Dalianda Holdings, a leading electronic component distributor dedicated to the Asia-Pacific market, announced that it has launched a complete solution for smartphones based on TOSHIBA devices, including high-performance CMOS image sensors, digital camera modules, and FRC. Plus image processing technology, Near-range wireless transmission technology TransferJetTM, high efficiency and fast wireless charging solution, Near Field Communication (NFC) chipset, Bluetooth & Wi-Fi integrated single chip, ApP-LiteTM (Lite application processor ) and interface bridge chips. This solution can meet the design needs of any smartphone and tablet computer.
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Figure 1 - Smartphone/Tablet System Block Diagram
CMOS image sensor IC
To meet the market's demand for miniaturization and high performance, Toshiba has introduced a range of products, such as high dynamic range (HDR) for smooth and clear video, providing more sensitive color noise reduction (CNR) and back-illuminated (BSI) Sensors, etc. Toshiba's CMOS area array image sensor uses advanced CMOS sensor technology, such as optimization of microlenses and photodiodes, with multiple resolutions from VGA to over 10 million pixels, pixel pitch from 1.12Î¼m to 5.6Î¼m, suitable for Smartphones, tablets, security, and car cameras.
Figure 2 - Image Sensor Application Case
Figure 3 - T4K82 1/3.07" 13 million pixels 1.12um BSI CMOS image sensor
Figure 4 - Digital Camera Module
Figure 5 - FRC Plus (Toshiba's exclusive development of image processing technology)
Figure 6 - Near Field Communication Technology TransferJetTM compliant IC
Figure 7 - Wireless Charging IC
Figure 8 - Near Field Communication (NFC) Chipset
Figure 9 - Bluetooth & Wi-Fi integrated single chip
ApP-Lite (Lite Application Processor)
Toshiba's TZ1001MBG/TZ1011MBG processor integrates BluetoothÂ® with low power consumption and low power consumption, as well as sensors and flash memory, specifically for wearable devices.
Toshiba's new application processor features a built-in sensor, a processor that computes information acquired by the sensor, a flash memory to store data, and a BluetoothÂ® low-energy controller that supports low-power communication in a single package. Not only does it reduce the mounting area, but it also contributes to the miniaturization of the wearable device.
The processor is natively designed for low power consumption and can be used in long-lasting wearable devices that require longer batteries.
Integrated wireless communication capabilities, sensor devices, memory in a package and a processor
Allow connection to external sensors
Integrated ARMÂ® CortexÂ® - M4F processor
Integrated BluetoothÂ® wireless communication
Interface bridge chip
Toshiba has introduced an interface bridge chip called "Mobile Peripheral Device (MPD)" that supports high-speed data transfer protocols such as MIPI, LVDS, Display Port and HDMI. Toshiba's MPD not only transmits data at high speed, but also bridges the main processor and peripherals of different interfaces. Toshiba also introduced a broad portfolio of peripherals such as I/O expansion devices and SC card controllers.
Toshiba's bridge and buffer ICs support a variety of serial data transfer protocols such as MIPIÂ®, MDDI, LVDS, Display Port and HDMI for easy cell phone design.
Input/output expander ICs easily enhance the input/output capabilities of existing systems, including GPIOs, keyboards, LED controllers, and timers. The expander has a wide range of applications, including mobile phones, digital cameras, printers and the like.
In addition, Toshiba is also developing various peripheral processor peripheral products, such as SD card host controllers that can transfer data to SD cards at high speed.
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