1. Home
  2. Siemens EDA Software
  3. IC Tool Portfolio
  4. Questa Advanced Verification
  5. Avery Verification IP
  6. SSD-HDD

Avery Verification IP

Avery Verification IP for SSD-HDD Storage

Accelerated confidence in simulation-based verification of RTL designs with SSD-HDD interfaces such as SAS

Contact us to learn how to purchase this product in
Change country

A pair of high capacity SD-Card computer storage cards.

Why Avery Verification IP for SSD-HDD Storage?

Get support for SD and related storage protocols. Avery VIP for SSD-HDD Storage is a complete solution to verify SSD-HDD Storage IP and SoC products that have interfaces to SSD-HDD storage.

Avery Verification IP for SAS

Avery SAS VIPs support verification of host and device and expansion targets. A variety of standards-based conformance testsuites are also supported to ensure complete verification closure of your design to specification compliance.

Deliverables

  • SAS BFMs
  • Compliance testsuite
  • User guide
  • Initiator and Target Device models
  • Commands sets: SPC-5, SBC-4 including DIF
  • Protocols: SAS-4, SPL-4, SAM-6, SAT-4
  • Interfaces for DWORD and packet modes
  • DWORD modes: serial, 8b/10b, 16b/20b, 32b/40b
  • Packet nodes: serial (including FEC), 128b/130b
  • Narrow and wide port
  • Low power
  • Initiator generates SCSI and TMF commands
  • Target acts as full SCSI drive
  • SSP, SMP and STP Transport layer protocols
  • All set of primitives
  • OOB, speed negotiation sequences
  • All frames from SSP, SMP and STP
  • Protocol checking and coverage
  • Callbacks at transport, port, link, and phy layers
  • Error injection
  • PHY models supports all link speeds and narrow/wide port configurations (1.5/3/6/12/22.5G) and OOB processing
  • Expander model with SMP support to support complex topologies
  • Basic compliance testsuites, including SCSI command testsuite
  • Native SystemVerilog UVM

Protocol Family 

Standard Organization 

Sub Protocol 

Models 

SAS 

T10 

SAS4r08a 

T10 

SPL5r04 

T10 

SBC4r12 

T10 

SPC5r12 

T10 

SAT3r04 

T10 

SAM6r02 

Avery Verification IP for SATA

Avery SATA VIP support verification of host and device and expansion targets. A variety of standards-based conformance testsuites are also supported to ensure complete verification closure of your design to specification compliance.

Deliverables

  • SATA BFMs
  • Compliance testsuite
  • User guide
  • Host, Device, and Port Multiplier models
  • SATA 3.3 support
  • Power Management
  • Interrupts
  • Link negotiation
  • Hot Plugging, Disable, and Reset
  • Low power slumber and sleep modes
  • Initiator generates all ATA commands
  • Target acts as full SATA drive
  • Complete support of all primitives
  • OOB, speed negotiation sequences
  • Protocol checking and coverage
  • Callbacks at transport, port, link, and phy layers
  • Error injection
  • SAPIS and PIPE PHY models supports all link speeds and OOB processing
  • Port Multiplier model with SMP support to support complex topologies
  • Basic compliance testsuites, including SATA-IO Unity testsuite
  • Native SystemVerilog UVM

Protocol Family 

Standard Organization 

Sub Protocol 

Models 

SATA 

SATA-IO 

SATA 3.5a 

ZAC-2 

ACS-5 

UTD 1.6 

PIPE 4.3 

AHCI 

Intel 

AHCI 1.3.1 

Ready to talk to someone today?

We're standing by to answer your questions.

Email us

Get in touch with our sales team: 1-800-547-3000 or 1-503-685-8000

Learn more

Verification Academy

Verification Academy provides the skills necessary to mature an organization's functional verification process capabilities, providing a methodological bridge between high-level value propositions and the low-level details.

View resources

Verification Horizons blog

Insight and updates on concepts, values, standards, methodologies, and examples to assist with the understanding of what advanced functional verification technologies can do and how to most effectively apply them.

Read blog

Verification Horizons

The Verification Horizons publication provides concepts, values, methodologies and examples to assist with the understanding of what advanced functional verification technologies can do and how to most effectively apply them.

View the latest issue