Krdytkyu

I work as an electronic reliability engineer. In order to estimate the
reliability of integrated circuits, I need to know their type. Thus my question.

Is this ethernet switch Marvell Link Street-88E6341 considered an ASIC, or it is simply a digital IC?

ASIC means 'Application Specific IC', and that device is very application specific. If you want to build a 4 port Ethernet switch with it, it will do it, and only that. So yes, you need to use the 'ASIC' column for the MTBF figures from your reliability tables.

The fact that such figures are next to meaningless for each individual case is irrelevant for what you need to do. As a reliability bean-counter (bean-counter, perjorative term for accountant who does not need to understand what goes on underneath the figures), you only need to show that you have added up the correct numbers in the correct way.

The term 'ASIC' covers such a range of complexities, technologies and use-cases, the only realistic measure is whether the manufacturer can sell them successfully. If he can, it means they don't fall over too often. That means an asic intended for engine compartment use in a car is likely to be a lot more reliable than one intended for room temperature use in a cheap consumer item, and strangely enough, a lot more reliable than military use ones as well.

The chip you are referring to includes Gigabit PHYs and TCAMs etc. So it has much more than what someone would loosely term as a "digital IC". So this should fall under the ASIC category in my opinion.

Historically they'd be referred to as Application-Specific Standard Products (ASSPs).

Marvell Technology Group Ltd. (MRVL) Moves Lower on Volume Spike for September 10:

Marvell Technology Group Ltd and its subsidiaries is a fabless semiconductor provider of application-specific standard products. The company's product portfolio includes devices for storage, networking and connectivity.

Profile: Marvell Technology Group Ltd (MRVL.O):

Marvell Technology Group Ltd., incorporated on January 11, 1995, is a semiconductor provider of application-specific standard products. The Company is engaged in the design, development and sale of integrated circuits. The Company develops System-on-a-Chip (SoC) devices. It also develops integrated hardware platforms along with software that incorporates digital computing technologies designed and configured to provide an optimized computing solution. Its product portfolio includes devices for storage, networking and connectivity. In storage, it is engaged in data storage controller solutions spanning consumer, mobile, desktop and enterprise markets. Its storage solutions enable customers to engineer products for hard disk drives and solid state drives. Its networking products address end markets in cloud, enterprise, small and medium business and service provider networks. Its connectivity products address end markets in consumer, enterprise, desktop, service provider networks and automotive. Its storage, networking and connectivity products power networks and data centers around the world.

Application-Specific Standard Product (ASSP):

An application-specific standard product (ASSP) is an integrated circuit (IC) dedicated to a specific application market and sold to more than one user. A type of embedded programmable logic, ASSPs combine digital, mixed-signal and analog products. When sold to a single user, Gartner defines such ICs as “application-specific integrated circuits”

An ASIC sold to multiple customers.

PHYs follow an ASICs kind of signaling generalizing block transfers. most ethernets are ASIC like but since parts of the stack are R/W asynchronous it has to be internally buffered and R/W asynchronously that is the device controller task and not a harwarde level implementations, thus it cannot be called properly an ASIC to my understanding.