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The 2 RJ45 ITX motherboard is a mini-ITX-sized motherboard with two Ethernet ports for network connectivity. This motherboard is designed for use in compact computer systems and applications that require dual network connections. Depending on the chipset, socket, and supported CPU architecture, various ITX motherboards with two RJ45 ports are available.
AM4 Motherboard with 2 RJ45 Ports
There are two significant categories of ITX motherboards: AMD and Intel. Most AMD processors are socketed onto the motherboard with an AM4 socket. When compared to their Intel counterparts, AM4 motherboards are less expensive.
Users may want to consider an AMD AM4 motherboard with 2 RJ45 ports for the following reasons:
Therefore, the AM4 motherboard offers several benefits. It can give users virtual machines their own network interfaces. It can enable network teaming to boost redundancy and bandwidth. Each Ethernet port can be assigned a separate static IP address. Users can connect two different routers simultaneously. It may result in better network performance.
Intel Motherboard with 2 RJ45 Ports
The same functions and benefits of the AM4 motherboard with dual Ethernet ports apply to the Intel version. An ITX motherboard with an Intel CPU can be used to build compact systems with dual network interfaces. Depending on the specific model and features, using Intel processors may offer different pricing options than AMD. Users should carefully review the specifications and capabilities of each motherboard to ensure it meets their requirements.
Power Supply:
Motherboards with RJ45 ports require a power supply to operate. They typically provide 12 volts, or 5 volts. The 5-volt power supply will suffice if users are only going to use the USB ports. A 12-volt power supply is ideal for motherboards that include other components like LED lights, fans, and most importantly, the RJ45 Ethernet ports.
Processor Compatibility:
2 RJ45 ITX motherboards have a processor integrated onto the motherboard. The processors integrated onto the same board save a buyer a lot of costs and space on additional mounting equipment. However, it is always best to check the socket compatibility of both processors before purchasing. Socket compatibility means that the motherboard and processor can connect and communicate with each other without problems. Common Intel ITX motherboards use LGA 1700 and LGA 1200 socket models. AMD motherboards use AM5 and AM4 socket models.
RAM Compatibility:
Just like the motherboard, users need to ensure that the RAM is compatible with the 2 RJ45 ITX motherboard. They can check compatibility by confirming that RAM sticks can physically connect to the motherboard’s RAM slots. Typical ITX motherboards have two RAM slots, but some may come with four. Common ITX motherboards support RAM sticks from various manufacturers, including Kingston, Corsair, and G.Skill, among others. Users should confirm the motherboard manuals for a list of compatible RAM manufacturers.
Motherboard Mounting Case:
A motherboard mounting case is necessary for the two RJ45 ITX motherboard. These motherboard cases help protect the motherboard and all its components from electrical shock, physical shock, and environmental hazards.
Ports:
The ports available on a 2 RJ45 itx motherboard depend on the manufacturer. Common options include USB, HDMI, VGA, audio, among others.
The applications of a motherboard with two RJ45 ports are numerous, and they include;
Purchasing motherboards from wholesale suppliers or manufacturers involves bulk procurement that requires careful consideration of the factors below.
Network Needs:
Evaluate network needs and determine why the 2 port motherboard is needed. Will it be used to expand current network, build separate networks, create virtual networks or for something else? Understanding network goals and use case will help buyer select right features.
Performance Requirements:
Consider the applications and workloads this motherboard will support. If high performance is required, look at options with powerful multicore CPUs, fast memory, and features like network offloading for tasks like VPNs and firewalls. Budget permitting, look for motherboards that support 10GB ethernet.
Expandability:
Evaluate current needs but also think about future. Choose a motherboard that provides sufficient expansion slots - PCIe, M.2 - to allow adding additional network cards, storage and other components as requirements grow. Prioritize models with USB ports and audio jacks.
Compatibility:
Ensure chosen motherboard is compatible with other components such as processors (if not soldered), RAM, cases, power supplies and any peripherals. Also double check compatibility for features like WiFi cards to avoid issues.
Quality and Support:
Select brands known for quality build, reliability and network performance. Consider motherboards with premium capacitors, VRM designs and quality control. After the sale support, especially for networking, can save headaches later.
Form Factor
Since buyer needs an ITX board, make sure to get a suitable size for the case. Boards come in mini ITX, micro ITX, nano ITX and other sizes. Check case compatibility.
Q1: Can the ITX motherboard with Ethernet ports be upgraded?
A1: Yes, motherboards can often be upgraded or modified to enhance performance. However, upgrades are only sometimes possible and depend on the specific motherboard.
Q2: Motherboard ITX comes with Ethernet ports. What are they?
A2: Ethernet ports on a motherboard are the connections in a computer that allow it to plug into a network cable. These are the places where a person can connect a cord to get the Internet, and they look like small sockets with eight-pin plugs. The number of Ethernet ports can vary; some motherboards have two or more.
Q3: What are the benefits of an RJ45 motherboard?
A3: The benefit of an RJ45 motherboard is a better speed in the Internet connection. An RJ45 motherboard provides a good quality interface. This motherboard is more reliable and ideal for gaming and professional uses.
Q4: What is the purpose of an RJ45 port?
A4: An RJ45 connector is used with Ethernet cables to plug into laptops, routers, or network switches to create a local area network (LAN) or connect to the internet. The primary purpose of an RJ45 is to transmit data and make wired connections between networking devices.