Camdriver W760

[SHINOJ24]

Amigo Rodrimack, ya le puse ese que mencionas, es que me quedaba la duda ya que muchos hablan de ponerle los del w595 y que se ven mejor que los del w760, pero pues qué tristeza que tenga limitaciones nuestra cam, ya que en la noche estoy de acuerdo contigo, las fotos son pésimas, pero pues gracias por tu respuesta.

[Rodrimack]

Amigo Rodrimack, ya le puse ese que mencionas, es que me quedaba la duda ya que muchos hablan de ponerle los del w595 y que se ven mejor que los del w760, pero pues qué tristeza que tenga limitaciones nuestra cam, ya que en la noche estoy de acuerdo contigo, las fotos son pésimas, pero pues gracias por tu respuesta.

La cámara del W760 es idéntico al W595, no cambia nada en la calidad, es el mismo sensor. La SE utiliza el mismo sensor para el W760, W595, w890, T700, W980 y W705.

En cuanto a la calidad de todos son iguales, la diferencia es que en el caso de los W705/t700 mejora un poco en la noche porque tiene un flash LED, pero poco más.

Sensor:

For all developers modders and users
Here you can find Modded Camdriver for Sony Ericsson w715/w705/w595/w760/w980/w890/g705/t700 model 3.2MPixel Micron MT9T111 and model Foxconn secondary VGA videocall camera


Micron MT9T111 3.1-Megapixel, 1/4-Inch CMOS Digital Image Sensor Camera System-On-a-Chip

Micron MT9T111 Features
● Motion-adaptive exposure mode
● Advanced 1.75μm pixel technology
● 3.1-megapixel resolution
● 1/4-inch optical format (4:3)
● 2048H x 1536V array format
● Dual-camera bridging support with MT9V013
● One-time programmable (OTP) memory
● Integrated real-time JPEG encoder
● 15 frames per second (fps), full resolution
● Flexible support for external auto focus, optical
zoom, and mechanical shutter
● On-chip phase lock loop (PLL)
● Programmable I/O slew rate
● On-chip, 10-bit analog-to-digital converter (ADC)
● Two-wire serial interface providing access to
registers and microcontroller memory
● 10-bit parallel, MIPI serial interface
● Micron® DigitalClarity® CMOS imaging technology
● Low-power, low-cost, progressive-scan CMOS image
sensor
Applications
● Cellular phones
● PC cameras
● PDAs
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Micron’s 3.1-megapixel, 1/4-inch complete systemon-
a-chip (SOC) image sensor for camera phones is
the fi rst in its class to incorporate a motion-adaptive
feature to reduce the occurrence of blurred images
caused by inadvertent movement of the camera.
The MT9T111—which was developed using Micron’s
industry-leading 1.75μm pixel technology and features
our exclusive low-noise DigitalClarity technology—
provides best-in-class image quality while maintaining
a small form factor.

Sensor Chip MT9T111 Specifications

● Pixel Size: 1.75μm x 1.75μm
● Array Format
(Active): 2048H x 1536V (QXGA)
● Imaging Area: 3.62mm x 2.73mm: 4.52mm
diagonal (4:3 aspect ratio)
● Targeted Module
Size (estimated): 8.5mm x 8.5mm x 5mm
● CRA (tentative 24.99° (Max at 80% image
targets): height)
● Color Filter
Array: RGB Bayer color fi lters
● Optical Format: 1/4 inch (4:3)
● Frame Rates: 15 fps (full resolution) (JPEG),
30 fps (preview mode)
● Scan Mode: Progressive
● Shutter: Electronic rolling shutter (ERS)
● Automatic Exposure, white balance, black
Functions: level offset correction, fl icker
detection and avoidance, color
saturation control, defect identifi
cation and correction, and
aperture correction
● Windowing: Programmable to any size
● ADC: 10-bit, on-chip
● Output
Interface MIPI: Single-lane
● Parallel: 10-bit
● Maximum Pixel
Data Output: 48 megapixels per second
● Maximum
Data Rate: 96 MHz
● Responsivity: 0.44 V/Lux-sec (preliminary)
● Signal-to-Noise
Ratio: >38dB (preliminary)
● Dynamic Range: >67.4dB (preliminary)
● Supply Analog: 2.5V–3.1V
Voltage: Digital: 1.70V–1.95V
I/O: 1.7V–3.1V
PLL: 2.5V–3.1V
MIPI: 1.70V–1.95V
● Power
Consumption: <150mW (@ 30 fps)
● Operating Temp: -30°C to +70°C (at junction)
● Package: Bare die (in wafer form)

