A research article addresses issues related to the current Wi-Fi standard for connectivity in portable devices and proposes a new standard, called Wi-Bo, specific for wearables. Wi-Bo, short for Wireless Body, would have a frequency between 10 and 20 GHz and a maximum range of two meters. As the analyst and author of the report, Andrew Sheehy, explains: “It seems that what is needed is a new wireless network standard.
“Wi-Fi is a short-range wireless network standard that is used to connect devices in domestic and office settings. ‘Wi-Bo’ would be a standard micro-range wirless network used to interconnect devices that are mounted on the body, better known as gadgets or wearabes. ”
Sheehy’s idea is that with multiple devices anywhere – some even working inside the user’s body as is the new trend of implant wearables – all the services connected to each other and to the home level network, the Wi-Fi, they simply will not measure up.
The analyst maintains that a smart phone or Smartphone would be a natural candidate to be the central controller device to wirelessly interconnect the other devices that are carried in the body, would fulfill the function of a router or modem. In contrast Smart Glasses, according to him, it would be very difficult to fulfill this mission, as predicted, its current design as we know it collapsed in a pair of contact lenses that is still in development but it will be sufficient for these types of devices of use eyepiece, while the SmartWatch is not an option due to problems with low battery life.You can check out google android emulator online for better use.
It is an interesting area to examine. As we launch ourselves headlong into an Internet of things, the world based on networks with a large number of connected devices, naturally goes on to overwhelm all the normal networks of connection. A term that is emerging from a solution to this problem is to generate large networks of low area power (LPWA), which are low cost but also inefficient in capacity. There are emerging technologies that increase the speed and connection of Wi-Fi, called Hotspot 2.0 to the 802.11ac standard. However, the mountain is only getting bigger in the same control device.
Sheehy concludes: “It is likely that a number of entrepreneurs are developing this same technology idea at this time or, if not, they will soon do so. It seems clear that any start-up with this type of micro-networks, could be a success in the development of a technological approach that could be used to carry out a ‘wireless network for portable devices, or even wearables of various brands, or because no , a standard micro-network for all, would be interesting for companies like Google, Apple, Microsoft or Samsung, even those smaller companies “.