Texas Instruments Makes Cameraphones Brighter
Sep 22, 2005, 1:50 PM by (staff)
Texas Instruments has announced two new chips that will make LED flashes brighter. The chips increase the brightness of LED flashes by increasing the power supplied to the LEDs. One chip increases the power to 800 milliamps while the other increases it to 1 amp. The increased power output is converted into more light. TI has said the chips will be available for manufacturers to build into their handsets within 4 to 6 weeks.
Micro-LED Backlights Could Bring OLED Performance to LCD Screens
AT CES this week, Rohinni demonstrated its micro-LED technology, and provided a glimpse at new backlight technology it's working on for the LCD display panels used in phones. While most LED chips are around 1mm, Rohinni's micro-LEDs are many times smaller and can be placed precisely on thin, flexible plastic sheets.
Alcatel A5 with LED to Make Its Way Stateside
The Alcatel A5 LED smartphone is serious about having fun. The phone features an LED-covered rear panel that can blink a few dozen LEDs with color.
Alcatel's Modular A50 Parties with Light Up LED Accessory
Alcatel today followed through on its promise to bring the A5 LED to the U.S., though it has changed the phone's name to simply the Alcatel A50. The phone, first revealed in February, is compatible with a handful of modular accessories, the most significant of which features an LED-covere panel that can blink a few dozen LEDs with color.
Huawei Takes Aim at Snapdragon 810 with Kirin 950
Huawei today announced the Kirin 950 chipset for phones, which is designed to compete with Qualcomm Snapdragon 800-series chipsets in higher-end phones. Huawei claims that the 950 is 25% faster and 44% more power-efficient than the Snapdragon 810, Qualcomm's current flagship chip.
Samsung Will Manufacture Qualcomm's 5G Chips
Qualcomm today said it has expanded its long-standing agreement with Samsung to use the company's foundries to manufacture Snapdragon 5G mobile chipsets. Samsung's new 7-nanometer, low power plus (LPP), extreme ultra violet (EUV) lithography techniques produce significantly smaller chips that give phone makers more space in their designs.
Is this really what we need?
Does anyone else hate these camera phones with flashes?