MIPS and Intrinsyc cooperation 3.5G phone will use MIPS architecture Intrinsyc Software InternaTIonal, Inc., a leading provider of industry-standard processor architectures and cores for digital consumer, home networking, wireless, communications, and commercial applications, Incorporated Technologies Inc. and Intrinsyc Software InternaTIonal, Inc. The two parties are working together to bring the 3.5G communication function to the MIPS® architecture. The two companies will port Intrinsyc's RapidRIL software to the MIPS architecture to help global MIPS authorized customers accelerate the development of mobile SoCs. At the "Mobile World Congress 2010" held in Barcelona, ​​Spain from February 15th to 18th, the two companies demonstrated audio and video playback on the MIPS-Based ™ Android ™ platform with 3.5G voice call. Art Swift, Vice President of MIPS Technology Marketing, said: "Intrinsyc is an important supplier of well-known mobile software solutions in the industry, and we are very pleased to work with it to make 3.5G phones on the MIPS architecture a reality. The key to developing these software stacks is to help us Customers quickly bring mobile products to market. Thanks to the 'Android on MIPS' program and the superior performance / power consumption advantages of MIPS Technology, many companies will now be able to quickly and cost-effectively build enhanced 3G mobile features in their devices. " David Manuel, Vice President of Intrinsyc and General Manager of Device Development Solutions, said: "We are very pleased to join the MIPS Alliance Program and work closely with MIPS Technology to develop optimized mobile solutions. Combining the Android platform and MIPS Technology in consumer The advantages of the electronic field, the future development of this partnership has great potential. This optimized solution can bring 3.5G functions to e-book readers, personal and car navigation devices, portable media players, mobile Internet devices (MID) , Digital photo frames and smart phones. " MIPS Technology has always been a leader in embedded processors for digital home products. The company is taking advantage of its leading position in high-performance processing of multimedia and network applications, and its 'Android on MIPS' plan to expand to other high-growth markets such as mobile products. MIPS Technologies has won multiple design orders in the mobile infrastructure market, including femtocell, femtocell, mobile phone base station, WiMAX and upcoming LTE client and base station design. MIPS technology processors have also been used as coprocessors in 3G mobile phones. Power cables are used to transmit and distribute electric energy. Power cables are often used in urban underground power grids, internal power supply of enterprises, outgoing lines of power stations, internal power supply of industrial and mining enterprises, and underwater power transmission lines across rivers and seas. Low-Votage Power Cable,Medium Voltage Power Cable,High Voltage Cu Power Cable,Pvc Power Cable Ruitian Cable CO.,LTD. , https://www.rtlinecable.com
In power lines, the proportion of cables is gradually increasing. Power cable is a cable product used to transmit and distribute high-power electric energy in the trunk line of power system.
The structure of power cable is relatively simple, which can be divided into conductor, internal and external insulation layer, sheath, armor layer and protective layer. The conductor is mainly made of copper and aluminum, which is used to conduct current. The insulating layer is usually wrapped around the conductor to isolate the conductor and so on. There are various types of power cables. If they are classified according to voltage, they can be divided into low-voltage, medium voltage, high-voltage, ultra-high voltage and ultra-high voltage cables.
Advantages
1. Small land occupation. Generally, it is buried in the soil or laid indoors, in ditches and tunnels. The insulation distance between lines is small, without poles and towers. It occupies less land and basically does not occupy space on the ground.
2. High reliability. It is less affected by climatic conditions and surrounding environment, with stable transmission performance and high reliability.
3.It has more favorable conditions for the development of ultra-high voltage and large capacity, such as low temperature and superconducting power cables.
4.Less maintenance work.
5 The possibility of electric shock is low.