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Showing posts from November, 2022

CAN 2.0, LIN 2.2 Controller IP Cores with ASIL B, C, D Packages

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  T2M IP , the global independent semiconductor IP Cores provider & Technology experts, is pleased to announce the immediate availability its partner’s Automotive Grade Silicon Proven CAN Controller and LIN Controller IP Cores for a niche Automotive and Consumer market. The CAN Controller IP and LIN Controller IP cores are available with ASIL B, ASIL C and ASIL D packages. The CAN IP cores is a standalone controller for the Controller Area Network (CAN), which is commonly used in automotive and industrial applications. This CAN IP Cores conforms to the Bosch CAN 2.0B specification (2.0B Active) and has a simple CPU interface (8/16/32 bit configurable data width), with little- or big-endian addressing scheme. The CAN supports both standard (11-bit identifier) and extended (29-bit identifier) frames. Hardware message filtering and 64 bytes receive FIFO, enable a back-to-back message reception with a minimum CPU load. The CAN bus uses multi-master bus scheme with one logic bu

HDMI 2-0 Rx PHY IP Cores in 12FFC process Technology with matching Controller

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  T2M-IP , the global independent semiconductor IP Cores provider & Technology experts, is pleased to announce its HDMI 2.0 Rx PHY IP cores , Silicon Proven in 12FFC process technology along with matching Controller IP   Cores   available immediately for licensing. The HDMI 2.0 Rx IP cores provides a best-in-class Receiver functionalities for a lossless display interface in ultra-high-definition multimedia SoCs.   This HDMI 2.0 Rx PHY IP Cores in 12FFC with matching Controller IP cores confirms with HDMI standard version 2.0b and offers a full HDMI receiver capability. It is made up of two modules: a link module and a physical layer (PHY). The link module is implemented as a synthesizable soft IP core, whereas the PHY IP core is fully compatible with DVI receiver and implemented as a hard IP based on 28HPC+ CMOS logic process. The transmission of audio-visual material is secured by an integrated HDCP (High-bandwidth Digital Content Protection) encryption. Keeping up with

Ultra-high-speed 14-bit at 4.32Gbps ADC IP Cores China

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全球独立的半导体 IP 供应商和授权专业公司 T2M IP 高兴地宣布,其合作伙伴的 14bit 时间 交织 流水线 方式的 ADC IP 核已通过验证,投入量产。这个 IP 采用 28nm FDSOI 工艺,支持 4.32Gsps 的采样速度。授权客户可以得到这个设计的自主修改权和无限次数的使用权。   这个 IP 设计来自于量产芯片组,支持 60dB 的信号噪声比( SNR ),输入频率范围为 54MHz 至 1.7GHz ,适用于各种领域的芯片设计,包括音频应用、微控制器、高速机顶盒、 Wi-Fi 、汽车、雷达和 5G 应用等。   除信号处理链路外,这个设计还集成了两个模拟电路所需的内置电源稳压器( LDO )。 n   1.1v 的 LDO ,带有一个外部去耦电容,以达到高功率抑制比。 n   1.5v 的 LDO ,有一个内部电容用于输入缓冲和偏置设计。 这个设计的数字电路部分由外部 1.0V 电源驱动。   这个超高速宽带模数转换器采用 16 个时间交织流水线方式工作的子 ADC 组架构,由数字校正算法进行增益、偏移和斜率校正。信号源采用差分输入,端路差分阻抗为 100 欧姆电阻,然后通过输入缓冲单元,连接到子 ADC 组,输入信号的幅度为差分 1Vpp 。 ADC 电路的输入模拟信号经过两个外部电容耦合到这个设计的输入端,外部电容的最小规格为 1nF 。各子 ADC 的输入在设计内部产生。   流水线方式的 ADC IP 核是混合信号电路系统,由比较器、开关电容电路、偏压电路、带隙电压基准、采样和保持放大器( SHA )以及乘法数模转换器( MDAC )组成。这些组成单元的设计规格符合相应的电路和系统要求。每个流水线方式的 ADC 电路是由两个或更多的低分辨率 Flash ADC 构成,整个架构由多级处理通路组成,每个处理级都包含相应的采样和保持电路,模拟信号经过采样后将样本在短时间内维持电平。 Flash ADC 电路将这个电平信号转化为二进制输出序列。来自多级的二进制输出序列按照时间次序对齐(流水线化处理),并输出到位移寄存器,进一步经过数字纠错逻辑电路完成错误检测和纠正后,输出最终的二进制序列。   T2M 广泛的无线 IP 核还包括 22nm ULL 的蓝牙双模 v5.3RF 收发器 I