StarTech.com 1m HDMI Cable - 4K High Speed HDMI Cable with Ethernet - 4K 30Hz UHD HDMI Cord - 10.2 Gbps Bandwidth - HDMI 1.4 Video / Display Cable M/M 28AWG - HDCP 1.4 - Black (HDMM1MHS)

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StarTech.com 1m HDMI Cable - 4K High Speed HDMI Cable with Ethernet - 4K 30Hz UHD HDMI Cord - 10.2 Gbps Bandwidth - HDMI 1.4 Video / Display Cable M/M 28AWG - HDCP 1.4 - Black (HDMM1MHS)

StarTech.com 1m HDMI Cable - 4K High Speed HDMI Cable with Ethernet - 4K 30Hz UHD HDMI Cord - 10.2 Gbps Bandwidth - HDMI 1.4 Video / Display Cable M/M 28AWG - HDCP 1.4 - Black (HDMM1MHS)

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The 4KIP200 4K HDMI over IP kit boasts matrix switching, video wall support, easy visual control, fast seamless switching, and other amazing features. The AV over IP solution is ideal for wide applications like sports bar, restaurant, shopping mall, retail store, house of worship, casino, college and university, etc. The original Standard or Category 1 cables were certified to handle 1080i or 720p video. The later High Speed or Category 2 cables took the bandwidth up from 4.95Gbit/sec to 10.2Gbit/sec, which meant they could transport 1080p video at 60 frames per second or 60Hz, or 4K video at 30fps or 30Hz. Category 3 or HDMI Premium cable reaches 18Gbits/sec and supports 4K video at 60Hz, while the highest spec Category 3 (8K) or Ultra cable can do 4K at 120Hz or 8K at 60Hz. Even devices that would benefit from HEC the most, such as PCs or laptops, do not support Ethernet over HDMI. In short, the cable has the channel for ethernet, but it won’t work because it’s very rare to find a device that supports it. To connect to the internet, most people will use a LAN cable or WiFi, there’s really no reason to use HDMI with ethernet at the moment. IP extension is a way to extend your video signals over long distances. Using AV/KVM extension technology to transmit lossless compressed video over optical fiber cables enables video extension of resolutions up to 4K@60Hz across very long distances today. This method provides enough bandwidth for high-resolution DisplayPort 1.2 video signals, keyboard/mouse, USB 2.0, RS232 and audio.

Ethernet and Wi-Fi interfaces were readily available to TV and home entertainment device manufacturers at cheaper fees. It was the least of their priorities to make significant changes to their device’s hardware and software to support such a niche function like HEC. This means all those high bitrate formats currently available on Blu-ray discs, 4K Blu-rays and some streaming services – Dolby TrueHD, DTS-HD Master Audio and object-based formats such as Dolby Atmos and DTS:X– will all be compatible. There’s scope for eARC to deliver up to 32 channels of audio, including eight-channel, 24bit/192kHz uncompressed data streams at speeds of up to 38Mbps. Power Supply: Most HDMI over Ethernet extenders require a power supply to function. It can either be a separate power supply or powered through a PoE injector. If you have a home theater sound system or a soundbar, ARC over HDMI is a useful feature. What it does is establish a communication between the audio and video devices connected directly to the HDMI ports on your television.Without ARC and the paired wires used for HEC, the audio can only go one way. This feature enables TVs to transfer audio instead of just receiving it. Most ARC ports will be labeled as such. They can even transfer other information like surround sound data.The other function of the HEC paired wires is CEC. This feature allows for IR (infrared) data to be transferred across the cable. What this does is simplify the number of controllers you will need to manage your system. On top of that, being limited by the 100 Mbit/s bandwidth and the maximum 8-meter cable length didn’t really help the case. It would have certainly been lunacy for the manufacturers to consider HEC over a dedicated Ethernet port or Wi-Fi card, as they reliably delivered better networking speeds without many sacrifices. HDMI converters allow to convert digital HDMI to analog VGA, SDI, or component video (or vice versa) with either digital audio or analog stereo audio. The devices provide a cost effective solution to connect legacy, non digital displays to newer digital HDMI or DVI sources. LG was the first manufacturer to go all-in with the new standard, producing the first 4K TVs to sport HDMI 2.1 ports in 2019. All LG's 2022 and 2023 OLED TVs have up to four HDMI 2.1 ports, with Samsung offering one on most models and four on its flagship sets. Meanwhile, much of Panasonic and Sony's 2022 and 2023 ranges also sport a mixture of ports.

Using your HDMI cables to transfer the internet can save you a lot of hassle when it comes to wiring. It can also offer you a stable, secure, and ultra-fast connection depending on your devices, moreover, there are ways to extend them as well in case you need to (our guide). To gain a better understanding of how this technology works, we should first explore what HEC is. What is HEC / HDMI Ethernet Channel? The ethernet channel built into compatible HDMI cables can transfer data between two connected devices. This allows them to share the wired connection. To better understand how this works, we need to open up an HDMI cable and see what’s inside. An HDMI cable has 19 pins that it uses to transfer all kinds of data. eARC basically does the same, but its capabilities are enhanced. It gets a massive boost in maximum audio bandwidth, enabling high-quality, multi-channel, lossless audio data to be transmitted from your TV to a sound system.The bandwidth required for HDMI over Ethernet depends on the resolution and refresh rate of the HDMI signal. This information guide will give you a full rundown on Ethernet over HDMI and explain whether it’s a good idea to invest in an HDMI Cable With Ethernet. What’s an HDMI Cable with Ethernet? Bandwidth: Another important factor to consider is the bandwidth requirements of your signal. Make sure the extender you choose can handle the necessary bandwidth to transmit your HDMI signal over Ethernet.

READ NEXT: The best 1080p, 1440p, 4K and ultrawide monitors Does the physical construction of the cable matter? To enable HDMI over Ethernet, you will need a transmitter and a receiver. The transmitter is connected to the source device, and the receiver is connected to the display device. Both devices are connected to a local area network (LAN) via Ethernet cables.For example, a 1080P video signal requires a bandwidth of around 6 Gbps, while a 4K video signal requires a bandwidth of around 18 Gbps. To ensure reliable transmission of the HDMI signal, it is recommended to use a gigabit Ethernet network or higher. HDMI over Ethernet Products You May Need If you are looking for a high-quality and cost-effective HDMI over Ethernet solution, AV Access 4KIP200 is the one you can’t miss. The 4K HDMI encoder/decoder can work flawlessly with any universal managed or unmanaged Ethernet switch on the market.



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