MIMO technology doesn’t prevent these things from happening, but it does help improve the link between your cellular router and cell tower to improve performance regardless of those challenges. Attenuation or fading, which is signal losing its power.Other radio frequency signals interfering with the data streams,.Tall structures, building material, and the like, blocking or reflecting the signals,.While the data streams travel through the air to reach their destination, they face challenges, such as: A data stream is basically an action you want to perform, such as Googling something, streaming a video, or accessing the Bolton Technical website. As a result, the volume of data that can be sent and received through that road increase by however many lanes (antennas) there are, which, in turn, increases data speeds.Īnyways, with MIMO, the two transmitting antennas on your cellular router (yes, there are cellular routers that use more antennas, but this is for simplicity) push out the same signal, known as data streams. Using MIMO antennas is similar to adding more lanes to both sides of a two-lane (one ongoing and the other oncoming) road. For simplicity, we're gonna stick to a 2x2 MIMO system. Massive MIMO, an extension of MIMO just on a larger scale, like cellular base station large, can have as many as 128 antennas! That’s a 64圆4 configuration, which is insane. 8X8 MIMO – Eight transmitting and eight receiving antennas.4X4 MIMO – Four transmitting and four receiving antennas.3X3 MIMO – Three transmitting and three receiving antennas.2X2 MIMO – Two transmitting and two receiving antennas.So, we’re gonna try to keep this as simple as possible.įirst things first, MIMO radio systems – this could be a cell tower, cellular hotspot, or even a cellphone – must have at least two transmitting and receiving antennas. While MIMO’s objective is simple, the how it works aspect of it is somewhat complex. The use of multiple antennas increases performance, data speeds, and transmission data capacity. In a nutshell, MIMO is a smart antenna technology for wireless communication in which multiple transmitting and receiving antennas are used at the source and the destination to send and receive more data. The idea behind MIMO (short for Multiple Input Multiple Output) is revolutionary, yet simple. SO, what is MIMO? How does it work? How does it improve performance and speed? What in the Wireless Communication is MIMO Technology? Sure, the antenna itself allows for more gain and reach, but the magic behind increase performance and speed has a lot to do with the MIMO aspect of it. They really work, we’ve tested our Crossbow 5G MIMO Antenna with multiple cellular routers and saw an increase in download speeds, upload speeds, and ping. MIMO antennas for cellular hotspots and routers are designed to make those inconveniences a thing of the past. Like with cell phones, in areas with weak cell signal, data is bound to be slow and the connection wonky. People rely on cellular hotspots and routers to stay connected, whether it be at home or while traveling. Did You Know MIMO Antennas Play a Huge Role in Data Transmissions?

Diy wifi antenna for cell phone