Macro vs micro4/17/2023 These technologies enable network coverage and bandwidth capacity. Small cells and macro cells are the hardware installations that receive wireless backhaul connections. What is the difference between small cells and macro cells? In short, backhaul is the key to empowering 5G capabilities. Therefore, seamless wireless cell sites and mobile backhaul connections are imperative. There are now hundreds of applications that rely on real-time connections for matters of safety, such as connected cars and smart health applications – a few seconds of delay could have serious consequences.Įspecially with the introduction of 5G, thousands of these interactions will be happening simultaneously. A strong backhaul solution is crucial to provide the extremely high speeds, high capacity, and high bandwidth required to handle the sheer amount of information being transferred via the network. As a result, the volumes of data being produced and transferred every second has increased significantly over the last few years and is only expected to rise. The amount of internet connected devices is continually growing. Wireless backhaul achieves this without the use of hardware or cables, but with small cells and macro cells that form the base stations of wireless networks. Networks can include the internet, and proprietary servers of large enterprises that collect data.Įssentially, backhaul is the mode of getting information from point-to-point and controlling data traffic. Wireless backhaul is the technology that transfers user data to the base stations of a core network via wireless connections between a device and the nodes. Traditionally macro cells have dominated the telecommunications space – but small cells are starting to pioneer the 5G agenda in a significant way. Two primary options today are small cells and macro cells. The question is what technology will be used to enable the level of backhaul required for our data-rich networks. That’s where backhaul comes in – without it, 5G speeds and quality cannot be achieved. Building a technology that supports higher transfer speeds is equally crucial. High bandwidth data transmission is becoming increasingly important as we develop 5G networks.
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