LPDDR6 Verification IP
Supports LPDDR6 memory densities range up to 64Gb
Overview
Truechip's LPDDR6 Verification IP provides an effective & efficient way to verify the LPDDR6 components of an IP or SoC. Truechip's LPDDR6 VIP is fully compliant with JESD209-6 LPDDR6 SDRAM standard. The VIP is lightweight, featuring easy-to-use plug-and-play components, so there is no impact on the design cycle time.
Key features
- Supports LPDDR6 memory densities range up to 64Gb
- Supports two sub-channels contains 12 DQ signals each
- Supports all burst lengths
- Supports capturing of all the valid LPDDR6 commands as per the specification
- Supports per-row activation counting PRAC
- Support for all speed grades
- Constantly monitors LPDDR6 behaviour during simulation
- Supports Programmable READ/WRITE Latency timings
- Supports programming of All-Mode Registers
- Support both Normal and Efficiency Mode Configurations
- Support CS, ZQ Calibration, Command Bus, WCK2CK Levelling, Read DQ Calibration, WCK-DQ, Enhance RDQS and RX Offset Calibration Trainings
- Support all CAS Synchronization operations
- LPDDR6 support 4 banks with 4 bank group per sub-channel
- Supports single-ended clocks, frequency change, and clock stop operations
- Supports refresh, postpone, and pull in of refresh, SRE, PASR, sleep modes, SR power down modes
- Supports Post Package Repair (PPR)
- Supports Link ECC/EDC, On-die ECC, Error Check and Scrub (ECS)
- Supports ZQ, MPC, DCM and DCA, and WCK2CK oscillator
- Supports DVFSC, DVFSQ, ODT, Non-target Dram ODT, thermal sensor, & temperature offset
- Supports RDQS, RDQS toggle mode, and enhanced RDQS mode
- Supports all WCK and RDQS preamble and post-amble patterns
- Supports DBI-DC, Meta Function modes
- Support CA Parity Check modes
- Support Loopback modes
- Reports various timing errors, which can be used to check any timing violations
- It provides full control to the user to enable/disable various types of messages
- Supports advanced System Verilog features like constrained random testing
- Supports dynamically configurable modes
- Strong Protocol Monitor with real-time, exhaustiv,e programmable checks
- Supports RAS Focused – Link Protection
- Supports ALERT output signal
- Supports Dynamic as well as Static Error Injection scenarios
- On the fly protocol checking using protocol check functions, static and dynamic assertion
- Built-in Coverage analysis
- Provides a comprehensive user callbacks in PHY, Controller, and Memory Model BFMs
- Graphical analyser to show transactions for easy debugging
Block Diagram
Benefits
- Available in native SystemVerilog (UVM/OVM/VMM) and Verilog.
- Unique development methodology to ensure highest levels of quality.
- Availability of Compliance & Regression Test Suites
- 24X5 customer support
- Unique and customizable licensing models.
- Exhaustive set of assertions and cover points with connectivity example for all the components.
- Consistency of interface, installation, operation and documentation across all our VIPs.
- Provide complete solution and easy integration in IP and SoC environment
What’s Included?
- LPDDR6 Functional memory controller BFM/Agent
- LPDDR6 SDRAM Model
- LPDDR6 Monitor and Scoreboard
- LPDDR6 PHY BFM Model
- LPDDR6 PHY Monitor and Scoreboard
- Test Environment & Test Suite:
- Basic Directed Tests
- Random Tests
- Error Injection Tests
- Assertions & Cover Point Tests
- Integration Guide, User Manual and Release Notes
Specifications
Identity
Standards & Interfaces
Files
Note: some files may require an NDA depending on provider policy.
Provider
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Frequently asked questions about LPDDR Interface IP
What is LPDDR6 Verification IP?
LPDDR6 Verification IP is a LPDDR IP core from Truechip Solutions listed on Semi IP Hub.
How should engineers evaluate this LPDDR?
Engineers should review the overview, key features, supported foundries and nodes, maturity, deliverables, and provider information before shortlisting this LPDDR IP.
Can this semiconductor IP be compared with similar products?
Yes. Buyers can compare this product with similar semiconductor IP cores or IP families based on category, provider, process options, and structured technical specifications.