[F1110P-8-63W] IP-COM F1110P-8-63W 10-Port Fast Ethernet Desktop Switch, 8 PoE Ports, 58W PoE, 250 m Extend

IP-COM F1110P-8-63W 10-Port Fast Ethernet Desktop Switch, 8 PoE Ports, 58W PoE, 250 m Extend

10 x 10/100 Mbps Fast Ethernet ports
8 PoE ports (802.3af/at)
58W max PoE output
Extend mode: up to 250 m with port isolation
Isolates broadcast storms and DHCP conflicts
Plug-and-play unmanaged desktop design

IP-COM

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Delivery within 2–5 business days across Saudi Arabia
Warranty according to the manufacturer
Tax invoice with every order
Technical support before and after purchase

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Technical Specifications – F1110P-8-63W

Standards	IEEE 802.3, IEEE 802.3u, IEEE 802.3x, IEEE 802.3af, IEEE 802.3at
MTBF	≥50,000 hours
LED indicators	1 Link/Ack LED per port; 1 Power LED per device
Ports	10 x 10/100Base-T Ethernet ports
Lightning protection	Uplink ports: 6KV
Store-and-forward	Supported
Switching capacity	1.6 Gbps
MAC address table	1K
PoE power supply	Ports 1-8 support 802.3af/at standard PoE; Max PoE output power: 58W
PoE pin assignment	1 2 4 5 +; 3 6 7 8 -
Input voltage	AC: 220V 50Hz; DC: 51V 1.25A
Dimensions	177.5mm x 104mm x 26mm
Power consumption	Total power consumption: <63W
Operating modes	Two modes: Default (normal mode): all ports can communicate with each other; works as a standard unmanaged PoE switch. Extend (extended mode): ports 1-8 drop to 10Mbps but transmission distance reaches up to 250 m; ports 1-8 cannot communicate with each other but can all communicate with the uplink ports, isolating broadcast storms and DHCP conflicts.
Operating environment	Operating temperature: 0°C to 45°C; Storage temperature: -40°C to 70°C; Operating humidity: 10% to 90%RH, non-condensing; Storage humidity: 5% to 90%RH, non-condensing
Certifications	CCC, FCC, CE, RoHS

Source: IP-COM official website. Specifications are subject to change by the manufacturer.

PRACTICAL ANSWERS

Network planning questions

Should I choose a router, a switch or an access point?

Start with the task: connecting networks, adding wired device ports, or providing wireless coverage. A single installation may need more than one device type. Share a site diagram and device list so the proposed roles and connections are clear.

Why is wireless coverage weak in some rooms?

Check the access point location, building layout, obstacles and the number of active devices. Measure coverage where people actually work before choosing extra equipment; changing the internet package alone may not address a coverage problem.

How do I select a switch for powered network devices?

List the devices to be connected and check each device’s power requirements against the switch’s per-port capability and total documented power budget. Also review uplink capacity and reserve ports for the expansion you actually expect.

Can the guest network be separated from business devices?

Define which devices and services guests should be able to reach, then check whether the router, switch and access points support the required separation. Test the resulting access rules; a different wireless network name alone is not the acceptance test.

What information helps plan a network upgrade?

Provide floor plans, current equipment models, internet connections, cabling details and peak device counts. Describe the applications that matter most and the observed problem, such as disconnections or slow local file access.

How should network performance be checked after installation?

Agree on the locations and representative workloads to test, then record wired and wireless results separately. Check connectivity, coverage and access rules during normal use, and retain a diagram and configuration backup for support.