Which switch delivers more PoE power and how is it distributed across ports?

The Hanwha HV-X530L-18GHXM-90 provides a 720W total PoE budget, with every one of its 16 PoE ports rated at up to 90W via 802.3bt (PoE++) Class 8. This uniform per-port allocation means any port can independently drive a high-draw device such as a PTZ camera, multi-sensor unit, or heated enclosure without repositioning the device on the switch. The Hanwha also supports multi-speed operation on those 16 ports (100M / 1G / 2.5G / 5G), giving flexibility as higher-bandwidth cameras are introduced.

The Vivotek AW-GEL-205A-260 carries a 260W total PoE budget spread unevenly: ports 1–4 deliver up to 90W each (802.3bt), while ports 5–16 are capped at 30W each (802.3at). Its 16 PoE ports are all Gigabit-only (10/100/1000). For installations where most cameras are standard PoE+ devices drawing 15–25W, the Vivotek's lower aggregate budget is often sufficient, but a deployment requiring more than four high-power devices must route those to the four 90W ports, constraining placement.

In raw power headroom, the Hanwha's 720W vs. 260W and uniform 90W-per-port profile represent a 2.77× advantage in total budget. Buyers powering 8–16 demanding devices simultaneously will face a hard ceiling on the Vivotek that does not exist on the Hanwha.

How does switching capacity and uplink speed differ between these two switches?

The Hanwha HV-X530L-18GHXM-90 is built around a 200 Gbps non-blocking switching fabric operating at 148.8 Mpps. Its two uplink slots are 10 Gigabit SFP+ fiber ports, enabling a combined 20 Gbps uplink path to a core switch or NVR aggregation layer. Per-port speeds on the access side reach 5G, meaning high-resolution multi-stream cameras or NVR-direct-attach scenarios with heavy aggregate bandwidth are supported. Latency is specified at 5.23µs–8.35µs depending on speed tier, which the manufacturer characterizes as sub-microsecond in its marketing; the per-speed figures in the spec should be used for actual planning.

The Vivotek AW-GEL-205A-260 operates on a 40 Gbps switching bandwidth with a 4.1 MB packet buffer and a MAC table of 8,000 entries. Its two uplink-capable ports are 100M/1G SFP (not SFP+), capping fiber uplink speed at 1 Gbps each. Access ports are Gigabit only. Jumbo frame support extends to 9,216 bytes. No latency figure is provided in the supplied specifications.

The fabric difference—200 Gbps vs. 40 Gbps—and the uplink difference—10G SFP+ vs. 1G SFP—are substantial. In a dense HD or 4K camera environment where aggregate bandwidth approaches or exceeds 1 Gbps, the Vivotek's uplink becomes a single-link bottleneck; the Hanwha's dual 10G ports provide 20× the uplink capacity of a single Vivotek SFP port.

What management features, compliance certifications, and environmental ratings apply to each switch?

The Hanwha HV-X530L-18GHXM-90 is documented as NDAA and TAA compliant, which is a procurement-gate requirement for U.S. federal, state, and many enterprise security contracts. Its management capabilities include the proprietary EPSRing resilience protocol for ring-topology redundancy. Encryption is noted for management traffic with reference to RFC 3956 in the raw spec field. Physical dimensions are 1.73 × 12.72 × 17.36 in with a 13.89 lb weight; country of origin is Singapore. Mount options include both wall and rack. Warranty is five years. No operating temperature range is provided in the supplied specifications.

The Vivotek AW-GEL-205A-260 carries an extensive management feature set explicitly documented: 802.1Q tag-based VLAN (4,096 IDs), port-based VLAN, STP/RSTP (802.1d/w), LACP link aggregation, CoS via port / 802.1p / DSCP, loop protection, flow control, storm control, port mirroring, port isolation, bandwidth control, static MAC, PoE on/off control, PoE auto-checking, Non-Stop PoE, and Extend PoE Mode to 250 m. Operating temperature is rated 0°C–50°C; storage is −20°C–70°C; humidity is 10–90% RH. Regulatory marks include CE, FCC, LVD, and VCCI. Weight is 2.67 kg; dimensions 440 × 210 × 44 mm (1U rack). Warranty is 24 months. NDAA/TAA compliance status is not stated in the supplied specifications.

The Vivotek provides a richer published management feature list—notably the 250 m extended PoE mode (useful for perimeter or parking-lot runs), 4KV per-port surge protection explicitly specified, and granular QoS controls. The Hanwha's compliance certifications are a decisive advantage for regulated procurement. No operating environment data is available for the Hanwha from the supplied specs; buyers with temperature or humidity constraints should request that data from the manufacturer.

Which should you choose: the X530L-18GHXM-90 or the GEL-205A-260?

Our take: The HV-X530L-18GHXM-90 is the stronger choice when the deployment demands high aggregate PoE power, multi-gigabit access speeds, or NDAA/TAA compliance. Its 720W total PoE budget (2.77× the AW-GEL-205A-260's 260W), uniform 90W on all 16 ports versus only 4 ports at 90W on the Vivotek, and dual 10G SFP+ uplinks versus dual 1G SFP uplinks make it purpose-built for dense, high-draw, high-bandwidth camera systems. The AW-GEL-205A-260 holds meaningful advantages for cost-sensitive standard Gigabit installations: it documents 4KV per-port PoE surge protection, supports 250 m extended PoE runs, provides a detailed and verified management feature set (VLAN, QoS, RSTP, LACP, Non-Stop PoE), and specifies operating temperature range—data absent from the Hanwha's supplied specs. The Vivotek suits a smaller Gigabit-only deployment; the Hanwha suits enterprise or high-density surveillance environments where power headroom and uplink speed are non-negotiable.

Side-by-Side Comparison

Spec-for-spec, from manufacturer data.

Frequently Asked Questions

Related Resources

• Hanwha X530L-18GHXM-90 product page — full specs and to add to a quote
• Vivotek GEL-205A-260 product page — full specs and to add to a quote