F Amp;u Smart Tv Connect Wifi
Charise Farag
Ambient Weather's best-selling Personal Wi-Fi Weather Station, the WS-2902, allows you to monitor your home and backyard weather conditions with a brilliant, easy-to-read LCD color display. Monitor indoor and outdoor conditions, including wind speed, wind direction, rainfall, UV, solar radiation, barometric pressure, indoor/outdoor temperature (F and C), indoor/outdoor humidity, dew point, heat index, wind chill, and more. Connect your station to the Ambient Weather Network and join an interactive weather community with the ability to customize your online dashboard, share weather data socially, and experience the benefits of AWN+ for one month*, all for free.
Ambient Weather's best-selling Personal Weather Station, the WS-2902, allows you to monitor your home and backyard weather conditions with a brilliant, easy-to-read LCD color display. Advanced wireless capabilities enable your station to transmit its data wirelessly to the Ambient Weather Network, our interactive weather community where you can customize and share your own personal online dashboard.
With your WS-2902 purchase you will also receive a free one-month subscription* to AWN+, our enhanced Ambient Weather Network experience. AWN+ goes beyond your standard account by adding key map layers like air quality, snow depth, fires, tropical cyclones, and river gauges. Enjoy up to 10 customizable SMS alerts daily and a 10-Day hourly forecast. Plus, AWN+ gives you access to 3 years of your station's historical data for insightful analysis.
Experience the convenience of having your personal weather information with you on the go using your computer, tablet, or mobile device. In addition to Wunderground, the weather station supports uploads to WeatherCloud.
The weather station measures wind speed, wind direction, rainfall, outdoor temperature and humidity, solar radiation and UV. Also included inside the console is temperature, humidity and barometric pressure.
Our mobile friendly and responsive design allows you to customize your dashboard, analyze graphs, generate reports, and send email or text alerts to protect your possessions in and around your home or business.
Ambient Weather ensures contributors can do more than simply measure the weather, so we created the most connected platform in the industry. AmbientWeather.net works with IFTTT, Amazon Alexa, SmartThings, Home Assistant, Weather Underground and PWSWeather, to name a few. In addition, we have a powerful API for programmers.
Monitor indoor and outdoor conditions, including wind speed, wind direction, rainfall, UV, solar radiation, indoor temperature, indoor humidity, barometric pressure, dew point, heat index, wind chill and more.
With your Ambient Weather Station purchase, you will also receive a free one-month subscription* to AWN+, which is our enhanced Ambient Weather Network experience. AWN+ goes beyond your standard account by adding key map layers like air quality, snow depth, fires, tropical cyclones, and river gauges. You will also receive Growing Degree Days (GDD), Heating Degree Days (HDD), and Cooling Degree Days (CDD) on your dashboard. Enjoy up to 10 customizable SMS alerts daily and a 10-day hourly forecast. Additionally, AWN+ gives you access to 3 years of your station's historical data for insightful analysis.
Send multiple alerts for the same parameter. Features handy timeline for tracking alert history. Connect your weather station sensors to IFTTT and control other devices, like blinds, rain gauges, and lights.
In order to stay up to date with the latest Ambient Weather firmware or app updates, sign up for email notifications below. This way, you'll always be notified when a new update is available for your station or app.
2. Launch the console configuraton app awnet on your mobile device or tablet, the weather station MAC address is displayed in the Device List.
The example below is for three devices connected to the same network:
The wireless signal strength displays reception quality. If no signal is lost, the signal strength indicator will display 5 bars. If the signal is lost once, four bars are displayed. If the signal is lost twice, three bars are displayed, and so on.
Loss of signal is normal with wireless signals. The most common issue is RF or EMI interference, followed by distance and attenuation due to barriers. It is considered normal and not a concern, unless the outdoor sensor repeatedly displays dashes (complete loss of signal for 5 minutes).
You only need the smart device once. Once you set it up, you can view the data on any platform by going to your AmbientWeather.net dashboard. Therefore, we recommend borrowing a smart phone or tablet from a friend or family member.
To turn the Time Alarm Off in the WS-1900 and WS-2902A series, press and hold the ALARM button for two seconds. The Alarm Time will flash. Press (do not hold) The ALARM button again to toggle the alarm on and off. The alarm bell will appear and disappear in the time field.
