Manuals / Sanyo / Cell Phone / Cell Phone

Sanyo SCP-8400 manual Bluetooth Profiles

Models: SCP-8400

1 282
Download 282 pages 52.06 Kb
Page 234
Image 234

Bluetooth Profiles

All the Bluetooth settings you configure are stored in your phone’s Bluetooth user profile. Different profiles can be used for specific Bluetooth functions.

HeadsetProfile–This profile functions as a wireless ear jack. When an incoming call is received, the ringer can be heard through the headset, instead of the phone. The call can then be received by pushing a button. While using your phone, you can use the headset instead of the phone by pushing a button on the headset, which has the same effect as inserting a jack into the phone. Increase or decrease the volume by using the volume key on the side of the phone.

Hands-FreeProfile–This profile functions as a wireless car-kit. Incoming calls ring to the hands-free headset or device. Calls can be received by pressing a button on the headset or device. For dialing, four functions are supported: recent call dial, voice dial, speed dial, and number dial. Increase or decrease the volume by using the volume key on the side of the phone.

DUN:Dial-UpNetworkProfile–This profile functions as a wireless data cable, connecting a PC or PDA to a network through your phone.

OPP:ObjectPushProfile–This profile uses the Generic Object Exchange profile services to send data objects between devices and can be used to exchange business cards (vCard).

FTP:FileTransferProfile–This profile allows you to transfer files to or from other Bluetooth-enabled devices.

218 Section 2M: Using Bluetooth

Page 233 Page 235
Page 234
Image 234
Sanyo SCP-8400 manual Bluetooth Profiles
Page 233 Page 235

SCP-8400 specifications

The Sanyo SCP-8400 is a compact clamshell mobile phone that gained popularity in the early 2000s for its innovative features and user-friendly design. Launched in 2004, the SCP-8400 was particularly distinctive for its unique combination of technology and style, making it a notable device in the world of mobile communication.

One of the standout features of the Sanyo SCP-8400 is its 1.3-megapixel camera, a significant advancement for mobile phones of that era. This camera allowed users to capture high-quality images, a feature that was not commonly found in most devices at the time. Additionally, it supported video recording, enabling users to create short clips to share with friends and family. The camera was complemented by a flash and a self-portrait mirror, making it ideal for personal photography.

The Sanyo SCP-8400 also boasted a vibrant color display with a resolution of 176 x 220 pixels. This screen was designed to provide clear images and easy navigation, enhancing the overall user experience. The device featured an intuitive interface, allowing users to access applications and settings with ease.

In terms of connectivity, the SCP-8400 supported Bluetooth technology, enabling wireless communication with other devices, such as headsets and computers. This feature was particularly appealing for users who valued convenience and mobility. In addition, the phone supported SMS and MMS messaging, allowing users to stay connected through text and multimedia messages.

Another notable characteristic of the SCP-8400 was its expandable memory. Users could insert a microSD card to increase storage capacity for photos, music, and other files, which was an important addition for those looking to maximize their device’s functionality.

The Sanyo SCP-8400 was powered by a robust battery, which provided ample talk and standby time, making it a reliable choice for users who needed a phone that could keep up with their busy lives. With a lightweight design and compact form factor, this device was easy to carry and fit comfortably in a pocket or purse.

Overall, the Sanyo SCP-8400 was a remarkable mobile phone for its time, combining practical features with stylish design. It represented an important step forward in mobile technology, catering to the needs of consumers who sought functionality, connectivity, and quality in a single device.