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DDM or Digital Diagnostic Monitoring is a technology that allows testing the function of a device in real-time. In the market, you get devices with or, without DDM.
HDMI over Ethernet is one of those technologies that have gained traction in recent years. Now, you may ask how does this technology help in superior signal transmission while using fewer cables?
With businesses dabbling into humongous amounts of data which helps in analysis and strategic decision making, they need to have robust networks to transfer this data across locations.
Choosing the right cable option for your network’s infrastructure, you need to know the difference between category cables. While your networking gear will ultimately define the speed of your operation, your cabling must be able to keep up.
Fiber optic splicing is an important method of joining two fiber optic cables together. It is a preferred solution when an available fiber cable is not sufficiently long for the required run.
These cables are made of copper or optical fiber. Patch cables are simply ethernet cables which have connectors at both ends. So, when comparing Ethernet cables vs. patch cables, what’s the difference?
Optical connectors are used for connection between network devices at data centers and the connection of fiber optic cable to equipment on customer premises (e.g. FTTH). There are many different fiber optic connectors.
Fiber optic cables were designed to enhance voice and data communication in many different applications. The flexibility of the technology is extraordinary, and advances in methods of communication have revealed even more uses for fiber optics.
he MTP/MPO connector is a multi-innovative, high-performance fiber optic connector that has enhanced optical and mechanical performance. The special design (shown in the following figure) of the MTP/MPO connector ensures the accuracy of the polarity in th
As optic cables become increasingly popular for transmitting high-speed data, fiber numbers also increase, making their connections more complex. Thus, users should take the time to understand how fiber optics polarity works.
In terms of the transmission speeds for the various versions of the HDMI interface, the 1080p resolution of HDMI v1.4 requires 10.2Gbps speeds, while 4K resolution for HDMI 2.0 requires 18Gbps.
The Ultra High Speed HDMI Cable is the first cable defined by the HDMI Forum. Ultra High Speed HDMI Cables comply with stringent specifications designed to ensure support for high resolution video modes such as 4Kp50/60/100/120 and 8Kp50/60 as well as new