MIPI I3C 1.0 Device Controller IP

产品描述

The Arasan I3C Device Controller IP Core implements Device functionality as defined by the MIPI Alliance’s I3C Specification. The I3C bus is used for various sensors in the mobile/automotive system where an I3C Master transfers data and control information between itself and various sensor devices. The I3C Device Controller IP Core can be easily integrated into the Sensor/Device devices with minimal gate count. The I3C Device controller is highly configurable (synthesis time) to provide an optimal solution based on the Device’s requirements. This includes, acting as a legacy I2C device, Support for Dynamic Address Assignment, HDR (any of the three defined HDR Modes), and optional APB Interface for more SOC type integration. In addition, optional I3C Device functions like Interrupt generation, Hot-Join request generation and advanced Device with secondary master capabilities can be configured for more complex Devices. The I3C Device Controller also supports both Synchronous and Asynchronous Time stamping functions by providing the support for SETXTIME/GETXTIME commands. Also, the I3C Device Controller IP provides direct signaling to connect to the IO Buffers (SCL and SDA). Tools used Vivado 2022.1 Arasan's IP is also available to license for ASIC applications. Arasan offers a licensing scheme to go from FPGA to ASIC at reduced license fees. Customers can migrate to ASIC by licensing Arasan’s I3C CONTROLLER & I3C PHY IP core for ASIC.


主要特性与优势

  • Compliant with MIPI I3C Specification Rev1.0
  • Supports up to 12.5 MHz operation using Push-Pull
  • Open-Drain and Push-pull type transactions
  • Acts as a legacy I2C Device while supporting Legacy I2C Messaging and protocol
  • Participates in Dynamic Addressing while supporting Static Addressing for Legacy I2Cmode
  • I2C-like Single Data Rate Messaging(SDR)
  • High Data Rate Messaging Modes (HDR-DDR)
  • Support for Transmission of In-band Interrupt
  • Support for Hot-Join Request Generation
  • Synchronous Timing Support and Asynchronous Time Stamping by using side band signals
  • APB Target Interface for Configuring and Controlling the IP with interrupt and for data transfers, IBI
  • Provides side band interface to transfer read/write and interrupt data between the I3C Device Controller and Device Function

器件实现矩阵

面向此核实现范例的器件使用矩阵。联系供应商了解更多信息。

系列 器件 速度等级 工具版本 硬件验证? LUT BRAM DSP48 CMT GTx FMAX (Mhz)
VIRTEX-UP Family XCVU9P -2 Vivado ML 2022.1 Y 0 11683 0 0 0 0 12

IP 质量指标

综合信息

数据创建日期 Nov 02, 2022
当前 IP 修订号 1.1
当前修订日期已发布 Jan 05, 2022
第一版发布日期 Mar 18, 2019

Xilinx 客户的生产使用情况

Xilinx 客户成功生产项目的数量 2
可否提供参考? Y

交付内容

可供购买的 IP 格式 Source Code
源代码格式 Verilog
是否包含高级模型? N
提供集成测试台 Y
集成测试台格式 OVM System Verilog
是否提供代码覆盖率报告? Y
是否提供功能覆盖率报告? N
是否提供 UCF? N
商业评估板是否可用? Y
评估板所用的 FPGA Kintex-7
是否提供软件驱动程序? Y
驱动程序的操作系统支持 Yes

实现方案

代码是否针对 Xilinx 进行优化? N
定制 FPGA 优化技术 None
所支持的综合软件工具及版本 Vivado Synthesis
是否执行静态时序分析? N
AXI 接口 AXI4
是否包含 IP-XACT 元数据? Y

验证

是否有可用的文档验证计划? Executable and documented plan
测试方法 Both
断言 N
收集的覆盖指标 Code
是否执行时序验证? N
可用的时序验证报告 N
所支持的仿真器 Cadence NC-Sim

硬件验证

在 FPGA 上进行验证 Y
所使用的硬件验证平台 KC705
已通过的行业标准合规测试 N
是否提供测试结果? N