Saudi Telecom Company (STC), the largest telecommunication provider in the Kingdom of Saudi Arabia and the Middle East, has ordered an EMC(R) Symmetrix V-Max(TM) system to form the foundation of its virtual datacenter, EMC Corporation, the world leader in information infrastructure solutions, said on Thursday. STC is one of the first companies worldwide to order the EMC(R) Symmetrix V-Max(TM) system, EMC added. STC began using EMC's technologies in 2002 to manage approximately 70 terabytes of information. STC has since grown its entire information infrastructure to more than two petabytes. To address its continuous data growth from the increasing subscriber base and broader services offered, STC relies on a variety of IT technologies provided by well-known vendors and EMC comes as main provider for STC to store, protect, archive and optimize its customer data efficiently. Additionally, EMC also provides STC with a high-end business continuity and information management solutions for reliable and continuous access to its data and applications to maintain the highest level of services while significantly reducing cost and increasing the company's return on investment. “With subscriber numbers on the increase and a healthy demand for new telecoms services in the Kingdom, STC has to ensure the availability, reliability, efficiency, scalability and security of their infrastructure,” said Saud Al-Daweesh, STC's CEO. “Over the past seven years, EMC solutions have provided us with reliable and cost-effective access to customer information, which is one of the main critical to STC's continued success.” STC continues to be a pioneer in information infrastructure technology adoption. The new EMC Virtual Matrix Architecture(TM) integrates industry-standard components with unique Symmetrix system technologies and capabilities to deliver massive scalability - hundreds of thousands of terabytes of storage, tens of millions of IOPs (input/output per-second) supporting hundreds of thousands of VMware and other virtual machines in a single federated storage system. This system also incorporates self management to automate storage functions, enables resources to be added on demand and uses less energy per terabyte of data stored than traditional systems. __
