Which switch delivers more bandwidth and PoE headroom for a dense camera or wireless deployment?

The USW-PRO-HD-24-POE provides 22× 2.5GbE access ports plus 2× 10GbE copper uplinks and 4× 10G SFP+ fiber uplinks, yielding a 230 Gbps switching capacity and 115 Gbps non-blocking throughput at 171 Mpps forwarding rate. Its PoE budget is 600W across all 24 ports, supporting PoE++ (802.3bt) on every port at roughly 25W each simultaneously, backed by a 660W internal supply with DC redundancy input.

The AW-GEV-288A-370 provides 24× 1GbE PoE ports (ports 1–20 capped at 30W, ports 21–24 at 90W via 4-pair PoE) plus 4 combo Gigabit uplink ports, for a total of 28 physical ports. Switching bandwidth is 56 Gbps with a forwarding capacity of 41.7 Mpps. Total PoE budget is 370W. The per-port maximum on the high-power tier is 90W (ports 21–24), accommodating PTZ or thermal cameras drawing above standard PoE+ levels, while the remaining 20 ports are limited to 30W each.

On raw throughput the Ubiquiti is 4.1× wider (230 Gbps vs 56 Gbps) and delivers 230W more total PoE budget. The Vivotek's 90W ports are unique: no comparable high-wattage per-port spec is published for the Ubiquiti, which instead spreads its larger aggregate budget across 24 ports at the 802.3bt standard without specifying a per-port ceiling above the standard limit. Buyers running high-draw PTZ or thermal units on a handful of ports should note this asymmetry.

How do the two switches compare on physical build, power resilience, and operating environment?

The USW-PRO-HD-24-POE is housed in SGCC steel and measures 442 × 400 × 44 mm (1U), weighing 6.2 kg without brackets. It accepts 100–240V AC input and adds a DC backup input for power redundancy — the switch can remain operational on DC power if the AC feed is interrupted, a meaningful resilience feature in surveillance infrastructure. Operating temperature is rated -5°C to 40°C (23°F to 104°F). Certifications listed are CE, FCC, IC, and Anatel.

The AW-GEV-288A-370 is housed in a white enclosure measuring 442 × 44 × 211 mm (1U) and weighs 3.2 kg — roughly half the Ubiquiti's mass. It accepts 100–240V AC at 50–60 Hz. No DC backup or redundant power input is specified in the provided data. Operating temperature range is -10°C to 50°C (14°F to 122°F), and storage temperature extends to 70°C. Certifications include UL, CE, UKCA, FCC, VCCI, LVD, and ICES. The Vivotek's wider thermal range (-10°C vs -5°C lower; 50°C vs 40°C upper) may matter in unconditioned wiring closets or outdoor-adjacent enclosures.

The Ubiquiti's DC redundancy input is a clear advantage for installations requiring power continuity. The Vivotek's broader operating temperature range (10°C wider at both ends) and lighter weight are practical advantages in space-constrained or environmentally variable locations. NDAA compliance is confirmed only for the Ubiquiti; no NDAA status is stated in the Vivotek specifications provided.

Which switch offers more capable network management and surveillance ecosystem integration?

The USW-PRO-HD-24-POE is managed through Ubiquiti's UniFi platform (management interface specified as Ethernet/Layer 2–3). It supports up to 1,000 VLANs (802.1Q), STP/RSTP, and 802.1X port authentication. Layer 3 routing capability is noted in the provided data. Specific management protocols (SNMP version, RMON, LLDP) are not listed in the provided specifications; buyers requiring those details should consult the datasheet.

The AW-GEV-288A-370 carries an extensive and explicitly documented management feature set: SNMP v1/v2c/v3, RMON groups 1/2/3/9, LLDP/LLDP-MED, RADIUS/TACACS+, SSL, IP Source Guard, DHCP Snooping, 802.1X, port mirroring, S-Flow, NTP, UPnP, cable diagnostics, and traffic monitoring. VLAN support reaches 4,096 IDs (802.1Q tag-based) with port-based, MAC-based, IP subnet-based, voice, Q-in-Q, and protocol-based VLAN modes. QoS includes 8 hardware queues, WRR, DSCP/CoS, and 802.1p.

The Vivotek switch also integrates a Vivotek-specific surveillance management layer: auto-discovery of up to 256 Vivotek devices, PoE alive-checking with reboot, PoE scheduling, non-stop PoE, extended PoE mode (up to 250m at 10 Mbps), topology/floor/Google Map views, device grouping for VLAN, and camera configuration file export/import — features absent from the Ubiquiti's listed specifications. The Ubiquiti's 1,000-VLAN support versus the Vivotek's 4,096-ID ceiling is relevant only at very large-scale segmentation. For mixed-vendor or UniFi-centric networks, the Ubiquiti ecosystem is the natural fit; for Vivotek-heavy surveillance networks, the AW-GEV-288A-370's native device management adds operational value unavailable on the Ubiquiti.

Which should you choose: the USW-PRO-HD-24-POE or the GEV-288A-370?

Our take: The USW-PRO-HD-24-POE is the stronger choice when maximum switching throughput, multi-gigabit access speeds, and AC/DC power redundancy are the primary requirements. It delivers 230 Gbps switching capacity versus the Vivotek's 56 Gbps (4.1× more), a 600W PoE budget versus 370W (230W more), and 22× 2.5GbE ports that future-proof the infrastructure for Wi-Fi 6 APs and multi-gig cameras — capabilities the Gigabit-only Vivotek cannot match. It also adds DC backup power input, absent from the Vivotek's listed specs, and carries confirmed NDAA compliance. Conversely, the AW-GEV-288A-370 is the better fit for pure Vivotek surveillance deployments: its native auto-discovery of up to 256 Vivotek devices, PoE alive-checking with remote reboot, PoE scheduling, 90W high-power ports on positions 21–24, a wider operating temperature range (-10°C to 50°C), and a far richer documented management protocol stack (SNMP v3, TACACS+, RMON, LLDP-MED) serve camera-centric operators who prioritize ecosystem integration over raw speed.

Side-by-Side Comparison

Spec-for-spec, from manufacturer data.

Frequently Asked Questions

Related Resources

• Ubiquiti USW-PRO-HD-24-POE product page — full specs and to add to a quote
• Vivotek GEV-288A-370 product page — full specs and to add to a quote