The Grand Alliance's subsidiary, Quanding, has launched a complete solution for smartphones based on TOSHIBA devices, including high-performance CMOS image sensors, digital camera modules, FRC Plus image processing technology, short-range wireless transmission technology TransferJetTM, and high-efficiency and fast wireless charging Solutions, Near Field Communication (NFC) chipset, Bluetooth & Wi-Fi integrated single chip, ApP-LiteTM (Lite Application Processor) and interface bridge chip, etc. This solution can meet the design requirements of any smart phone and tablet computer.
Figure 1-Smartphone/ Tablet system block diagram
CMOS image sensor ICIn order to meet the market demand for miniaturization and high performance, Toshiba has launched a series of products, such as high dynamic range (HDR) for smooth and clear video, color noise reduction (CNR) and back-illuminated (BSI) with higher sensitivity Sensors, etc. Toshiba's CMOS area image sensor adopts advanced CMOS sensor technology, such as the optimization of microlens and photodiode. It has a variety of resolutions from VGA to more than 10 million pixels, and the pixel pitch ranges from 1.12µm to 5.6µm, suitable for Smartphones, tablet computers, security and car cameras, etc.
application
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 wireless transmission technology TransferJetâ„¢ 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 Bluetooth®, which meets the low-power wireless communication standard and has low energy consumption characteristics, as well as sensors and flash memory, which are specifically used in wearable devices.
Toshiba's new application processor has a built-in sensor in a single package, a processor to calculate information obtained by the sensor, flash memory to store data, and a Bluetooth® low-energy controller that supports low-power communication. It not only reduces the installation area, but also contributes to the miniaturization of the wearable device.
The processor is originally designed for low power consumption and can be used in long-lasting wearable devices that require longer batteries.
FeaturesIntegrated wireless communication function, sensor device, memory and a processor in one package
Allow connection to external sensors
Integrated ARM Cortex-M4F processor
Integrated Bluetooth wireless communication function
Main specificationsPart Number
TZ1001MBG
TZ1011MBG
Status
Under Development
(Sample: May, 2014)
(Mass Production: September, 2014)
Under Planning
CPU
ARM ® Cortex ® -M4F 48MHz
CommunicaTIon
Bluetooth ® Low Energy Controller
Sensor
Accelerometer
Accelerometer, Magnetometer, Gyroscope
Flash Memory Size
8 Mbit
I/O
USB, SPI, I 2 C, UART, 12bitADC, 24bitDelta-SigmaADC
Frames
Figure 10- TZ1001MBG/TZ1011MBG processor
Interface bridge chipToshiba has introduced an interface bridge chip called "Mobile Peripheral Device (MPD)" that supports high-speed data transmission protocols such as MIPI, LVDS, Display Port and HDMI. Toshiba's MPD can not only transfer data at high speed, but also bridge the main processor and peripheral devices with different interfaces. Toshiba has also launched a wide range of peripheral equipment product portfolios, such as input and output expansion devices and SC card controllers.
Figure 11-Frame diagram of mobile peripheral device (MPD)
Toshiba's bridge and buffer ICs support various serial data transmission protocols, such as MIPI®, MDDI, LVDS, Display Port, and HDMI, making it easy to design mobile phones.
The input/output expander IC can easily enhance the input/output capabilities of existing systems, including GPIO, keyboard, LED controller, and timer. The application field of this extender is very wide, involving mobile phones, digital cameras, printers, etc.
In addition, Toshiba is also developing various peripheral auxiliary products for the main processor, such as an SD card host controller that can transmit data to an SD card at high speed.
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