TELECOM & DATACOM

Telecommunications / data communications, also known as Telecom & Datacom, is the exchange of information over significant distances by electronic means and refers to all types of voice, data and video transmission. This is a broad term that includes a wide range of information transmitting technologies such as telephones (wired and wireless), microwave communications, fiber optics, satellites, radio and television broadcasting, the internet and telegraphs.

A complete, single telecommunications circuit consists of two stations, each equipped with a transmitter and a receiver (the transmitter and receiver at any station may be combined into a single device called a transceiver). The medium of signal transmission can be via electrical wire or cable, optical fiber, electromagnetic fields or light. The free space transmission and reception of data by means of electromagnetic fields is called wireless communications.

The simplest form of telecommunications takes place between two stations.

2-1: Enterprise Network Solutions

We provide copper and fiber solutions that exceed the extensive requirements and demands of Enterprise Networks. Our commitment to excellence is reflected in our comprehensive range of offerings, starting with our cutting-edge Cat6 to Cat8 copper solutions, single mode and multimode fiber solutions, and various types of cabinets and enclosures. These are meticulously engineered to provide unmatched data transmission capabilities, ensuring seamless connectivity and high-speed performance within your network infrastructure. With our network solutions, your enterprise is poised to harness the power of efficient communication and data transfer .At Datacom, quality is paramount. Our products are meticulously tested and manufactured to adhere to the highest industry standards.

2-2: Data Solution

2-3: Power Over Ethernet Solutions

After decades of focusing on LED lighting for energy efficiency, attention is shifting to intelligent Power Over Ethernet. Datacom supplies viable power over Ethernet solutions, forming the core of smart building infrastructure. Our range of solutions incorporates enhanced POE standards, capable of efficiently delivering higher wattage to interconnected devices. Our offerings encompass Cat6/Cat6A Connectors, MPTL Plugs (UTP, STP), Single Pair Ethernet Cable, POE extenders, POE injectors, Media Converters, as well as Environmental Sensors.

Last time we talked about POE switches, how should we choose network cables? Then, many friends were puzzled about how to connect, but it was actually very simple. The RJ45 network cable interface was used directly to power devices that support POE power supply. If you ask how many RJ45 crystal heads are used for power supply, the answer is as follows: 1236 (white orange, orange, white green, green) runs data (currently only these four are used for the five types of network cable connections), 45 (blue, white blue) power supply positive pole 78 (white brown, brown) power supply negative pole.

The POE power supply system uses twisted pair cables (commonly known as network cables) to transmit communication signals and power. Generally speaking, digital network signals are transmitted through differential lines using network cables above CAT 5(including), while providing power to the PD port.

The first type requires an 8-core Ethernet cable, which is powered by idle terminals 4, 5, 6, and 7, while the other data terminals are used to transmit digital network signals. In this type of Ethernet cable, signals and power are actually transmitted through different cables, but it is not visible on the surface.

The second option is to use a 4-core Ethernet cable, which simultaneously transmits digital network signals and electricity through the 1 and 6 data terminals. Here, the digital network signals and electricity are transmitted on the same line.

Except for wireless bridges, other devices that require simultaneous transmission of communication signals and power can use the POE power supply method, such as network cameras and other digital network equipment.

In wireless monitoring systems, POE power supply modules are commonly used.

2-4: GPON Solutions

Datacom provides comprehensive FTTH solutions directly from service providers Fiber Distribution Hub (FDH) locations. Our offerings adhere to ITU FTTH specifications and include a range of products such as drop cables, riser-rated multi-tube backbone cables, splitters, surface mount boxes, faceplates, and enclosures. Our premise cables ensure optimal copper connectivity, supporting up to 10-Gigabit Ethernet twisted-pair copper cable bandwidth. This robust infrastructure accommodates high-demand applications, including 4K distributed television systems within apartment complexes. Furthermore, our commitment to quality is underscored by our compliance with major FTTH specifications from prominent providers such as Etisalat (UAE), DU (UAE), Ooredoo (Qatar), Saudi Telecom (KSA), Zain Telecom (Kuwait), and Omental