AEO-8S3108/POE — English specifications
English · PDF · Revision EN-20261101-V177
Check the model, revision and document language before use.
AEO-8S3108/POE
Industrial 8-channel Gigabit PoE optical transmission unit
- Network ports
- 8 x 10/100/1000Base-T(X) auto-negotiating PoE Ethernet port
- Optical ports
- 1 x 1000Base-X optical port; FC by default; FC/SC/ST optional
- Power input
- 44–57 VDC
- PoE
- IEEE802.3af/at
- Operating temperature
- -40 °C ~ 85 °C
- Mounting
- 35mm DIN rail
Check the exact model, document language and version before installation.
Product overview
Industrial 8-channel Gigabit PoE optical transmission unit. Ethernet ports: 8 x 10/100/1000Base-T(X) auto-negotiating PoE Ethernet port Optical ports: 1 x 1000Base-X optical port; FC by default; FC/SC/ST optional Operating voltage: DC44~57V
Extend site network connections onto fiber
Industrial Gigabit Ethernet PoE optical transmission units combine device connections, power over network cabling and fiber backhaul. Select the model for the device count, fiber conditions and uplink requirements. Check copper and fiber port speeds, interfaces and matching requirements separately.
Configure copper ports for the site
List the number and interfaces of the network devices to be connected at the site. Check the access ports and allow reasonable room for expansion.
Configure fiber ports for the link
Select fiber ports for the fiber strand count, type, distance and equipment at the other end. Confirm whether fixed fiber ports or pluggable optical modules are required.
Include device power when selecting a model
Check the per-port capacity, total power budget and input power supply against the devices' PoE type and actual load.
Typical applications
Distributed surveillance sites
Plan copper connections for the number of devices at each site and check the fiber link to the aggregation point.
Campus equipment connections
Use the available fiber resources to connect site networks in different areas to the aggregation point.
Building network extensions
Plan fiber connections between buildings or wiring areas and check the equipment and power conditions at both ends.
Specifications
| Interfaces and transmission | |
|---|---|
| Backplane bandwidth |
|
| Packet buffer |
|
| MAC address table |
|
| Maximum frame size (bytes) |
|
| Network ports |
|
| Optical ports |
|
| Optical wavelength |
|
| Optical transmission distance |
|
| Power | |
| Reverse polarity protection |
|
| Power input |
|
| Power consumption |
|
| Power connector type |
|
| Power overload protection |
|
| Power redundancy |
|
| PoE |
|
| PoE pin assignment |
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| PoE output per port |
|
| Management and control | |
| IPC extension |
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| One-touch VLAN |
|
| CBIT video optimization |
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| Protection and reliability | |
| EN61000-4-2 electrostatic discharge |
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| EN61000-4-3 radiated immunity |
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| EN61000-4-4 electrical fast transients |
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| EN61000-4-5 surge immunity |
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| EN61000-4-6 conducted immunity |
|
| Construction and environment | |
| Enclosure material |
|
| Dimensions (L*W*H) |
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| Operating temperature |
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| Operating humidity |
|
| Mounting |
|
| Protection rating |
|
Downloads
Check the model and revision before use. Original-language files are identified below.
Download PDF
Selection support
Connection
Identify the equipment and interfaces to be connected.
Performance
List the required bandwidth, distance and device count.
Power and installation
Confirm the supply, mounting space and environmental conditions.