Tarari Content Processors
The LSI Tarari Content Processor family of content-inspection processors are available as silicon chips, boards and software acceleration components designed for network equipment, appliance and server vendors in both the Enterprise and Service Provider markets. Now Deep Packet Inspection (DPI) at wire speeds, ranging from 100 Mb/s to over 16 Gb/s is a real possibility. The entire family is software-compatible. The Tarari Content Processor product family represents a technological revolution for Layer 7 processing. These products offload and accelerate applications such as anti-virus, anti-spam, intrusion prevention/detection systems (IPS/IDS), compliance, content-based routing (CBR), content-based billing, QoS/QoE, bandwith management and XML processing.
T1000
The LSI Tarari T1000 family of multi-core Content Processors uses T10 Technology to provide 250Mb/s to 3Gb/s of Regular Expression scanning
T2000
The LSI Tarari T2000 family of multi-core Content Processors uses T10 Technology to provide 2.5 Gb/s to 10 Gbps of Regular Expression scanning. Two T2000’s coupled together in dual mode support up to 16 Gb/s of throughput.
T10 Technology
The LSI Tarari T10 Technology family of multi-core Content Processors combines high-end computing hardware with optimized algorithms to deliver unparalleled performance on a single chip.
Network Security
The LSI Tarari RegEx Content Processor supports the acceleration of solutions running POSIX or Perl Compatible Regular Expressions (PCRE).
The LSI Tarari XML Content Processors accelerate and offload XML processing including Schema Validation and supports a standard API across multiple hardware and software platforms.
The LSI Tarari Encoder Accelerator product dramatically accelerates encoding of high quality Standard Definition and High Definition Windows Media Video (WMV), Microsoft's implementation of SMPTE VC-1.
T9000
The LSI Tarari T9000 family of multi-core Content Processors combines high-end computing hardware with optimized algorithms to deliver the first multi-core content processor on a single chip.
News Releases