Innovaide delivers the following technologies architected for easy customization, scalability and time-to-market:

SenseNet Traffic Manager - Carrier Class QoS (upto 80Gbps)
• True traffic shaping with credit based schedulers
• Flexible allocation of priority queues to customers – SP, WFQ or GBR/MBR
• Maintain fairness/priority and SLAs per service in network congestion and oversubscription
• Per flow rate guarantee and shaping
• 3 level scheduling hierarchy – Queue, Queue-set and Service level
• Support up to 32k flow queues; up to 64k discrete flows
• Support 4 levels of Class of Service (CoS)
• Interface to Innovaide or Generic DMA Engines
• Supports MEF specifications
• Verilog design and verification environment
• APIs and Drivers

SenseNet Classifier and Forwarding Engine
• Flexible classification methods based on 802.1Q, MAC Addresses, Q in Q , MAC in MAC encapsulations & Combinations (like VLAN ID & MAC)
• 5-tuple based flow processing and classification
• MPLS L2 tunnels & Labels
• Support for OAM Ethernet PDUs
• ACLs based on L2-L4 headers
• Service Level Virtualization
• 10 – 40 Gigabit/sec full duplex switching and forwarding capacity
• Line Rate Forwarding for 64 byte packets
• Verilog Design and verification environment
• APIs and Drivers

SenseNet Deep Packet Inspection (10Gbps in Silicon)
• Full Regular Expression (PCRE) support [quantifiers, ranges, character classes, negated classes, repetition, match after 1st and last, greedy matches, back references, etc.]
• NFA based Regular Expression lookups
• Strings (partial, w/Offset) and contextual lookups
• Extensible architecture to support XML parsing and Lookups
• On chip memory used with High speed off chip memory
• Supports large number of rules ( 5k - extended by additional memory)
• Verilog design and verification environment
• C based compiler

SenseNet Network Behavior Analysis
Smart, Self-learning and Real-time
• Real Time Behavioral Analysis
• Monitors user, header and content behavior
• Per subscriber monitoring, detection and filtering
• Learns and adapts from the network
• No Databases required
• Computationally inexpensive with very small storage requirements
• Software implementation to be run as an application
• Scalable to run real-time with Verilog/FPGA implementation

Please contact us for further discussion on these technologies.

Electronic product design today is a very complex process requiring team work from
many internal and external vendors and a very intelligent use of technologies.

Innovaide is building partnerships with a view to create a network of experienced teams and seamlessly working technologies, so that our clients get access to best solutions in the world.

1. Cadence Verification Alliance