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ARM Reference Methodologyask ARM
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ARM Reference Methodologies

ARM continues to work closely with leading EDA companies to develop Implementation Reference Methodologies (iRMs) that enable ARM licensees to customize, implement, verify and characterize soft ARM processors for their chosen process technologies. The reference methodologies provide a predictable route to silicon, and a basis for custom methodology development, using both logical and physical synthesis technologies.

Beginning in June 2006, ARM can deploy processor iRMs that additionally contain ARM Artisan® front-end library views, and pre-compiled RAMs in support of a wide range of ARM processor products - please click on the link in the AppNotes column in the table below for processor-specific library information. This enhances the ability of the iRMs to demonstrate processor implementation flows and provides a far more complete reference solution than previously offered. The iRMs are free on request for those processors to which Partners have current contractual entitlements.

The table below lists the reference methodologies currently available, and those planned. Over time, new releases will be made to support new tools. Existing releases will also be extended to include support for new ARM processors and to accommodate tool modifications.

Current Availability -Please contact your ARM Partner Manager for further information, and to arrange a free release of the qualifying parts.

Processors

Product

AppNotes

Cadence

Magma

Synopsys

ARM7TDMI-STM

AT080

 

Encounter 4.2

 

Galaxy 2004.06

ARM7EJ-STM

AT290

 

Encounter 4.2

 

Galaxy 2004.06

ARM926EJ-STM

AT230

Encounter 7.1.2

Talus 1.0

Galaxy 2007.12

ARM946E-STM

AT210

Encounter 4.2

Blast 5.0

Galaxy 2007.03

ARM966E-STM

AT200

Encounter 4.2

 

Galaxy 2004.06

ARM968E-STM

AT410

Encounter 4.2

 

Galaxy 2004.06
CoreSightTM ETM9TMTM910

Galaxy 2007.03

ARM1026EJ-STM

AT350

Encounter 4.2

 

Galaxy 2004.06
CoreSightTM ETM11TMTM920

Galaxy 2007.03

ARM1136J-STM

AT310

Encounter 4.2

 

Galaxy 2007.03

ARM1136JF-STM

AT260

Encounter 4.2

 

Galaxy 2007.03

ARM1156T2-STM

AT370

Encounter 4.2

 

Galaxy 2007.03

ARM1156T2F-STMAT360Galaxy 2007.03
ARM1176JZ-STMAT390

Encounter 4.2

 

Galaxy 2007.03

ARM1176JZF-STM

(IEM)

AT380

Encounter 7.1.2

(Encounter 6.2)

Blast 5.0

Galaxy 2007.12

(Galaxy 2006.06)

Cortex-M3TMAT420

Encounter 7.1.2

Blast 5.0

Galaxy 2007.12

Cortex-R4(F)TMAT430

Encounter 7.1.2

Blast 5.0

Galaxy 2007.12

Cortex-A8TMAT490Encounter 7.1.1Blast 5.0
Cortex-A9TMAT395Encounter 7.1.1Talus 1.0Galaxy 2007.12
Cortex-A9MPTMMP004Encounter 7.1.1Talus 1.0Galaxy 2007.12
ARM11 MPCoreTMMP002

Encounter 6.2

Blast 5.0

Galaxy 2007.03
L2 Cache ControllerPL310

Encounter 7.1.2

CoreSightTM PTM-A9TMTM950

Encounter 7.1.2

Talus 1.0

Galaxy 2007.12

Supported Libraries

Various, from ARM Artisan TSMC180G down to TSMC65GP/LP

Various, from ARM Artisan TSMC13G down to TSMC65GP/LP

Various, from ARM Artisan TSMC180G down to TSMC65GP/LP

What are Reference Methodologies?

The ARM Reference Methodologies are designed to provide ARM Partners with a simple, deterministic and rapid route from RTL to GDSII. In working closely with each of the industry's leading EDA companies, we have been able to bring years of engineering experience to the problem of turning soft IP into IP hardened for a particular silicon process, and then modeling it so that it can be deployed as a library-level component in today's high-performance system chips.

The result is a set of methodologies that ARM licensees can be sure provide a sound platform for their own customizations and a flow that has been proven with today's leading tools and IP.

Since the Reference Methodology program is one of continuous improvement, licensees can be confident that their chosen methodology will always be the expression of best practices for ARM soft IP and EDA tools.

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