Provide secure authentication with new embedded security solution
08-12-2017 |
Mouser Electronics
|
Semiconductors
Mouser now stocks the A1006 Secure Authenticator IC from NXP Semiconductors. This embedded security solution gives best-in-class, tamper-resistant authentication through an asymmetric public/private authentication protocol to help manufacturers validate the authenticity of genuine products and prevent damage from counterfeits. The device is claimed to be the industry’s smallest, lowest-power secure authenticator, with an active power consumption of just 500µA in units as little as 1mm × 1mm.
The authenticator provides an outstanding level of security while overcoming the difficulties of power consumption, performance and solution footprint. The device’s digitally signed certificates employ 224-bit ECDSA and SHA-224 digest hash, and authentication is completed in under 50 milliseconds. The device provides a strong and effective option for manufacturers, allowing simple system integration and a flexible architecture communication, with the option of single-wire or I2C interface. Built at the company’s secure manufacturing facilities, this sturdy authentication IC gives protection against a wide range of invasive and non-invasive attacks; the device’s industry-leading security hallmarks include TRNG, security sensors, and active shielding.
The IC is a sturdy security platform ideal for a broad range of hardware and software, including chargers, smartphones, medical devices, printer cartridges, electric vehicle chargers, and embedded systems that require a robust security infrastructure.
By Electropages
Electropages is a trusted source of news and insights from the global electronics industry. With a dedicated team of experts and editors, Electropages delivers in-depth articles, product updates, and market trends across sectors such as embedded systems, IoT, connectors, and power solutions. Our mission is to empower engineers and professionals with the knowledge they need to innovate and succeed in a rapidly evolving technological landscape.