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| Posedge SD 3.0 / eMMC 4.4 Device Controller |
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The Posedge SD 3.0 / eMMC4.4 Memory Device Controller (PESDMMCD300)
is a highly configurable Device Controller compatible with SD Physical Layer Specification Version 3.0 and eMMC Specification Version 4.4. The PE-SDMMCD300 controller supports SPI, SD 1, 4 bit modes and eMMC 1, 4, 8bit modes. The Core is designed to operate at a maximum frequency of 208MHz for SD and 52MHz for eMMC. The simple and flexible
interface of PE-SDMMCD300 controller enables the user to integrate effectively in any SOC system or with any system bus interface. The controller supports both Boot and Alternate Boot Mode Operation. |
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| Posedge SD/SDIO 3.0 Device COMBO Controller |
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The Posedge SDXC/SDIOD Combo Device Controller (PE-SDSDIOD300) is a highly configurable Device Controller compatible with Standard SDIO 3.0 Specification and SD Physical Layer Specification Version 3.0. The PESDSDIOD300 COMBO controller supports SD 1, 4 bit modes and 8bit mode for SDIO embedded applications. The simple and flexible interface of PESDSDIOD300 controller enables the user to integrate effectively in any SOC system or with any system bus interface. The Core is designed to operate in
at maximum operating frequency of 208MHz to achieve maximum
throughput of 832Mbps using SD 4bit mode. The controller supports AHB Interface and works in DMA Mode of operation to transmit and receive data.
The AHB Slave Interface provides the operational registers for ARM to configure the PE-SDSDIOD300 COMBO controller. The PE-SDSDIOD300 COMBO controller is designed to support 3 options for user hardware interface to the controller core like I/o only / Memory only / Combo cards
and adds more flexibility to support SDIO SDHC, SDXC memory cards. This controller also adds the flexibility to connect the Flash memory with all inputs as required. |
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| Posedge SD 3.0 MEMORY Controller |
The Posedge SD 3.0 Memory Device Controller (PE-SDD300) is a highly
configurable Device Controller compatible with SD Physical Layer Specification Version 3.0. The PE-SDD300 controller supports SPI, SD 1, 4 bit
modes. The Core is designed to operate at a maximum frequency of 208MHz. The simple and flexible interface of PE-SDD300 controller enables the user to integrate effectively in any SOC system or with any system bus interface.
The controller supports AHB Interface and works in DMA Mode of operation to transmit and receive data. The AHB Slave Interface provides the operational registers for Processor to configure the PE-SDD300 controller. This controller also adds the flexibility to connect the Flash memory with all inputs as required. |
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| Posedge SDIO 3.0 Device Controller |
The Posedge SDIO 3.0 Device Controller (PE-SDIOD300D) is a highly
configurable Device Controller compatible with Standard SDIO 3.0 Specification. The PE-SDIOD300D controller supports SPI, SD 1, 4 bit modes and 8bit mode for SDIO embedded applications. The simple and flexible interface of the device controller enables the user integrate the IP into any SOC system with any system bus structure. The Core is designed to operate at a maximum frequency of 208MHz and to achieve throughput of 832Mbps for Non-embedded applications and can be configured to achieve 1.664Gbps for embedded applications.
The controller supports AHB Interface / Generic Master Interface and works in DMA Mode of operation to transmit and receive data. The AHB Slave
Interface provides the operational registers for ARM to configure the PE-SDIOD300D controller. |
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| Posedge eMMC 4.4 Device Controller |
The Posedge eMMC 4.4 Memory Device Controller (PE-MMCD440) is a highly configurable Device Controller compatible with eMMC Specification Version 4.4. The PE-MMCD440 controller supports MMC 1, 4 bit and 8bit modes. The Core is designed to operate at a maximum frequency of 52MHz. The simple and flexible interface of PE-MMCD440 controller enables the user to integrate effectively in any SOC system or with any system bus interface. The controller supports both Boot and Alternate Boot Mode Operation.
The controller supports AHB Interface and works in DMA Mode of operation to transmit and receive data. The AHB Slave Interface provides the operational registers for Processor to configure the PE-MMCD440 controller. This controller also adds the flexibility to connect the Flash memory with all inputs as required. |
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| Posedge SD/SDIO 2.0 COMBO Device Controller |
The Posedge SD/SDIO 2.0 Combo Device Controller (PE-SDSDIOD200) is a highly configurable Device Controller compatible with Standard SDIO 2.0 Specification and SD Physical Layer Specification Version 2.0. The PESDSDIOD200 COMBO controller supports SD 1, 4 bit modes and 8bit mode for SDIO embedded applications. The simple and flexible interface of PESDSDIOD200 controller enables the user to integrate effectively in any SOC system or with any system bus interface. The Core is designed to operate in at maximum operating frequency of 50MHz to achieve maximum throughput of 20Mbps using SD 4bit mode. The controller supports AHB Interface and works in DMA Mode of operation to transmit and receive data. The AHB Slave Interface provides the operational registers for ARM to configure the PE-SDSDIOD200 COMBO controller. The PE-SDSDIOD200 COMBO controller is designed to support 3 options for user hardware interface to the controller core like I/o only / Memory only / Combo cards and adds more flexibility to support SDIO SDHC, SDXC memory cards. This controller also adds the flexibility to connect the Flash memory with all inputs as required. |
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| Posedge SD 2.0 MEMORY Controller |
The Posedge SD 2.0 Memory Device Controller (PE-SDD200) is a highly configurable Device Controller compatible with SD Physical Layer Specification Version 2.0. The PE-SDD200 controller supports SPI, SD 1, 4 bit modes. The Core is designed to operate at a maximum frequency of 50MHz. The simple and flexible interface of PE-SDD200 controller enables the user to integrate effectively in any SOC system or with any system bus interface. The controller supports AHB Interface and works in DMA Mode of operation to transmit and receive data. The AHB Slave Interface provides the operational registers for Processor to configure the PE-SDD200 controller. This controller also adds the flexibility to connect the Flash memory with all inputs as required. |
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| Posedge SDIO 2.0 Device Controller |
The Posedge SDIO 2.0 Device Controller (PE-SDIOD200) is a highly configurable Device Controller compatible with Standard SDIO 2.0 Specification. The PE-SDIOD200 controller supports SPI, SD 1, 4 bit modes and 8bit mode for SDIO embedded applications. The simple and flexible interface of the device controller enables the user integrate the IP into any SOC system with any system bus structure. The Core is designed to operate at a maximum frequency of 50MHz and to achieve throughput of 200Mbps for Non-embedded applications and can be configured to achieve 400Mbps for embedded applications.
The controller supports AHB Interface / Generic Master Interface and works in DMA Mode of operation to transmit and receive data. The AHB Slave Interface provides the operational registers for ARM to configure the PE-SDIOD200 controller. |
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