Overview
The Cadence® JTAG Verification IP provides support for the JTAG protocol specification. It provides a mature, highly capable compliance verification solution that supports simulation, protocol checking, coverage collection, and analysis, making it applicable to intellectual property (IP), system-on-chip (SoC), and system-level verification. JTAG VIP is compatible with the industry-standard Universal Verification Methodology (UVM) and runs on all leading simulators.
JTAG standard defines test logic that can be included in an integrated circuit to provide standardized approaches to:
The test logic consists of a boundary-scan register and other building blocks and is accessed through a Test Access Port (TAP).
Supported Specification: JTAG Specification IEEE Std 1149.1-2013.
Provider
Cadence Design Systems, Inc.
HQ:
USA
If you want to achieve silicon success, let Cadence help you choose the right IP solution and capture its full value in your SoC design. Cadence® IP solutions offer the combined advantages of a high-quality portfolio, an open platform, a modern IP factory approach to quality, and a strong ecosystem.
Now you can tackle IP-to-SoC development in a system context, focus your internal effort on differentiation, and leverage multi-function cores to do more, faster.
The Cadence IP Portfolio includes silicon-proven Tensilica® IP cores, analog PHY interfaces, standards-based IP cores, verification IP cores, and other solutions as well as customization services for current and emerging industry standards. The Cadence IP Factory provides you with an automated approach to the customization, delivery, and verification of SoC IP. As a result, you can spend more time on differentiation, with the assurance that you'll meet your performance, power, and area requirements.
Choosing Cadence IP enables you to design with confidence because you have more freedom to innovate your SoCs with less risk and faster time to market.
Learn more about Smartcard IP core
A growing number of ASICs, microcontrollers and SoCs embed hardware cryptographic accelerators or software cryptographic libraries. The emergence of the Internet of Things (IoT) will call for an even faster adoption. We now can talk about cryptography pervasion.
This article suggests an innovative approach to build an optimal PMNet per application requirements, based on the definition of four standardized voltage levels (further defined as Interfaces for the Distribution of Power). Finally, it demonstrates the advantages of this approach from which regulator suppliers or designers, SoC integrators and system makers can benefit.
Self-timed packet-switched networks are poised to take a major role in addressing the complex system design and timing closure problems of future complex Systems-on-Chip.
This paper introduces the basic CHAIN architecture using a small test-chip as an example application. It then presents the CHAINworks library and toolset which supports the development of self-timed Networks-on-Chip using industry accepted design and tool
SoC interfaces going 'soft'
More functions require balanced SoC design
