not “more marketing.” It is documentation discipline. Ask for the exact model confirmation, the latest technical specification sheet, the applicable compliance declarations or statements available for your project, and clarification on any region-specific marking expectations. Where the switch becomes part of a larger cabinet or integrated system, confirm who owns system-level validation and what evidence will be produced at FAT, shipment, and site acceptance.
This is where TPS can differentiate. Because TPS also works across EMC and safety testing, integration solutions, and manufacturing support, the discussion can move beyond a single product page. If your approval path includes pre-compliance screening, cabinet-level noise control, or formal troubleshooting of emissions or immunity risk, the following internal resources are useful extensions of the switch selection process: EMC testing for typical devices, EMC test standards and practical interpretation, pre-compliance testing to avoid late lab failures, and conducted-emissions setup mistakes that cause false fails.
Even if your switch is not itself the main emissions source, the surrounding system can create approval problems. That is why experienced buyers do not separate compliance from integration. They ask whether the supplier can support the total workflow: selection, documentation, packaging, testing logic, and schedule response. TPS can also support broader global B2B coordination for customers who need a partner that can align technical review with procurement timing and project communication.
Use the checklist below when comparing suppliers or when sending a final quote request to TPS for ONV-H3064PS, ONV-H3108PS, or an equivalent TPS-supported solution:
For control-panel-linked projects, it is also smart to align the RFQ with cabinet documentation expectations such as marking discipline, factory acceptance records, and any inspector-facing package requirements. This keeps the PoE switch from becoming a surprise blocker in an otherwise mature project.
No. It is an important compliance reference, but procurement should still confirm the exact document package needed for the project, including any declarations, labels, and customer-specific records expected at approval or shipment.
Do not size by port count alone. Add normal device draw, startup current, night-mode or peak-load conditions, and near-term growth. Choose the model that leaves comfortable operational margin rather than the model that only works on paper.
It is the stronger choice when you need a smaller footprint, four powered endpoints are enough, and a 65W budget still leaves headroom. It can lower installed cost and reduce enclosure crowding in compact builds.
When the deployment already has more powered endpoints, when future additions are likely, or when you want to avoid buying a second switch after the project expands. The extra ports and 100W budget improve planning margin.
Yes. TPS can support selection, equivalent-solution matching, integration discussion, compliance-oriented planning, and broader B2B project coordination across global markets, which is often more useful than treating the switch as a standalone commodity item.
