Vivotek GEL-205A-260 vs Allied Telesis AT-x530L-18GHXm-10: Specification Comparison
Both the Vivotek AW-GEL-205A-260 and the Allied Telesis AT-x530L-18GHXm-10 are 1U rack-mount managed switches with 16 PoE-enabled ports and 2 SFP uplinks, making them directly cross-shoppable for installers speccing out IP camera, access control, or IoT deployments. The comparison centers on three dimensions where their specs diverge meaningfully: PoE power delivery and budget, switching performance and port speeds, and physical and environmental characteristics relevant to installation planning.
In This Guide
- How does PoE power delivery and total budget compare between the AW-GEL-205A-260 and the AT-x530L-18GHXm-10?
- How do switching throughput, port speeds, and uplink capabilities compare between the two switches?
- How do the physical footprint, power draw, weight, and operating environment specs compare for rack installation planning?
- Which should you choose: the GEL-205A-260 or the AT-x530L-18GHXm-10?
- Side-by-Side Specs
- FAQ
How does PoE power delivery and total budget compare between the AW-GEL-205A-260 and the AT-x530L-18GHXm-10?
The AW-GEL-205A-260 provides a total PoE budget of 260W across 16 ports, split into two tiers: ports 1–4 deliver up to 90W each (IEEE 802.3bt), and ports 5–16 deliver up to 30W each (IEEE 802.3at). Pin assignment follows a 4-pair scheme on ports 1–4 and a 2-pair scheme on ports 5–16. It also includes 4KV surge protection per PoE port and an Extend PoE Mode supporting cable runs up to 250 meters.
The AT-x530L-18GHXm-10 provides a substantially larger total PoE budget of 720W across all 16 ports. All 16 ports support up to 30W (802.3at), 12 ports support up to 60W (802.3bt), and 8 ports support up to 90W (802.3bt). Maximum system power consumption reaches 970W. PoE surge protection spec is not listed in the provided data for this model. An extended reach mode is also not listed.
The AT-x530L-18GHXm-10 delivers 2.77× more total PoE power budget (720W vs. 260W) and offers more flexible high-wattage port distribution (12 ports at 60W vs. 4 ports at 90W on the Vivotek). The AW-GEL-205A-260 has a documented PoE surge protection rating (4KV per port) and a documented extended-reach mode (250M); neither is specified for the Allied Telesis unit.
How do switching throughput, port speeds, and uplink capabilities compare between the two switches?
The AW-GEL-205A-260 uses standard Gigabit Ethernet on all access ports (16 PoE + 2 RJ45), yielding a switching bandwidth of 40 Gbps with a buffer memory of 4.1 Mb. The two SFP uplinks are listed as 100M/1G. MAC address table capacity is 8K entries, and Jumbo Frame support extends to 9,216 bytes. A forwarding rate in Mpps is not provided in the supplied specs.
The AT-x530L-18GHXm-10 equips all 16 access ports with multi-gigabit copper (100M/1G/2.5G/5G), and the two SFP+ uplinks support 1G/10G. Switching fabric is rated at 200 Gbps with a forwarding rate of 148.8 Mpps. Latency at 10 Gbps is 2.56µs; at 1 Gbps, 7.96µs. Buffer memory and MAC table size are not listed in the provided specs. Additionally, the AT-x530L-18GHXm-10 provides 2 stacking ports (noted with an asterisk in the spec sheet).
The AT-x530L-18GHXm-10 delivers 5× more switching fabric (200 Gbps vs. 40 Gbps) and supports multi-gigabit access speeds up to 5G on PoE ports alongside 10G SFP+ uplinks, versus the AW-GEL-205A-260's Gigabit-only access and 1G SFP uplinks. The Allied Telesis unit also adds stacking capability not present on the Vivotek.
How do the physical footprint, power draw, weight, and operating environment specs compare for rack installation planning?
The AW-GEL-205A-260 measures 440 × 210 × 44 mm and weighs 2.67 kg. Maximum system power consumption is 280W. Operating temperature is rated 0°C to 50°C, storage temperature –20°C to 70°C, and operating humidity 10–90% RH. Regulatory marks listed are CE, FCC, LVD, and VCCI. Noise level is not specified in the provided data.
The AT-x530L-18GHXm-10 measures 441 × 256 × 44 mm and weighs 4.3 kg unpackaged. Maximum power consumption is 970W, with maximum heat dissipation of 3,317 BTU/h. Audible noise is rated at 42 dBA. Operating temperature, humidity, and regulatory certifications are not included in the provided spec data.
Both units occupy a 1U rack slot. The AT-x530L-18GHXm-10 is deeper (256 mm vs. 210 mm) and heavier (4.3 kg vs. 2.67 kg). Its maximum power draw (970W) is 3.46× higher than the Vivotek's (280W), which has direct implications for UPS sizing, circuit planning, and rack heat load. The AW-GEL-205A-260 has documented operating temperature and humidity ranges; these are absent from the AT-x530L-18GHXm-10 spec data provided.
Which should you choose: the GEL-205A-260 or the AT-x530L-18GHXm-10?