However, the WS-2902 series includes a thermo-hygrometer-barometer sensor inside the console. The WS-2000 console (WS-2000-C) does not include this sensor, because it would heat up too much due to the TFT screen technology.
DO NOT copy and paste your station key into the app, as it will add a lagging space. Make sure you type it in. Also, it is easy to confuse the lower case letter l, upper case I and the number 1, as well as the number 0 and the letter O.
If the weather station array is not communicating properly with the indoor console AFTER performing ALL of the steps above, then the outdoor sensor array OR individual sensor/sensors will need to be replaced.
You can connect the WS-2902D to Wi-Fi using a computer, smartphone, or tablet with a browser.
To connect the WS-2902D, connect the console to power and ensure the Wi-Fi symbol in the time area is flashing
Your MacBook Pro should not have shown you two networks with the exact same name, unless you had accidentally configured two different security types for the two networks. Or maybe you thought you had configured the exact same name for both bands, but you'd accidentally put a space at the end of one of the names and didn't notice.
I recommend that you leave your 2.4GHz network set to 20MHz-only. Using 40MHz in 2.4GHz doesn't leave enough room for other uses of the band, such as Bluetooth. All of Apple's N-capable gear limits itself to 20MHz operation in 2.4GHz (even if the third-party Wi-Fi AP is configured to allow 40MHz operation in 2.4GHz), in order to leave room for Bluetooth. So your MacBook Pro is only going to use 40MHz-wide channels in 5GHz.
Note that 5GHz is not inherently faster than 2.4GHz. They both have the same theoretical maximums, 150 megabits per second (single radio chain), 300 megabits per second (two radio chains and two spacial streams), or 450 megabits per second (three radio chains and three spacial streams). However because the 5GHz frequency band is less crowded, there is more chance that the AP can get a full 40MHz band of radio to carry data.
I think I found a solution for Androids that prioritize the 2.4 GHz Wi-Fi band over the 5 GHz band with the same SSID if you access a dual band router at home for example. If both bands have the same SSID find out which band your Android device is currently connected to using the free inSSIDer app. My was connected to channel 6 instead of channel 161 (my desired 5 GHz channel). Move to a location where you can confirm that you are connected to the 2.4 GHz band (hit the refresh button as needed on the top of inSSIDer to update) When you verify that you are connected to the 2.4 GHz band, go back to your Wi-Fi settings, you will see your SSID twice with the top one being the 2.4 GHz connection select that and select Forget.
This is better than having to choose the 5 GHz band only setting in advance settings as there will be many other places where you need to connect to both bands. Now I get great Wi-Fi speeds at home instead of competing against the crowded 2.4 band at home. Hope this helps.
But even with all of this, one thing to bear in mind is that the client is making the decision as to which SSID it connects to. So even if you have 2.4Ghz and 5Ghz with the same SSID, once the client has connected to whatever channel it decides it wants to first, in most cases it will hold on to that SSID for dear life. Certainly Apple devices, they will hold on to an SSID until it barely has any signal at all. For Android there are a number of APPS that you can install that will manage this for you, by simply selecting the strongest SSID Access Point. For Apple there are no APPS available, so trial and error seems to be the best option!!
Unless you force your client device to choose a specific SSID, it will usually choose the one with the strongest received radio signal. So, if you use the same SSID for both 2.4G and 5G, more than likely the 2.4G radio, which has a longer range and passes through walls and floors better, will be the stronger signal.
Regarding which channel to use, it's a fallacy to assume that the highest channel is the best. In fact, as the frequency increases, the attenuation increases as distance from the radio increases, so it's better to use the lowest possible frequency. Also, with 5G, the lowest four channels are power limited (per FCC) so they don't interfere with other devices using those frequencies (airport radar?). So, the lowest 5G frequency to use is actually the fifth lowest channel.
I would say yes, use different SSID's to differentiate. You don't want your own system to bounce between bands. Plus if you are like me and have an access point, you will have nothing but headaches trying to diagnose issues when they arise. I have found that the primary router output and access point interfere between bands if I don't isolate 2.5GHz and 5GHz. Sounds weird, but that one change saved me from continuously getting WiFi issues and not.