Drivers: (By Brazuka)

Version Standard for Sony Ericsson w715/w705/w595/w760/w980/w890/g705/t700
Features/Changelog for MT9T111:

• New Exposure automode
• New ISO ISO10 to ISO8000 conditions luminosity
• New Shutter Speed 1/4s to 1/640s conditions luminosity
• New Video Recording 15fps to 26fps stable fix
• Removed Colors Saturation and Techniques Effects
• New Normal Mode and Nigth Mode
• New Video Recording Resolution:
  -Normal Video Recording
  -352x288 (CIF) Video Recording
• Customization for Video Recording FPS Only Video
• Implemented properties based w715/g705/w705 suggestion MT9T111
• Release for Kumiko signaling build
• Added watch-dog timer setting for Kumiko (for DMS00438284)
• Release for Kumiko/Rika signaling build
• Added VF buffer setting to YUV420 separated for HB108
• Corrected JPEG retry sequence for HB108 (Alica/Kumiko)

Version:
>>v4.3_Standard™_for_w705
>>v5.95_Standard™_for_w595
>>v76.0_Standard_Stucker™_for_w760
>>v3.65_Standard™_for_w980
>>v21.92_Standard™_for_w890
>>v7.0_Standard™_for_t700
>>v9.75_Standard™_for_g705
>>v71.0_Standard™_for_w715

Update 2009-03-05
Version Colors Saturation and Techniques Effects for Sony Ericsson w715/w705/w595/w760/w980/w890/g705/t700
Features/Changelog MT9T111:

• New Exposure automode
• New ISO ISO10 to ISO8000 conditions luminosity
• New Shutter Speed 1/4s to 1/640s conditions luminosity
• New Video Recording 15fps to 26fps stable fix
• Colors Saturation and Techniques Effects
• New Normal Mode and Nigth Mode
• New Video Recording Resolution:
  -Normal Video Recording
  -352x288 (CIF) Video Recording
• Customization for Video Recording FPS Only Video
• Implemented properties based w715/g705/w705 suggestion MT9T111
• Release for Kumiko signaling build
• Added watch-dog timer setting for Kumiko (for DMS00438284)
• Release for Kumiko/Rika signaling build
• Added VF buffer setting to YUV420 separated for HB108
• Corrected JPEG retry sequence for HB108 (Alica/Kumiko)

Version:
>>v4.3_SnapShake™_for_w705
>>v5.95_ActiveHerdeas™_for_w595
>>v76.0_MilkyWay™_for_w760
>>v3.65_DiscoverShot™_for_w980
>>v21.92_Stylish™_for_w890
>>v7.0_SimplyShines™_for_t700
>>v9.75_Majestic™_for_g705
>>v71.0_ShakeJump™_for_w715

About Master Clock™ for MT9T111 :
To generate SXGA images at 15 fps, the sensor core
requires a clock in the 24 MHZ to 27 MHz range; this is
also the fundamental pixel clock rate (sensor pixel
clock) for full-power operation. To achieve this pixel
rate, CLKIN must be in the 48 MHz to 54 MHz range.
The device defaults assume a 54 MHz clock. Minimum
clock frequency is 2 MHz.

Maximum Data Rate/Maximum Master Clock
-27 MPS/54 MHz
Frame Rate SXGA (1,280 x 1,024)
-15 fps at 54 MHz
QSXGA (640 x 512)
-30 fps at 54 MHz

Attention:
Never increase the frequency above the 27mhz for this sensors