Gigabit 30W PoE Splitter DC12V DC24V Output Wall Mounted 100-Meter PoE Distance

Introduction

• Olycom OM-PS1230 is the 10/100/1000Mbps PoE Splitter 12V30W , consisting of one PoE Input Port, one Ethernet output port, and DC terminal and green terminal with DC12V/DC24V Output ports.
• It is a ideal product to split IEEE802.3af/at PoE to DC power supply and data for Security Cameras, Wireless AP, Access Control Systems.

Company Profile

We manufacture and market fiber optic connectivity devices.

We provide solutions and services of industrial networking, fiber optic, CCTV surveillance and fiber optic conversion&transmission.

Din-rail gigabit industrial L2 L3 managed switch

Fiber optic Ethernet media converter

AHD TVI CVI Analog video fiber converter

Optical fiber module transceiver

CWDM/DWDM/OXC/DCI system

For the last 20 years, Olycom has been seeking betterness and developing cutting-edge fiber optic devices&solutions, and gained popularity&recognization in China and overseas.

Who We Are

We are Shenzhen OLYCOM technology Co., Ltd., established in 2003 as a manufacturer of fiber optic transmission equipment.

What we do

We manufacture and market fiber optic connectivity devices.

We provide solutions and services of industrial Ethernet switch, fiber to copper media conversion, Ethernet networking, CCTV video surveillance, CWDM DWDM devices and optical monitoring systems.

We serve with precisely engineered equipment and professional dedicated care whether you are in the business of telecom or CCTV, reselling or project contracting.

Where we reach

While advanced fiber optic transmission technology breaks the limits and gets network, digital and analog signals connected over 120 kilometers, it also connects us to more than 120 countries.

How we grow

We create harmonious, profitable growth with

●Trust and reliability

●Well-orchestrated teams

●Ever innovated technology

●Extending sales capabilities

●Strictly controlled cost and uncompromised quality

Our Mission

To connect people faster and safer over longer distance via Ethernet and fiber optics.

Here are the principles of how we practice every day: