UFS IP
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UFS Hardware Validation Platform (HVP)
- Compliant to JEDEC UFS 1.0, HCI 1.0, UniPro 1.40
- Available in Host and Device configuration
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UFS 4.0 Host
- UFS 4.0 (JESD220F.pdf)
- UFS HCI 4.0 (JESD223E.pdf)
- MIPI UniPro version 2.0(mipi_UniPro_specification_v2-0.pdf)
- MIPI M-PHY version 5.0(mipi_M-PHY_specification_v5-0.pdf)
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UFS 3.1 host
- The Universal Flash Storage 3.1 (UFS 3.1) is a simple but high-performance, serial interface primarily used in mobile systems, between host processing and nonvolatile eXecute-In-Place (XIP) or mass storage memory devices.
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UFS 3.1 Device
- UFS 3.1 is the next specification update pending from JEDEC.
- Arasan will offer UFS 3.1 compatible Host and Device Controllers in late Q2 2017 to select customers.
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UFS 3.0 Host
- UFS 3.0 Host and Device configurations available
- Complete UFS 3.0 hardware implementation
- Interop-proven UniPro 1.8 link layer
- MIPI M-PHY 4.0 Interface
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UFS 3.0 Device
- UFS 3.0 is the next specification update pending from JEDEC.
- Arasan will offer UFS 3.0 compatible Host and Device Controllers in late Q2 2017 to select customers.
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UFS 2.1 Stack & Driver
- Compliant with JEDEC UFS HCI 2.0 and MIPI UniPro Specification version 1.6
- Portability in choice of OS, processors and hardware
- Easy-to-use interface for applications
- Fully documented generic device operation API
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UFS 2.1 Host Controller IP
- JEDEC UFS 2.0 and UFS HCI 2.0 Compliant
- Supports high performance M-PHY v3.0 type-1
- 2 lanes @ 5.9 Gbps per lane
- UniPro v1.6 link layer
- Definable write-protect group size
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UFS 2.1 Device Controller IP
- The UFS 2.1 Device controller uses an M-PHY® 3.1 Adapter Layer backed by a UniPro v1.6 Link layer controller as per the specification.
- The UFS compliant IP cores are interface building blocks that simplify interconnect architectures in mobile platforms.
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UFS Controller - Verifies compliance and performance of UFS interfaces in SoCs
- The UFS Controller Verification IP (VIP) ensures proper operation and compliance of UFS interfaces in SoC designs. It supports UFS 2.0, 2.1, 3.0, and 3.1 standards, enabling efficient validation of high-speed data transfers and power management.
- The VIP is critical for validating UFS controllers in a wide range of applications, from AI/ML systems to mobile devices and automotive infotainment. It ensures optimal performance, reliability, and seamless integration in diverse environments