![]() And when they did, like Polar and Look, they used it exclusively instead of ANT+, so that you had to buy into the whole system. My initial cycling complaint with Bluetooth was that so few companies used it. When I want to play music, I have to track down my wife’s phone and disconnect it before I can connect mine. The only frustration I have with this protocol involves our little Bose Bluetooth speaker at home. ![]() We will just connect a sensor to our bike computer and be done with it. If you want to use another computer, you’ll have to disconnect the first one.įor most of us, this doesn’t make much difference either way. With Bluetooth, you can pair one heart rate monitor to one computer. For instance, you can connect your ANT+ heart rate monitor to four different computers at once, or four heart rate monitors to one computer (although you’ll have to pick which one’s data you see). One fundamental way ANT+ and Bluetooth differ is that ANT+ can be used to connect one thing to multiple other things, while Bluetooth is a one-to-one connection for each type of thing. With ANT+, you can mix and match, and the stuff simply works. All too often in cycling, one man’s integrated is another man’s incompatible, and a plethora of ‘standards’ means many products just won’t work with others. The great thing about ANT+ - and why I initially endorsed it over Bluetooth - is that it works across so many platforms, brands and products. After Garmin saw the promise and purchased the company in 2006, ANT+ blossomed into the de facto standard for speed/cadence sensors, heart rate monitors, power meters and, certainly, Garmin Edge computers and other products. In 2003, they created the low-power protocol to use with Nike foot pods for transmitting data to running watches. At Interbike this year, I enjoyed talking with one of the creators of ANT+, Victoria Brilz, who is now running 4iiii with her husband, Kip Fyfe. The Endomondo Sports Tracker application supports external ANT+ adapters.The ANT+ wireless frequency is ubiquitous for cycling devices. With external ANT+ adapters you can connect to sensors and devices that use the ANT+ standard.Īpplications written using the official ANT APIs will all work justįully certified by the ANT+ Alliance and support a great number of ANT+ sensors, such as bike power meters (SRM, CycleOps PowerTap, SRAM Quarq, Power2Max, Garmin Vector), heart rate monitors, cadence and speed sensors, foot pods and weight scales. Note, the accessory does not support ANT-FS and burst messages.Ī normal USB A to USB micro cable is needed. To use our Android ANT+ accessory you need to install the ANT Radio Google Play store with your device it means your device supports ![]() If you find the Selfloops ANT Service in the If you have Android version 2.3.4 and higher AND your device does not have USB Host capabilitiesĪndroid ANT+ accessory. You need to install the ANT Radio Service, The Pixel, Pixel 2, Nexus 7, Nexus 10 tablet, Nexus 5, 5X and Nexus 6P smartphones, the HUAWEI P8, P9, P10, the Samsung Galaxy S5, S6, S7, S8 and many other high-end newest devices have USB Host capabilities. Use a ANT USB stick together with a USB OTG (OnTheGo) cable. If you have Android version 3.0 and higher AND your device has USB Host capabilities then you can We will try to clarify these issues in the paragraphs below. There are two options and depending on your Android software version andĭevice hardware capabilities you can choose which one best suits you. If your device does not have ANT+ capabilities you can add an external adapter. ANT+ is supported natively in a few mobile devices.
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