bluetooth
Answer: The Nintendo DS has an 802.11b wireless adapter built in allowing the DS to access the service via any compatible wireless network. Public hotspots that use a captive portal can be accessed after login using the Nintendo DS Browser. The connection settings allows players to configure access to and save settings for up to three different networks. Connection settings can be detected automatically or entered manually. The Nintendo DS is compatible with WEP encryption. Nintendo DSi, released in Japan on November 1, 2008, and in the USA on April 5, 2009, is compatible with both WPA and WEP encryptions.
1. It starts up automatically and allows the device to detect directly connected neighbor devices that use CDP. 2. It allows systems to learn about each other even if different network layer protocols are configured.
USB 1.0 provides a voltage of 5 volts and a current rating of 100 mA for low-power devices. For devices requiring more power, USB 1.0 can supply up to 500 mA when using a powered hub. This standard allows for basic data transfer and charging capabilities for compatible devices.
"Tabbed browsing" allows users to have multiple home pages that automatically open when the browser starts.
"Tabbed browsing" allows users to have multiple home pages that automatically open when the browser starts.
A sensor light switch works by using motion sensors to detect movement in its vicinity. When motion is detected, the sensor sends a signal to the switch, which then turns on the lights automatically. This allows the lights to be activated without the need for manual operation, providing convenience and energy efficiency.
Wi-fi allows you to network devices without the need of cables.
A modem
Visible light energy is detected by the eyes. This type of electromagnetic radiation has wavelengths between about 400 to 700 nanometers, which allows it to be detected by the photoreceptor cells in the retina of the eye.
To use the genie 1-button remote to control your devices with just a single press, you can program the remote to send specific commands to each device. This way, when you press the button, it will automatically send the programmed command to the desired device. This allows you to control multiple devices with just one press of the button.
Sounds are typically detected using a microphone or sensor that converts sound waves into electrical signals. The microphone then amplifies the signals, which can be processed and analyzed to interpret different sound frequencies and characteristics. This process allows devices to "hear" sounds and respond accordingly.
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