UHS-II
UHS-II is an ultra high-speed type II controller for high-speed transfers, used in SD applications for high definition content. Key factors include reusability of legacy resources, low-voltage, low-power consumption, and low-EMI required for mobile devices.
Supported Connection Topologies
- Full Duplex Mode (FD mode) - Lane consists of one transmitter port, a receiver port, and transmission clock; data rate up to 156MB/s
- Half Duplex with 2 lanes mode (2L-HD Mode) - Changes the lane directions to 2 lanes mode during data transfer, achieving the data rate up to 312MB/s
- Full Duplex with 2 downstream and 1 upstream lane mode (2D1U-FD Mode)
- Full Duplex with 1 downstream and 2 upstream lane mode (1D2U-FD Mode)
- Full Duplex with 2 downstream and 2 upstream lane mode (2D2U-FD Mode)
Brochure: UHS II Device
Learn more about UHS-II Device, its features, configurable options, design attributes, and product packages.
Differentiators
Feature-Rich Offerings
We offer end-to-end compliance, with support for all packet types, fast/low power modes, and command queueing – among other features.
Flexibility & Control
Our modular and highly configurable design approach allows both sync and async reset, and software control for core features.
Support & Documentation
Our product package includes test cases, documentation, design & verification guides, and rigorous testing.
Resources
Automotive ethernet – firmware design and development
We developed an automotive ethernet driver module, for a leading automotive manufacturer. Driver enablement for custom FPGA board with automotive ethernet transceiver Necessary modification an...
Cogmation - Accelerated HMI validation framework
We helped a leading american automotive tier-1 supplier with their HMI project, by accelerating the validation phase.
IP Core Solutions UHS-II (Ultra-high-speed type II)
Our UHS-II solution optimizes data transfers for low-voltage environments, supporting high-definition content transmission as required by mobile devices.
IP Core Solutions
Our IP cores focus on security, communication, and verification requirements, including microprocessors that support streamlined CPU integration.
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- Watch how AR & 3D simulations could transform in-home experiences.
