SYNAV™

A Corporate Level Server for Live Engineering Collaboration and IP management

SYNAV™ is a corporate level server developed by experts in IC Design Flow to shorten distance between Engineers and accelerate project developments.

100% of our IPs, HW, FW, SW, engineering services, are managed under SYNAV™ central brain

Challenge

The biggest challenge for engineers dealing with IP design, testintegration reuse is to share the information between team members to operate such tasks collectively, with parallel edition, review and publication


You already have an internal cloud, an external cloud, an internal shared disk, but you keep sharing technical details by email to a point a Trash might be cleaner than your email client!


The issue concerns all levels of engineers and contributors working on the same project starting by product definers, hardware designers, Silicon Designers, Firmware, Software engineers and test engineers.


At SL3J we dedicated a long experience team in IC design and software development, during 6 years and came up with a truly innovative solution named SYNAV™.

SYNAV™ deploys as a corporate level server centralizing Intellectual Property asset management from the early specification phase to advanced release and derivation phases

  • Multi-dimensional Navigator (Doc, Release, Bugs, etc.)
  • Ubiquitous and Secure Access
  • Real time document edition and synthesis
  • Live sign-off and Design Review
  • Support for Document and SCM Servers
  • Support for Ticket Tracker Servers
  • Process specification and Methodology
  • Product release and derivation

SYNAV™ leads your company servers to handle your Product or IP

  • Creation procedures,
  • Specifications,
  • Versions and Customer delivery
  • Test Setups and scripts
  • Requests and Bugs
  • ...

SYNAV™ is empowered by an abstract model to handle any type of Engineering Domain.

ASIC, Schematic, Layout, Test Bench, VerilogA, SW, FW, HW, Datasheet, procedure, equipment, component...

SYNAV™ Server,  Deployment


SYNAV™ is a organized in layers designed to handle corporate level deployment with 


  • A secure postgresql database (under Linux)
  • VM based Controller and Web server
  • Https based reverse proxy
  • A set of API for integration with distant clients and design tools such as DFW by Cadence.
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