Intel’s New Communication Platform Boosts Content Processing Capacity Up to 100 Gbps !INTEL ´S NEWS communication-platform-boosts-content-processing-capacity-up-to-100-gbps

Intel makes a full range of processors for mobile computing, desktop computer and server applications. Most of the processors have different capabilities. These differences come in the number of processing cores they have, the features that they have enabled, and the speeds at which they run. The system bus frequency is the speed at which the processor chip communicates with the rest of the computer.

System Buses

• A computer contains many built-in components. These components have to communicate with each other to function properly. Any delay in this communication slows down a computer. Some of the components of a computer are the processor, memory, cache and storage. A bus is a channel that exchanges information among multiple components and devices. Computer components use access points on the bus to become part of the bus system. This allows these components to send and receive information from other devices. A computer uses different types of buses, including the peripheral controller interface, accelerated graphics port and backside bus.

Bus Speed

• Speed is a critical component of all computer processors. A slow computer can decrease your productivity by making your work less efficient. The speed of the bus determines the number of bits of information that your computer’s processor can send. The width of the bus directly affects the speed of a computer, and the wider the bus the more information a computer can process in a given time. A bus is, therefore, similar to a highway with multiple lanes. The more lanes the highway has, the less congestion you will typically experience.

In an era when dependency over ‘mobile objects’ is at peak, the challenges of faster data processing and robust network infrastructure is one of the biggest challenges for the industry. And, Chip maker Intel has decided to hold the bull by the horns by not only addressing the complex data-processing more effectively but also trying to satisfying the need of cloud computing environment which will be inevitable in next few years. Intel has introduced the new communication platform - code-named “Crystal Forest” – that empowers the systems, which are under tremendous pressure to address & serve to heavy data-transmission demand, sitting largely in Telecom and Data Center Infra.

With absolute no security concerns, Crystal Forest justifies itself as one of the bests communication platform for faster content processing, responsive cloud computing environment with the transaction speed of up to 100 Gbps. Intel has tried to achieve the benchmark by reducing software dependencies and consolidating packets, application and control processing in Crystal Forest that results in faster and responsive data handling mechanism.

As the internet traffic is spiking up with each passing day, the biggest challenge for service and infrastructure providers is to match the demand without compromising the security and performance. However, they don’t have any cushion to demand more from customers due to immensely growing competition, said R.K. Hiremane – Regional Director, Data Center and Connected Systems Product Marketing, Intel (Asia-Pacific).

The demand of data is bound to grow due to explosive growth in mobile industry. There are 7 Billion connected devices available in 2012 and the number is expected to reach by 15 Billion by 2015. And, with the sizable penetration of 4G LTE, it’s clear that industry needs an effective and highly responsive system in place immediately, he added.