SAN FRANCISCO , February 11, 2016 - Qualcomm Incorporated (NASDAQ: QCOM) today announced that its subsidiary Qualcomm Technologies, Inc. has released three new next-generation Qualcomm SnapdragonTM processors: Snapdragon 625, 435 and 425.
The three new processors are designed to deliver some of the highest-end user experience for the broader smartphone ecosystem by leveraging custom development technologies including cameras, video, games and connectivity.
The new three Opteron processors integrate leading technologies, including LTE carrier aggregation, Snapdragon Netcom, 802.11ac supporting MU-MIMO, dual camera image signal processor (ISP), and Qualcomm® TruSignal for improved call reliability. TM technology, Qualcomm® HexagonTM DSP for low-power audio for sensor hubs – meets the sensor needs of Android M systems, Qualcomm® Quick ChargeTM and comprehensive reference designs. In addition, the Snapdragon 435 and 425 are pin-compatible with each other and are compatible with the Snapdragon 430 pins. The Snapdragon 635, 435 and 425 software are compatible.
Other unique features of each Opteron processor include:
· Xiaolong 625: In addition to the significant performance improvement, the Snapdragon 625 is the first Snapdragon 600 series processor with 14nm FinFET process technology, which consumes 35% less power than the previous generation. It features an eight-core ARM® Cortex® A53 CPU with an Opteron X9 LTE ​​modem and supports 4G+. The peak upload speed of the Nine Dragon X9 LTE ​​modem is 150 Mbps, which is three times that of the traditional LTE terminal, which makes it possible to quickly share the high-quality video and photo content brought by the cutting-edge and advanced camera functions of the Snapdragon 625 processor. These include excellent 4K efficient video encoding for recording and playback, even in low light conditions. At the same time, it supports dual high-resolution cameras, 24 megapixel photos and 13 megapixel self-timer, supporting higher quality low-light snapshots and advanced post-processing features such as refocusing, advanced editing and special effects. In addition, with the Qualcomm® AdrenoTM 506 graphics processing unit (GPU), the Opteron 625 processor supports PC-level graphics processing and supports the VulkanTM API*.
· Snapdragon 435: The new Snapdragon 435 integrates the eight-core ARM Cortex-A53 CPU and is the first integrated X8 LTE modem in the same class. It supports 4G+ and can bring faster downlinks through 2x20 MHz carrier aggregation (up to 300 Mbps) and uplink (up to 100 Mbps) LTE speed. The Snapdragon 435 supports a smooth 60 frames per second 1080p user interface, dual ISP support for 21 megapixel photos and advanced features such as hybrid autofocus, making it a leader in image quality in its class. It also integrates the Adreno 505 GPU for PC-level images.
· Xiaolong 425: Xiaolong 425 upgraded the starting point of the Xiaolong 400 series and provided it to customers of Xiaolong 410 and 412 through 64-bit quad-core ARM Cortex-A53 CPU, Adreno 308 GPU and 60 frames/second HD display. A reliable upgrade path. Its dual ISP supports 16 megapixel photos for a better shooting and video experience. For the first time, the Snapdragon product tier supports many advanced computer vision features to deliver a leading visual experience. The Snapdragon 425 also integrates an X6 LTE modem, supports 2x10 MHz carrier aggregation, and supports up to 75 Mbps upload speed through 64-QAM. It is suitable for cost-effective smartphones with high-speed LTE connection design in China and other emerging regions.
Alex Katouzian, senior vice president of product management at Qualcomm Technologies, Inc., said, "We have considered scalability in the development of all processor technologies to accelerate quickly and cost-effectively in other products in the Opteron processor portfolio. Delivering advanced performance that makes it easier for more consumers to enjoy a great user experience. This helps us quickly expand the development of custom features, quickly deploy compatible software across levels, and enhance our integrated applications, connectivity solutions and The ability to lead the user experience, quickly and effectively meet customer needs at different price points."
The next-generation high-end and mass-class processors of the above-mentioned Snapdragon series are expected to be available to customers in mid-2016, and their commercial terminals are expected to be available in the second half of 2016.
About Qualcomm Incorporated
Qualcomm Incorporated (NASDAQ: QCOM) is a global leader in 3G, 4G and next-generation wireless technologies, including the Qualcomm Technology Licensing QTL and most of its patent portfolio. Qualcomm Technologies, Inc., a subsidiary of Qualcomm Incorporated, operates all of Qualcomm's engineering, R&D activities and all product and services businesses, including its semiconductor business QCT, with its subsidiaries. For more than 30 years, Qualcomm's ideas and innovations have driven the evolution of digital communications, bringing people everywhere closer to information, entertainment and each other.
5G Industrial Router features Application field
With the continuous progress and development of science and technology, a new generation of communication technology -5G is gradually entering our lives. In the industrial field, the application of 5G technology is also constantly advancing, bringing new opportunities and challenges to industrial production. Industrial routers, as one of the key devices for 5G applications, play a crucial role. This paper will introduce the definition, characteristics, application fields, development trends and other aspects of 5G industrial routers in detail.
What is 5G Industrial Router
Simply put, 5G industrial router is a special type of router equipment based on 5G technology, which is used to connect industrial equipment and systems to achieve high-speed transmission and exchange of data. Compared with traditional routers, 5G industrial routers have higher bandwidth and lower latency, which can better meet the requirements of real-time data transmission and high stability in industrial production environments.
Features of 5G industrial routers
First of all, high bandwidth is a significant feature of 5G industrial routers. The introduction of 5G technology enables industrial routers to support large-scale data transmission and processing, providing more powerful data communication capabilities for modern industrial production. Second, low latency is another important feature of 5G industrial routers. The advantage of low latency enables industrial routers to achieve real-time data transmission and processing, improving the efficiency and response speed of industrial production. In addition, 5G industrial routers also have the characteristics of high stability, high reliability and high security, and can cope with complex industrial environments and demanding data communication needs.
5G industrial router application field
First of all, the Internet of Things field is one of the important areas of 5G industrial router application. As the popularity and application range of Internet of Things devices continue to expand, the requirements for data communication are becoming higher and higher, and 5G industrial routers can provide reliable data connection and transmission services for Internet of Things devices. Secondly, the field of industrial automation is also one of the main application areas of 5G industrial routers. In industrial production, the transmission and processing of real-time data is crucial to improve production efficiency and quality, and 5G industrial routers can meet the needs of high-speed and low-latency data transmission to help achieve the goal of industrial automation. In addition, 5G industrial routers can also be widely used in intelligent transportation, smart cities, intelligent manufacturing and other fields.
With the continuous development of 5G technology, 5G industrial routers will also usher in a new development trend. First, with the popularity of iot devices, the demand for 5G industrial routers will further grow. Secondly, the introduction of virtualization and network slicing technology makes industrial routers have higher flexibility and scalability, in addition, the improvement of security will also become an important direction of the development of 5G industrial routers to cope with increasingly complex network threats and security challenges.
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Shenzhen MovingComm Technology Co., Ltd. , https://www.mcrouters.com