Quanding Group, a subsidiary of UNGA, launched Toshiba's complete solutions for smartphones and other handheld applications, including higher-performance CMOS image sensors, digital camera modules, FRC Plus image processing technology, and short-range wireless transmission technology TransferJet , Fast wireless charging solutions, Near Field Communication (NFC) chipset, Bluetooth & Wi-Fi integrated single chip, ApP-Lite (Lite Application Processor) and interface bridge chip, etc., which can meet any smart phone, tablet And the needs of various portable mobile electronic devices.
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In short, Dashcoin Dash is a variant of the Bitcoin cryptocurrency that runs on the same blockchain network. Dashi, which combines the words "digital" and "cash," has become one of the most widely watched counterfeit coins in recent months. Originally released as "XCoin", it was later changed to "Darkcoin" and later Dash.
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Figure 1-Toshiba's product schematics related to smartphones and tablets, represented by Da Lian Da Quan Ding
In order to meet the market's demand for miniaturization and higher performance, Toshiba has developed a CMOS area array sensor. By adopting superior technologies such as high dynamic range (HDR) for smooth and clear video, color noise reduction (CNR) and back-illuminated (BSI) sensors that provide higher sensitivity, Toshiba's CMOS area image sensor will be the market Open up new opportunities. And these image sensors can achieve high image quality thanks to advanced CMOS sensor technology, such as the optimization of microlenses and photodiodes. Toshiba CMOS area array sensors have a variety of resolutions ranging from VGA to more than 10 million pixels, and the pixel pitch is also from 1.12µm to 5.6µm, suitable for smart phones, tablet computers, security surveillance, and car cameras. 
Figure 2-Toshiba's CMOS area array image sensor application schematic diagram
• 1.12 µm to 5.6 µm pixel pitch, VGA to more than 10 million pixels;
• High dynamic range (HDR) and color noise reduction (CNR);
• High-sensitivity back-illuminated (BSI) image sensor;
• Modules, packages and bare chips are available. 
Figure 3-Toshiba's CMOS area array image sensor product lineup, represented by Da Lian Da Quan Ding 
Figure 4-Toshiba's digital camera module represented by the Grand United Quanding 
Figure 5-Toshiba's FRC Plus image processing technology, represented by Dalianda Quanding 
Figure 6-Toshiba's short-range wireless transmission technology TransferJet, which is represented by Dalian Daquan Ding 
Figure 7-Toshiba's short-range wireless transmission technology TransferJet product lineup represented by the United Nations 
Figure 8-Toshiba's wireless charging power supply IC, which is represented by the Grand United Quanding 
Figure 9-Toshiba's wireless charging power supply IC plan under development 
Figure 10-Toshiba's wireless charging power IC development roadmap, which is represented by the United Nations General Assembly 
Figure 11-Introduction of Toshiba's Near Field Communication (NFC) chipset, which is represented by the General Assembly
Toshiba not only provides Bluetooth compatible chips, but also the original Bluetooth communication protocol and configuration files. At present, Toshiba's Bluetooth IC product portfolio includes Bluetooth chip TC35661 and low-power Bluetooth chip TC35667 and low-power Bluetooth chip TC35670 with both NFC function. 
Figure 12-Toshiba's bluetooth IC development roadmap, which is represented by the Grand United Quanding
Toshiba has introduced an interface bridge chip called "Mobile Peripheral Device (MPD)", which 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 broad portfolio of peripheral equipment, such as input and output expansion devices and SC card controllers. 
Figure 13-Toshiba's interface bridging IC application schematic diagram of Toshiba represented by the United Nations
Input/output interface combination 
Figure 14-Toshiba's interface bridging IC product lineup, which is represented by the Grand United Quanding 
Figure 15-Toshiba's interface bridging IC product lineup list, which is represented by Grand United Quanding 
Figure 16-Toshiba's RF Switch (SOI Process) Product Description
Arguably the biggest benefit of Dashi is that its transactions can be sent completely anonymously, just like legal cash payments. This is achieved by using a hybrid protocol that operates a dedicated network of servers called Masternodes. While Bitcoin operates only a single-layer network of miners, Dashcoin uses these master nodes as additional layers to its network, eliminating the need for a trusted third party to authorise a transaction that could compromise the anonymity of any payment.
Another major difference between Dashcoin and Bitcoin is that the former distributes mining rewards between its mining community, participants holding a specified amount of Dash, and the Dash community's long-term development fund.