Geovision APOE081-301U vs Geovision POE0812-000: Specification Comparison
Both the Geovision APOE081-301U and the Geovision POE0812-000 are 8-port PoE+ Gigabit network switches from the same manufacturer, each targeting IP camera installations. The APOE081-301U uses fixed copper uplinks, while the POE0812-000 adds rack-mount hardware and SFP fiber uplink slots. This comparison examines total PoE power budget, physical deployment form factor, and uplink/expansion options — the three axes that most differentiate these two units in a real surveillance network design.
In This Guide
- How does the PoE power budget differ between the APOE081-301U and the POE0812-000, and what does that mean for camera loads?
- Which switch is better suited to rack-mount infrastructure versus freestanding or wall-mount deployments?
- What uplink and long-run connectivity options does each switch offer, and how does that affect network topology choices?
- Which should you choose: the APOE081-301U or the POE0812-000?
- Side-by-Side Specs
- FAQ
How does the PoE power budget differ between the APOE081-301U and the POE0812-000, and what does that mean for camera loads?
The POE0812-000 carries an explicitly specified total PoE budget of 119 W across its 8 ports, with an additional spec noting 95 W power watts — indicating the aggregate power envelope available to connected devices. Both units support IEEE 802.3at PoE+ at up to 30 W per port.
The APOE081-301U does not specify a total PoE power budget in the provided specifications. It confirms 802.3at PoE+ delivery of up to 30 W per port across all 8 Gigabit ports, but no aggregate wattage figure is listed. Buyers powering high-draw devices such as PTZ cameras or multi-sensor units on multiple ports simultaneously cannot verify the APOE081-301U's budget from the available spec data alone.
For installations where total simultaneous PoE draw is a design constraint — common in 8-camera deployments mixing PTZ and fixed cameras — the POE0812-000's documented 119 W budget provides a concrete planning figure that the APOE081-301U's specs do not.
Which switch is better suited to rack-mount infrastructure versus freestanding or wall-mount deployments?
The POE0812-000 is specified as a rack-mount unit. This makes it directly compatible with standard 19-inch equipment racks in server rooms, telecom closets, or structured wiring enclosures, where cable management and physical security of network equipment are priorities.
The APOE081-301U does not list a mount type in the provided specifications. No rack-mount designation, DIN-rail mention, or wall-mount bracket spec is present. Its cable category is listed as 'Accessories,' which may suggest a more compact or unmanaged desktop-class deployment profile, but this cannot be confirmed from the specs alone.
For integrators building out rack-based head-end closets or co-locating the switch with NVR/server equipment in a rack, the POE0812-000's rack-mount form factor is a direct fit. The APOE081-301U's physical mounting options remain unspecified from the data provided.
What uplink and long-run connectivity options does each switch offer, and how does that affect network topology choices?
The POE0812-000 provides two open SFP slots that accept optional fiber transceivers. This enables long-distance fiber uplinks to a core switch or NVR — relevant in large campuses, multi-building deployments, or installations where electrical isolation between network segments is required. SFP flexibility also allows selection of single-mode or multi-mode fiber based on run length.
The APOE081-301U provides two dedicated Gigabit copper uplink ports supporting daisy-chaining to a core switch or NVR. These are fixed RJ-45 Gigabit interfaces. No fiber or SFP capability is listed in the specifications.
Both switches support 10/100/1000BaseT on downstream ports per the specifications, maintaining backward compatibility with older 10/100 Mbps cameras. The POE0812-000's SFP slots represent the key differentiator for installations requiring fiber backbone connectivity, while the APOE081-301U's dual Gigabit copper uplinks are adequate for shorter copper-run topologies.
Which should you choose: the APOE081-301U or the POE0812-000?
Our take: The POE0812-000 is the stronger choice when the installation requires a documented PoE power budget, rack-mount integration, or fiber uplink capability. Its 119 W total PoE budget is a concrete engineering figure for sizing camera loads; its rack-mount form factor integrates directly into structured wiring closets; and its two SFP slots add fiber uplink flexibility absent from the APOE081-301U. The APOE081-301U confirms 30 W per-port 802.3at delivery and dual Gigabit copper uplinks, but its total PoE budget is unspecified and no mount type is listed — two gaps that complicate formal system design. For compact, copper-only deployments where rack mounting is not required and total PoE draw per the connected camera set stays within typical single-switch limits, the APOE081-301U may suffice, particularly for mixed-brand IP camera platforms given its stated compatibility with Axis, Hikvision, and Dahua devices.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Geovision APOE081-301U | Geovision POE0812-000 |
|---|---|---|
| Brand | Geovision | Geovision |
| MPN | 84-APOE081-301U | 140-POE0812-000 |
| Type | 8-Port PoE+ Network Switch | 8-Port PoE+ Network Switch |
| PoE Standard | IEEE 802.3at (PoE+) | IEEE 802.3at (PoE+) |
| PoE Per-Port Max | 30 W | 30 W (802.3at) |
| Total PoE Budget | — | 119 W |
| Power Watts | — | 95 W |
| PoE Downstream Ports | 8 | 8 |
| Port Speed | 1000 Mbps (Gigabit) | 10/100/1000BaseT |
| Uplink Ports | 2 × Gigabit copper (RJ-45) | 2 × SFP (fiber-capable) |
| Fiber / SFP Support | — | Yes (2 open SFP slots) |
| Mount Type | — | Rack-mount |
| Form Factor | — | Network Switch |
| Compatible Devices | IP (Axis, Hikvision, Dahua cited) | IP-based |
| Connectivity | Ethernet | Ethernet |
| Datasheet | /content/product-datasheets/84-APOE081-301U.pdf | /content/product-datasheets/140-POE0812-000.pdf |
Frequently Asked Questions
Which should you choose: the APOE081-301U or the POE0812-000?
The POE0812-000 is the stronger choice when the installation requires a documented PoE power budget, rack-mount integration, or fiber uplink capability. Its 119 W total PoE budget is a concrete engineering figure for sizing camera loads; its rack-mount form factor integrates directly into structured wiring closets; and its two SFP slots add fiber uplink flexibility absent from the APOE081-301U. The APOE081-301U confirms 30 W per-port 802.3at delivery and dual Gigabit copper uplinks, but its total PoE budget is unspecified and no mount type is listed — two gaps that complicate formal system design. For compact, copper-only deployments where rack mounting is not required and total PoE draw per the connected camera set stays within typical single-switch limits, the APOE081-301U may suffice, particularly for mixed-brand IP camera platforms given its stated compatibility with Axis, Hikvision, and Dahua devices.
Is the APOE081-301U or the POE0812-000 better for a deployment mixing PTZ and fixed cameras with high power draw?
The POE0812-000 is preferable in that scenario because it publishes a 119 W total PoE budget, giving you a concrete figure to verify against your camera power requirements. The APOE081-301U does not specify a total PoE budget in the available specifications, so simultaneous full-load calculations cannot be confirmed from the provided data.
Can either switch connect to a fiber backbone or remote fiber uplink?
Only the POE0812-000 supports fiber connectivity. It includes two open SFP slots that accept optional fiber transceivers for long-run or electrically isolated uplinks. The APOE081-301U provides two dedicated Gigabit copper uplink ports only; no SFP or fiber capability is listed in its specifications.
Which switch fits into a standard equipment rack alongside an NVR or server?
The POE0812-000 is specified as a rack-mount unit, making it a direct fit for 19-inch equipment racks. The APOE081-301U does not list a mount type in the provided specifications, so rack compatibility cannot be confirmed from the available data.
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