Geovision APOE0811 vs Geovision POE0811: Specification Comparison
Both the GV-APOE0811 and GV-POE0811 are Geovision-branded 8-port managed PoE+ switches built for IP camera deployments. Each delivers 802.3at PoE+ across all eight ports, targets surveillance network infrastructure, and carries the same 3-year warranty. Buyers evaluating either unit are choosing between two managed gigabit PoE+ switches from the same manufacturer within the same port-count tier — the comparison centers on port speed, power budget, uplink architecture, physical footprint, and management feature depth.
In This Guide
- How do port speed and uplink architecture differ between the APOE0811 and POE0811?
- What are the PoE power budget and physical size differences, and what do they mean for installation?
- How do the management features and system integration capabilities compare?
- Which should you choose: the APOE0811 or the POE0811?
- Side-by-Side Specs
- FAQ
How do port speed and uplink architecture differ between the APOE0811 and POE0811?
The GV-POE0811 specifies all 8 ports as gigabit (1000 Mbps per port), making every downlink a full gigabit connection. The GV-APOE0811 specifies its 8 PoE+ ports at 10/100/1000 Mbps — rated for gigabit but auto-negotiating down to Fast Ethernet with legacy devices — and adds 2 dedicated gigabit uplink ports for a total of 10 physical ports.
The APOE0811's 2 dedicated uplinks provide structural backhaul separation: camera traffic on downlinks, NVR or core-switch traffic on uplinks, with no port contention. The POE0811 spec does not list a separate uplink port count; uplink capability on that model is not specified in the provided data.
For installations running multiple concurrent high-resolution streams — particularly 4K cameras — the POE0811's per-port gigabit throughput on all 8 downlinks is its headline claim. The APOE0811's dual dedicated uplinks are an architectural advantage for structured network segmentation without consuming camera ports.
What are the PoE power budget and physical size differences, and what do they mean for installation?
The GV-APOE0811 carries an explicit 140W total PoE power budget. At 802.3at PoE+ maximum (30W per port), 140W supports approximately 4–5 ports at full draw simultaneously, or all 8 ports at reduced draw. This figure is sourced directly from the product spec; the GV-POE0811 spec does not state a total power budget figure.
Physically, the two units differ substantially. The APOE0811 measures 12.00 × 8.00 × 3.00 in and weighs 3.75 lb, with a wall-or-rack-mount form factor. The POE0811 measures 20.00 × 12.00 × 4.00 in and weighs 4.85 lb — roughly 67% larger by footprint and 29% heavier — consistent with a rack-mount chassis. Installers with space-constrained enclosures or wall-mount requirements will find the APOE0811 significantly more accommodating.
The absence of a published total power budget for the POE0811 is a material gap for planning high-draw deployments. Buyers should obtain the POE0811 datasheet to confirm its PoE budget before specifying it for sites where multiple PTZ or multi-sensor cameras will draw near-maximum PoE+ per port.
How do the management features and system integration capabilities compare?
Both switches are classified as managed and support VLAN configuration. The GV-APOE0811 specifies VLAN, QoS, and Port Mirroring as management features. The GV-POE0811 specifies VLAN, traffic shaping, and network segmentation — a partially overlapping but not identical feature set as described in the provided specs.
Port Mirroring (APOE0811) is a diagnostic capability valued by integrators for traffic analysis and intrusion detection sensor feeds. Traffic shaping (POE0811) implies bandwidth control per port or flow, which the APOE0811 spec does not explicitly name. Neither unit's spec describes a management interface (web GUI, CLI, SNMP version) in the data provided.
On VMS and protocol compatibility, the APOE0811 explicitly lists ONVIF Profile S compatibility and a cable category of IPPTZCam, signaling tested integration with PTZ camera workflows. The POE0811 does not list a VMS compatibility rating or ONVIF designation in the provided spec. For Geovision VMS environments or multi-vendor ONVIF deployments, the APOE0811's declared compatibility is a documented advantage.
Which should you choose: the APOE0811 or the POE0811?
