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    • 1. 发明授权
    • Intelligent memory system compiler
    • 智能内存系统编译器
    • US08589851B2
    • 2013-11-19
    • US12806946
    • 2010-08-23
    • Sundar IyerSanjeev JoshiShang-Tse Chuang
    • Sundar IyerSanjeev JoshiShang-Tse Chuang
    • G06F17/50G06F9/455
    • G06F3/0607G06F3/0629G06F3/0683G06F12/0844G06F12/0851G06F12/0855
    • Designing memory subsystems for integrated circuits can be time-consuming and costly task. To reduce development time and costs, an automated system and method for designing and constructing high-speed memory operations is disclosed. The automated system accepts a set of desired memory characteristics and then methodically selects different potential memory system design types and different implementations of each memory system design type. The potential memory system design types may include traditional memory systems, optimized traditional memory systems, intelligent memory systems, and hierarchical memory systems. A selected set of proposed memory systems that meet the specified set of desired memory characteristics is output to a circuit designer. When a circuit designer selects a proposed memory system, the automated system generates a complete memory system design, a model for the memory system, and a test suite for the memory system.
    • 为集成电路设计存储器子系统可能是耗时且昂贵的任务。 为了减少开发时间和成本,公开了一种用于设计和构建高速存储器操作的自动化系统和方法。 自动化系统接受一组期望的存储特性,然后有选择地选择不同的潜在存储器系统设计类型和每种存储器系统设计类型的不同实现。 潜在的存储器系统设计类型可以包括传统的存储器系统,优化的传统存储器系统,智能存储器系统和分层存储器系统。 满足所指定的所需存储器特性集合的一组选定的存储器系统被输出到电路设计者。 当电路设计者选择所提出的存储器系统时,自动化系统产生完整的存储器系统设计,存储器系统的模型以及存储器系统的测试套件。
    • 2. 发明申请
    • Methods and Apparatus for Designing and Constructing Multi-port Memory Circuits with Voltage Assist
    • 用于设计和构造具有电压辅助的多端口存储器电路的方法和装置
    • US20130242677A1
    • 2013-09-19
    • US13421704
    • 2012-03-15
    • Sundar IyerShang-Tse ChuangThu Nguyen
    • Sundar IyerShang-Tse ChuangThu Nguyen
    • G11C8/16G11C7/00
    • G11C11/419G11C8/16G11C11/412G11C11/413
    • To handle multiple concurrent memory requests, a dual-port six transistor (6T) SRAM bit cell is proposed. The dual-port 6T SRAM cell uses independent word lines and bit lines such that the true side and the false side of the bit cell may be accessed independently. Single-ended reads allow the memory system to handle two independent read operations concurrently. Single-ended writes are enabled by adjusting the VDD power voltage supplied to a memory cell when writes are performed such that a single word line and bit line pair can be used write either a logical “0” or logical “1” into either side of the bit cell. Thus, single-ended operation with a voltage assist allows a memory system to handle two concurrent write operations. A write buffer may be added to the memory system to prevent conflicts and thus enable concurrent read operations and write operations in a single cycle.
    • 为了处理多个并发存储器请求,提出了一个双端口六晶体管(6T)SRAM位单元。 双端口6T SRAM单元使用独立的字线和位线,使得可以独立地访问位单元的真实侧和假侧。 单端读取允许内存系统同时处理两个独立的读操作。 通过调整在执行写入时提供给存储单元的VDD电源电压,使得可以使用单个字线和位线对将逻辑“0”或逻辑“1”写入到 位单元格。 因此,具有电压辅助的单端操作允许存储器系统处理两个并行写入操作。 可以将写缓冲器添加到存储器系统以防止冲突,从而在单个周期中实现并行读取操作和写入操作。
    • 6. 发明授权
    • Methods and apparatus for refreshing digital memory circuits
    • 用于刷新数字存储电路的方法和装置
    • US09293187B2
    • 2016-03-22
    • US13245426
    • 2011-09-26
    • Sundar IyerShang-Tse Chuang
    • Sundar IyerShang-Tse Chuang
    • G06F12/06G11C11/406
    • G11C11/40603G11C11/40618
    • Dynamic memory systems require each memory cell to be continually refreshed. During a memory refresh operation, the refreshed memory cells cannot be accessed by a memory read or write operation. In multi-bank dynamic memory systems, concurrent refresh systems allow memory refresh circuitry to refresh memory banks that are not currently involved in memory access operations. To efficiently refresh memory banks and advanced round robin refresh system refreshes memory banks in a nominal round robin manner but skips memory banks blocked by memory access operations. Skipped memory banks are prioritized and then refreshed when they are no longer blocked.
    • 动态存储器系统要求每个存储单元被不断刷新。 在存储器刷新操作期间,刷新的存储器单元不能被存储器读或写操作访问。 在多行动态存储器系统中,并发刷新系统允许存储器刷新电路来刷新当前不参与存储器存取操作的存储器组。 为了有效地刷新内存库和高级循环刷新系统,以一种名义上的循环方式刷新内存库,但是忽略了内存访问操作阻塞的内存块。 跳过的内存库被优先排列,然后在不再被阻止时刷新。
    • 10. 发明授权
    • Methods and apparatus for designing and constructing multi-port memory circuits with voltage assist
    • 用于设计和构造具有电压辅助功能的多端口存储器电路的方法和装置
    • US08760958B2
    • 2014-06-24
    • US13421704
    • 2012-03-15
    • Sundar IyerShang-Tse ChuangThu Nguyen
    • Sundar IyerShang-Tse ChuangThu Nguyen
    • G11C8/00G11C8/16
    • G11C11/419G11C8/16G11C11/412G11C11/413
    • To handle multiple concurrent memory requests, a dual-port six transistor (6T) SRAM bit cell is proposed. The dual-port 6T SRAM cell uses independent word lines and bit lines such that the true side and the false side of the bit cell may be accessed independently. Single-ended reads allow the memory system to handle two independent read operations concurrently. Single-ended writes are enabled by adjusting the VDD power voltage supplied to a memory cell when writes are performed such that a single word line and bit line pair can be used write either a logical “0” or logical “1” into either side of the bit cell. Thus, single-ended operation with a voltage assist allows a memory system to handle two concurrent write operations. A write buffer may be added to the memory system to prevent conflicts and thus enable concurrent read operations and write operations in a single cycle.
    • 为了处理多个并发存储器请求,提出了一个双端口六晶体管(6T)SRAM位单元。 双端口6T SRAM单元使用独立的字线和位线,使得可以独立地访问位单元的真实侧和假侧。 单端读取允许内存系统同时处理两个独立的读操作。 通过调整在执行写入时提供给存储单元的VDD电源电压,使得可以使用单个字线和位线对将逻辑“0”或逻辑“1”写入到 位单元格。 因此,具有电压辅助的单端操作允许存储器系统处理两个并行写入操作。 可以将写缓冲器添加到存储器系统以防止冲突,从而在单个周期中实现并行读取操作和写入操作。