Our take: The AW-GEL-205A-260 is the stronger choice when deploying standard IP cameras or access control panels on a constrained power budget with long cable runs, while the AT-x530L-18GHXm-10 is the stronger choice when high-wattage devices, multi-gigabit access speeds, or large-scale stacking are required. Key spec deltas: total PoE budget is 720W vs. 260W in favor of Allied Telesis; switching fabric is 200 Gbps vs. 40 Gbps, also Allied Telesis; maximum system power draw is 970W vs. 280W, meaning the Vivotek imposes a significantly lower electrical burden. The Vivotek adds documented 4KV per-port surge protection and 250M extended-reach mode, neither of which is specified for the Allied Telesis. Platform qualifier: for standard 1080p–4K PoE camera runs under 250M with budget-sensitive electrical infrastructure, the AW-GEL-205A-260 is the leaner fit; for high-density PTZ, multi-sensor, or PoE++ device deployments with multi-gigabit uplink requirements, the AT-x530L-18GHXm-10 is the appropriate specification.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Vivotek GEL-205A-260 | Allied Telesis AT-x530L-18GHXm-10 |
|---|---|---|
| Total PoE Ports | 16 | 16 |
| Total PoE Budget | 260W | 720W |
| Max PoE Per Port | 90W (ports 1–4); 30W (ports 5–16) | 90W (8 ports); 60W (12 ports); 30W (16 ports) |
| PoE Standard | 802.3af/at/bt | 802.3af/at/bt (implied by 7.5W/15.4W/30W/60W/90W tiers) |
| PoE Surge Protection | 4KV per port | — |
| Extended Reach Mode | 250M | — |
| Access Port Speed | 10/100/1000 Mbps (Gigabit) | 100M/1G/2.5G/5G (Multi-Gigabit) |
| SFP Uplink Speed | 100M/1G (SFP) | 1G/10G (SFP+) |
| Switching Bandwidth | 40 Gbps | 200 Gbps |
| Forwarding Rate | — | 148.8 Mpps |
| Stacking Ports | — | 2 |
| MAC Address Table | 8K | — |
| Jumbo Frames | 9,216 Bytes | — |
| Max System Power Draw | 280W | 970W |
| Dimensions (W×D×H mm) | 440 × 210 × 44 | 441 × 256 × 44 |
| Weight (unpackaged) | 2.67 kg | 4.3 kg |
| Operating Temperature | 0°C to 50°C | — |
| Noise Level | — | 42 dBA |
| Warranty | 24 months | — |
Frequently Asked Questions
Which should you choose: the GEL-205A-260 or the AT-x530L-18GHXm-10?
The AW-GEL-205A-260 is the stronger choice when deploying standard IP cameras or access control panels on a constrained power budget with long cable runs, while the AT-x530L-18GHXm-10 is the stronger choice when high-wattage devices, multi-gigabit access speeds, or large-scale stacking are required. Key spec deltas: total PoE budget is 720W vs. 260W in favor of Allied Telesis; switching fabric is 200 Gbps vs. 40 Gbps, also Allied Telesis; maximum system power draw is 970W vs. 280W, meaning the Vivotek imposes a significantly lower electrical burden. The Vivotek adds documented 4KV per-port surge protection and 250M extended-reach mode, neither of which is specified for the Allied Telesis. Platform qualifier: for standard 1080p–4K PoE camera runs under 250M with budget-sensitive electrical infrastructure, the AW-GEL-205A-260 is the leaner fit; for high-density PTZ, multi-sensor, or PoE++ device deployments with multi-gigabit uplink requirements, the AT-x530L-18GHXm-10 is the appropriate specification.
Is the AW-GEL-205A-260 or the AT-x530L-18GHXm-10 better for powering PTZ cameras that require 60W or more?
The AT-x530L-18GHXm-10 is the better fit for high-wattage PTZ cameras. It supports 60W on up to 12 ports and 90W on up to 8 ports, all via 802.3bt, with a 720W total budget. The AW-GEL-205A-260 supports 90W only on ports 1–4 (4 ports total) and 30W on the remaining 12, with a 260W total budget. If you need more than 4 ports running at 60W or above, the Allied Telesis is the only option of the two that meets that requirement.
Which switch is better suited for installations with long cable runs beyond 100 meters?
The AW-GEL-205A-260 explicitly lists an Extend PoE Mode supporting cable runs up to 250 meters. The AT-x530L-18GHXm-10 does not specify an extended-reach mode in the provided spec data. For deployments where cameras or devices are located beyond standard 100M Ethernet limits, the AW-GEL-205A-260 has a documented capability for this use case; the Allied Telesis unit's capability in this regard cannot be confirmed from the available specifications.
Which switch puts less strain on rack power infrastructure and UPS capacity?
The AW-GEL-205A-260 draws a maximum of 280W, versus the AT-x530L-18GHXm-10's maximum of 970W—a difference of 690W. For installations where UPS capacity, circuit amperage, or rack power density is a constraint, the Vivotek unit imposes a substantially lower electrical load. The Allied Telesis unit's 970W maximum draw also generates a listed maximum heat dissipation of 3,317 BTU/h, which has direct implications for rack cooling planning; no equivalent heat dissipation figure is provided for the Vivotek.
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