Our take: The APOE0811 is the stronger choice when installation space is constrained, backhaul architecture matters, or ONVIF/PTZ-camera compatibility needs to be documented at the switch level. Its 140W stated power budget gives planners a concrete number to work from, its 12 × 8 × 3 in wall-or-rack form factor fits tight enclosures, and its 2 dedicated gigabit uplinks keep camera and backhaul traffic structurally separated without sacrificing downlink ports. It also carries explicit ONVIF Profile S and Port Mirroring specs absent from the POE0811's published data. The POE0811, at 20 × 12 × 4 in and 4.85 lb, suits a rack-mount deployment where physical size is not a constraint; all 8 of its ports are specified at full gigabit for high-bandwidth camera streams. However, its total PoE power budget is not stated in the provided specs — a critical gap for high-draw camera planning. Specify the POE0811 only after confirming its power budget from its datasheet.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision APOE0811 | Geovision POE0811 |
|---|---|---|
| PoE Standard | 802.3at (PoE+) | 802.3at (PoE+) |
| PoE Ports | 8 | 8 |
| Port Speed (Downlinks) | 10/100/1000 Mbps | 1000 Mbps |
| Dedicated Uplink Ports | 2 Gigabit | — |
| Total PoE Power Budget | 140W | Not specified |
| Max PoE per Port (802.3at) | 30W | 30W |
| Switch Type | Managed | Managed |
| VLAN Support | Yes | Yes |
| QoS | Yes | — |
| Port Mirroring | Yes | — |
| Traffic Shaping | — | Yes |
| ONVIF Compatibility | Profile S | Not specified |
| Form Factor | Wall or rack-mount | Rack-mount |
| Dimensions (in) | 12.00 x 8.00 x 3.00 | 20.00 x 12.00 x 4.00 |
| Weight (lb) | 3.75 | 4.85 |
| Warranty | 3-Year | 3-Year |
Frequently Asked Questions
Which should you choose: the APOE0811 or the POE0811?
The APOE0811 is the stronger choice when installation space is constrained, backhaul architecture matters, or ONVIF/PTZ-camera compatibility needs to be documented at the switch level. Its 140W stated power budget gives planners a concrete number to work from, its 12 × 8 × 3 in wall-or-rack form factor fits tight enclosures, and its 2 dedicated gigabit uplinks keep camera and backhaul traffic structurally separated without sacrificing downlink ports. It also carries explicit ONVIF Profile S and Port Mirroring specs absent from the POE0811's published data. The POE0811, at 20 × 12 × 4 in and 4.85 lb, suits a rack-mount deployment where physical size is not a constraint; all 8 of its ports are specified at full gigabit for high-bandwidth camera streams. However, its total PoE power budget is not stated in the provided specs — a critical gap for high-draw camera planning. Specify the POE0811 only after confirming its power budget from its datasheet.
Which switch supports more total PoE power — the APOE0811 or the POE0811?
The GV-APOE0811 is specified at a 140W total PoE budget. The GV-POE0811 does not include a total power budget figure in the provided specifications. Buyers should request the POE0811 datasheet to obtain that number before committing to a high-draw deployment.
Does the APOE0811 or POE0811 fit better in a wall-mount or compact enclosure?
The GV-APOE0811 is the significantly smaller unit at 12.00 × 8.00 × 3.00 in and 3.75 lb, and its spec explicitly lists wall-or-rack-mount as a supported form factor. The GV-POE0811 measures 20.00 × 12.00 × 4.00 in and weighs 4.85 lb, consistent with a rack-mount chassis. For tight or wall-mounted installations, the APOE0811 is the appropriate choice.
Is either switch verified compatible with ONVIF cameras or a Geovision VMS?
Yes — the GV-APOE0811 spec lists ONVIF Profile S compatibility and a cable category of IPPTZCam, indicating documented suitability for PTZ and ONVIF camera deployments. The GV-POE0811 does not list an ONVIF compatibility rating or VMS compatibility designation in the provided specifications.
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