CacheIO Company Profile
At CacheIO we are building Open Symmetrix. Symmetrix is this high end EMC storage that has proprietary hardware and 1TB DRAM cache and is super fast. Symmetrix is what made EMC EMC2. Problem is that other than large enterprises with deep pockets not many customers can afford Symmetrix and end up with lower end slower products. Wouldn’t it be cool if someone can build a faster storage than Symmetrix with standards based components so every customer can afford it? This is now not only possible but very realistic with the advent of new technologies such as battery backed DRAM, 1TB SSDs, and InfiniBand. All that is missing is an intelligent caching software. A software that can manage billions of data objects and their usage across DRAM, SSDs, and hard disks. A software that is aware of SSD’s write cycle limitation and reduces writes to SSDs by thousands of times. A software that introduces a new I/O paradigm to achieve greater performance out of standards based components than their specifications. A software so efficient in direct memory access and granularity locking that it can fully maximize the power of the fastest interconnect on the planet (18x 8GFC ports and 48x 6G SAS links in 2RU). A software that can deliver 140Gbps bandwidth to media applications and 1 Million IOPS to transactional databases. At CacheIO we are building and delivering this software.
News from CacheIO:
Digital Vision's THOR Feels the Need for Speed at HPA
CacheIO's All Flash Array fills the Void in the Desert INDIAN WELLS, Calif., Jan. 21, 2015 /PRNewswire/ — Since its inception, Digital Vision has excelled in providing the best image processing technology available to the broadcast, film and post production industry. With program providers now requiring 4K deliverables, the resulting complex calculations needed a boost. To […]
Orange Silicon Valley and CacheIO Team to Accelerate Oracle RAC 12c Performance
New Benchmark Results Show 2 Million Transactions per Minute at One-Fifth the Cost of All-Flash Arrays SAN FRANCISCO, June 10, 2014 /PRNewswire/ — Orange Silicon Valley, the wholly-owned US innovation subsidiary of telecommunications giant Orange, and CacheIO, the leading price/performance flash storage company, today announced the results of a benchmark test run on their combined solution, […]
CacheIO Qualifies Micron M500 960GB SSDs for Media Workflow
High-performance storage company will demonstrate 140Gbps flash array at the NAB in Las Vegas April 8 – 11 LAS VEGAS, April 5, 2013 /PRNewswire/ — CacheIO, the high performance storage leader for intense media applications, today announced that it has qualified the Micron M500 960GB solid state drive (SSD) from Micron Technology, Inc. in its all flash array […]
CacheIO Teams Up with Digital Vision for Enhanced 4K Workflows at NAB
NAB Stand SL14518 / Chairman's Room, Renaissance Hotel LAS VEGAS, March 28, 2013 /PRNewswire/ — CacheIO, the high performance storage array leader for intense media applications, and Digital Vision, the industry icon for digital media processing, are collaborating at NAB to show enhanced workflows with the CacheIO 2RU Flash Array drawing on the 140Gbps bandwidth of […]
CacheIO, Quantum, and MTI Film Team to Demonstrate 4K Streaming at HPA Technology Retreat
INDIAN WELLS, Calif., Feb. 18, 2013 /PRNewswire/ — CacheIO, the technology leader in all Flash storage, has teamed with Quantum, provider of the industry-leading StorNext shared file system software, and MTI Film, a leading Hollywood-based post production services provider and software developer, to demonstrate their joint solution for uncompressed 4K streaming at the Hollywood Post Alliance […]
MTI Film Deploys 140Gbps CacheIO Flash Array in 4K Film Production
HOLLYWOOD, Calif., Feb. 18, 2013 /PRNewswire/ — MTI Film, a leading Hollywood-based post production services provider and software developer, has deployed a high-performance CacheIO FA140 flash storage array. The FA140 provides MTI Film a storage appliance with over 20TB of SSD storage and blazing bandwidth of over 140Gbps, enabling real-time streaming of up to 9 concurrent […]
