Contact us
Company: Excellent Integrated System Limited
Contact person: Ella Cai
Email: [email protected][email protected]
Skype: sales009-EIS
Phone: 0086-755-23611101
Fax: 0086-755-61679009-109
Contact Now
Home > News > Company News > Thalia and Catena deliver firs.....

Thalia and Catena deliver first analogue IP re-use projects

  • Author:Ella Cai
  • Release on:2018-08-01
Thalia Design Automation and Catena have delivered the first of their analogue IP reuse projects.

The two companies have worked together to migrate Catena’s WiFi and variants of Bluetooth IP including a low-power version, between multiple sub-40nm process nodes and foundry providers.

Analogue IP providers increasingly need to respond to customer demands for absolute flexibility in their choice of foundry provider and process technology: but retargeting analog IPs has until now been an entirely manual process, requiring substantial re-design – sometimes ‘from the ground up’.

Thalia’s combination of targeted proprietary design automation technology and experienced analog design expertise dramatically reduces the burden of such migrations, shortening project timescales and costs by up to 50%.

The three projects announced today are:

migration of a WiFi RF solution to Global Foundries’ 28nm process;

migration of Bluetooth IP between TSMC and Global Foundries processes;

a second low power Bluetooth IP migration between 28nm and 40nm nodes.

For Catena’s customers, the rapid delivery of such IP variants effectively ‘on-demand’ translates into increased agility and ability to address market opportunities.

For example, the move from 28 to 40nm technology allows customers to balance cost, performance and power consumption to produce a range of products that hits multiple market ‘sweet spots’.

The three projects announced today include complex analogue and RF blocks covering multiple integer and fractional PLLs; ADCs; LNAs and PAs; mixers; bandgaps; multiple LDOs, and timing and temperature sensing blocks.

Just as important as the range of functionality covered, each IP project was verified and optimised for specification performance in the target process.

Thalia was able to fine-tune the performance and power requirements of the entire receiver/transmitter chain, against tight schedules ranging from four to six months.

Publicly announced in December 2017, the on-going co-operation between Thalia and Catena aims to streamline Catena’s analogue design flow and create an analogue IP reuse methodology that delivers products tailored exactly to its customers’ requirements.

The ability to performance-optimize, create product variants and target any process technology contrasts with the industry’s traditional model of hand-crafting every new design “from the ground up” – a costly and time-consuming process that also diverts resources from innovation and the development of new products.

The partnership has allowed Catena to open up new market opportunities by making its IP available in alternative foundry processes in a fraction of the time, cost and resources that would be required using conventional design approaches.

Catena has estimated schedule, cost and resource savings of between 40% and 50% for the recently completed projects.

Catena has a 30-year track record of partnering with global IC makers to design analog electronic systems, with particular strengths in RF and signal processing implementations.

Its silicon-proven Connectivity RF portfolio includes optimized, very low power IP blocks such as Bluetooth Smart radio, Bluetooth Smart Ready radio, most Wi-Fi variants (including MIMO), and combined Bluetooth / WiFi offerings.

Thalia provides a range of solutions for RF, analogue and mixed-signal technology transfer and design optimisation, derivative generation and IP creation, based on a combination of proprietary design automation technology, methodology and design know-how.

Its customers include IC manufacturers and IP houses looking to diversify their product range, and leverage the most appropriate semiconductor manufacturing technologies.