Touch based Nokia 5800 XpressMusic launched!

Though 5800 XpressMusic will be directly compared with the iPhone 3G ,but surely the addition in the nokia gallery will attract many indians ,
First looks :



the new phone appear with translucent overlay,touch screen and at times appear cluttered.

Network features:
The 5800 XpressMusic supports 3G networks with quad-band GSM/GPRS/EDGE, dual-band WCDMA, HSDPA, WLAN (802.11 b/g), HSCSD, and TCP/IP support.
Touchscreen Input:
The 5800 XpressMusic is a full touchscreen phone with three buttons on the front panel - Talk, Menu control, and End. The 3.2-inch haptic touchscreen display offers a widescreen 640 x 360 pixel resolution, featuring acceleration sensor for Automatic Screen Rotation (ASR) and 3D Image engine. To make the best of touchscreen 5800 features, a 'Media Bar' drop-down menu for easy access to favorite media applications such as music, videos, and photos is provided.
Video and Picture
The phone houses an autofocus 3.2 megapixel camera, Carl Zeiss Tessar lens that offers VGA video recording at 30 fps. The Symbian 5th Edition has a browser capable enough for Flash video streaming, along with H.264, On2 VP6 and Screnson Video Codecs. For that the browser uses a special plug-in based on the new Adobe Flash Lite 3, which is also found in N85
MoreDetails : NokiaSite

Comments

Post a Comment

Popular posts from this blog

Image
schematic Quickpost this image to Myspace, Digg, Facebook, and others! code working: If you press any button in the matrix keyboard it controller will scan the corresponding ascii code that will send serially to the port pin specified . Corresponding ascii code we can see in LED blinkings. #include /* add the headers here */ #define COL P2 #define ROW P1 void msdelay(unsigned int value); void sertx(unsigned char); unsigned char keyboard[4][4]={ '7','8','9','/', '4','5','6','*', '1','2','3','-', 'a','0','=','+' }; void main() { unsigned char colloc,rowloc; TMOD=0x20; TH1=-24; SCON=0x50; TR1=1; COL=0xff; while(1) { do { ROW=0x00; colloc=COL; colloc&=0x0f; } while(colloc!=0x0f); do { do { msdelay(20); colloc=COL; colloc&=0x0f; }while(colloc==0x0f); msdelay(20); colloc=COL; colloc&=0x0f; } while(colloc==0x0f); while(1) { ROW=0xfe; colloc=COL; colloc&a
Read more

8051 Development Setup:MIDE-51 Installation

1. Installing MIDE-51 MIDE-51 is freeware Integrated Development Environment (IDE) for MCS-51 microcontroller. The full package already comes with: Assembler : ASEM-51 by W.W.Heinz (v1.3)C compiler : SDCC: Small Device C Compiler (v2.5.4)Simulator : TS Controls 8051 Emulator v1.0 evaluation (Owner : http://www.tscontrols.com was gone)Simulator : JSIM-51 Simulator by Jens Altmann (v4.05) Just downloads midepack0258.exe and executes this file, everything will setup completely. Feature on MIDE-51: Syntax highlighter on ASEM-51 reserved word & addition register on selected device (devices listed on ASEM51/MCU folder) Syntax highlighter on SDCC reserved word & MCS-51 standard register Support multi document workspace Support standard editor feature and shortcut key such as Cut , Copy, Paste, Find, Replace and Windows tile & cascade Editor font style and size selectable Save recent file(s) opened in list Shortcut to ASEM-51 html manual Shortcut to SDCC html & PDF manual
Read more

Nokia dot Matrix LCD Interfacing with 89c51( 8051 core)

Image
The Nokia 3310 LCD is based on a PCD8544 48x84 pixels matrix LCD controller Pin Diagram given above .. Schematic: ---------------------------- AT89C51 PROGRAM CODE ;Program for Nokia 3310 LCD PCD8544 48x84 pixel SCK BIT P1.7 SDIN BIT P1.6 D_C BIT P1.5 SCE BIT P1.4 RES BIT P1.3 ORG 0000H AJMP MAIN ORG 0030H MAIN: MOV SP,#60H MOV P1,#00H CLR C CALL RESET CALL LCD_INIT HERE: CALL CLEAR_RAM MOV DPTR,#MESSAGE CALL LCD_STRING CALL DELAYS CALL CLEAR_RAM MOV DPTR,#IMAGE CALL DISPLAY CALL DELAYS AJMP HERE DELAYS: ;1s DELAY MOV R5,#10 D1: CALL DELAY DJNZ R5,D1 RET DELAY: ;100ms DELAY SETB PSW.4 MOV R7,#200 HDH: MOV R6,#100 HD: NOP NOP NOP DJNZ R6,HD DJNZ R7,HDH CLR PSW.4 RET RESET: ; RESET SETB SCE SETB RES CLR RES CALL DELAY SETB RES RET LCD_INIT: ;INITALIZE LCD MOV DPTR,#LCDCODE1 CALL LCD_IN CALL CLEAR_RAM MOV R1,#00H ;Y MOV R2,#00H ;X CALL CURSOR RET LCD_IN: MOV A,#00H MOV R6,#00H LOOP3: INC R6 MOVC A,@A+DPTR CJNE A,#2FH,NEXT3 RET NEXT3: CALL LCD_COM MOV A,R6 AJMP LOOP3 DISPLAY: ;DISPLAY IMA
Read more