Información de referencia

• INFORMACIÓN TÉCNICA

 

 

 

 

 

 

Peso

118 g (4.16 oz) con Batería de Li-Ion 900 mAh

 

 

 

 

Tamaño

Volumen: 93.5 cc (5.7 pulg. cúb.)

 

 

Longitud: 108.6 mm (4.27 pulg.)

 

 

Ancho: 53.0 mm (2.1 pulg.)

 

 

Espesor: 18.7 mm (0.7 pulg.)

 

 

 

 

 

Banda de frecuencia

Nokia 6670

Nokia 6670 b

 

 

GSM900

GSM850

 

 

880-915 MHz (TX)

824-849 MHz (TX)

 

 

925-960 MHz (RX)

869-894 MHz (RX)

 

 

GSM1800

GSM1800

 

 

1710-1785 MHz (TX)

1710-1785 MHz (TX)

 

 

1805-1880 MHz (RX)

1805-1880 MHz (RX)

 

 

GSM1900

GSM1900

 

 

1850-1910 MHz (TX)

1850-1910 MHz (TX)

 

 

1930-1990 MHz (RX)

1930-1990 MHz (RX)

 

 

 

 

 

Potencia de salida

Hasta 2 W

 

 

del transmisor

 

 

 

 

 

 

 

Voltaje de la batería

3.7 V

 

 

 

 

 

 

Temperatura de

-10°C hasta + 55°C

 

 

funcionamiento

(14°F hasta + 131°F)

 

 

 

 

 

aTiempo de

Tiempo de conversación: hasta 3 horas

 

conversación,

Tiempo de reserva: hasta 10 días

 

tiempo de reserva

Tiempo de carga con Batería Li-Ion 900-mAh y

 

 

Cargador ACP-12: 1.5 horas aprox.

 

 

 

 

a.Los tiempos de conversación y de reserva son sólo estimaciones y dependen de la fuerza de la señal, condiciones de la red, funciones usadas, vida y condición de la batería (incluso proceso de carga, temperatura a la que se expone la batería, uso en modalidad digital, y muchos otros factores. Observe que la cantidad de tiempo de conversación afecta el tiempo de reserva. También, la cantidad de tiempo durante la cual se deja el teléfono encendido en la modalidad inactiva influye en el tiempo de conversación.

Nokia 6670 Manual del Usuario

295

Copyright © 2005 Nokia

Page 296
Image 296
Nokia 6670 manual Información Técnica

6670 specifications

The Nokia 6670, launched in 2004, is a classic example of early 2000s mobile technology and remains an iconic device for many enthusiasts of vintage phones. It is often remembered for its robust design, impressive features for its time, and significant contributions to the consumer mobile market.

One of the standout features of the Nokia 6670 is its clamshell design, which combines portability with style. The phone measures 90 x 46 x 24 mm, making it compact enough to fit in a pocket while still providing a reasonably spacious keypad. Weighing just about 120 grams, it was known for being light yet durable.

The Nokia 6670 is powered by Symbian OS, specifically version 7.0s, allowing for a smooth user interface and multitasking capabilities that were advanced for its era. The device is equipped with a 1.3 MP camera, which was quite impressive for mobile phones at that time, enabling users to capture decent-quality photos. The phone also supported video capture, marking it as one of the early entrants into mobile photography.

In terms of display, the Nokia 6670 boasts a 176 x 208 pixels color screen, which enhances user experience through vivid visuals for applications and images. It supports a range of multimedia formats, allowing users to play videos, listen to music, and enjoy Java games—a significant feature given the escalating popularity of mobile gaming.

Connectivity-wise, the Nokia 6670 supports GPRS and WAP, enabling users to access the internet and download content, although the speeds were relatively slow compared to modern standards. Bluetooth technology also allows for wireless device pairing, which was quite innovative for a phone released in its period.

The Nokia 6670 supports expandable memory via a memory card slot, enabling users to store additional photos, music, and files. With a battery life of up to 6 hours of talk time and a standby time of around 300 hours, it provided a reliable performance that appealed to a wide audience.

With its combination of style, functionality, and advanced technology for its time, the Nokia 6670 has etched a place in mobile history. While much has changed in the world of smartphones, the Nokia 6670 remains a symbol of innovation from a bygone era and serves as a nostalgic reminder of the evolution of mobile technology.