Description: Flash-ROM（闪存）已经成为了目前最成功、流行的一种固态内存，与 EEPROM 相比具有读写速度快，而与 SRAM 相比具有非易失、以及价廉等优势。而基于 NOR 和 NAND 结构的闪存是现在市场上两种主要的非易失闪存技术。 Intel 于 1988 年首先开发出 NOR flash 技术，彻底改变了原先由 EPROM 和 EEPROM 一统天下的局面。紧接着，1989 年东芝公司发表了 NAND flash 技术（后将该技术无偿转让给韩国 Samsung 公司），强调降低每比特的成本，更高的性能，并且象磁盘一样可以通过接口轻松升级。-Flash-ROM (flash memory) has become the most successful and popular form of solid-state memory, Compared with the EEPROM with faster read and write, compared with SRAM and nonvolatile, and the advantages of cheap. For the NOR, and NAND flash memory structure of the market is now two main nonvolatile flash memory technology. Intel in 1988 to develop the first NOR flash technology, completely changed from the original EPROM and EEPROM dominate the market situation. Then, 1989 Toshiba Corporation issued a NAND flash technology (free after the technology transfer to the South Korean Sam sung), stressing the lower cost per bit, higher performance, and the same as the disk interface can be easily upgraded. Platform: |
Size: 56060 |
Author:吕过 |
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Description: NOR和NAND是现在市场上两种主要的非易失闪存技术。Intel于1988年首先开发出NOR flash技术，彻底改变了原先由EPROM和EEPROM一统天下的局面。紧接着，1989年，东芝公司发表了NAND flash结构，强调降低每比特的成本，更高的性能，并且象磁盘一样可以通过接口轻松升级。但是经过了十多年之后，仍然有相当多的硬件工程师分不清NOR和NAND闪存。-NOR and NAND market is now two main types of non-volatile flash memory technology. Intel in 1988 developed the first NOR flash technology, completely changed the original from EPROM and EEPROM dominated situation. Then, in 1989, Toshiba made a NAND flash structure, emphasis on reducing the cost per bit, higher performance, and as the disk can easily upgrade through the interface. But after more than a decade later, there is still a considerable number of hardware engineers distinguish NOR and NAND flash memory. Platform: |
Size: 9216 |
Author:grant |
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Description: Flash-ROM（闪存）已经成为了目前最成功、流行的一种固态内存，与 EEPROM 相比具有读写速度快，而与 SRAM 相比具有非易失、以及价廉等优势。而基于 NOR 和 NAND 结构的闪存是现在市场上两种主要的非易失闪存技术。 Intel 于 1988 年首先开发出 NOR flash 技术，彻底改变了原先由 EPROM 和 EEPROM 一统天下的局面。紧接着，1989 年东芝公司发表了 NAND flash 技术（后将该技术无偿转让给韩国 Samsung 公司），强调降低每比特的成本，更高的性能，并且象磁盘一样可以通过接口轻松升级。-Flash-ROM (flash memory) has become the most successful and popular form of solid-state memory, Compared with the EEPROM with faster read and write, compared with SRAM and nonvolatile, and the advantages of cheap. For the NOR, and NAND flash memory structure of the market is now two main nonvolatile flash memory technology. Intel in 1988 to develop the first NOR flash technology, completely changed from the original EPROM and EEPROM dominate the market situation. Then, 1989 Toshiba Corporation issued a NAND flash technology (free after the technology transfer to the South Korean Sam sung), stressing the lower cost per bit, higher performance, and the same as the disk interface can be easily upgraded. Platform: |
Size: 55296 |
Author:吕过 |
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Description: str710X系列32位ARM外部闪存的接口例子，闪存为Nand型Flash。-str710X series of 32-bit ARM external memory interface example, Nand-type flash memory for the Flash. Platform: |
Size: 132096 |
Author:xue |
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Description: This manual describes SAMSUNG s S3C2410X 16/32-bit RISC microprocessor. This product is designed to
provide hand-held devices and general applications with cost-effective, low-power, and high-performance microcontroller
solution in small die size. To reduce total system cost, the S3C2410X includes the following
components separate 16KB Instruction and 16KB Data Cache, MMU to handle virtual memory management,
LCD Controller (STN & TFT), NAND Flash Boot Loader, System Manager (chip select logic and SDRAM
Controller), 3-ch UART, 4-ch DMA, 4-ch Timers with PWM, I/O Ports, RTC, 8-ch 10-bit ADC and Touch Screen
Interface, IIC-BUS Interface, IIS-BUS Interface, USB Host, USB Device, SD Host & Multi-Media Card Interface,
2-ch SPI and PLL for clock generation. Platform: |
Size: 2018304 |
Author:Quang Truong |
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Description: MT6225 GSM/GPRS Baseband Processor Data Sheet
The MT6225 is a highly integrated single chip solution for
GSM/GPRS phone. Based on 32-bit ARM7EJ-STM RISC
processor, MT6225 features not only high performance
GPRS Class 12 MODEM but is also designed with support
for the wireless multi-media applications, such as
advanced display engine, synthesis audio with 64-tone
polyphony, digital audio playback, Java acceleration,
MMS and etc. Additionally, MT6225 provides varieties of
advanced interfaces for functionality extensions, like
3-port external memory interface, 3-port 8/16-bit parallel
interface, NAND Flash, IrDA, USB and MMC/SD/MS/MS
Pro. Platform: |
Size: 5817344 |
Author:HardWareMan |
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Description: The MT6225 is a highly integrated single chip solution for
GSM/GPRS phone. Based on 32-bit ARM7EJ-STM RISC
processor, MT6225 features not only high performance
GPRS Class 12 MODEM but is also designed with support
for the wireless multi-media applications, such as
advanced display engine, synthesis audio with 64-tone
polyphony, digital audio playback, Java acceleration,
MMS and etc. Additionally, MT6225 provides varieties of
advanced interfaces for functionality extensions, like
3-port external memory interface, 3-port 8/16-bit parallel
interface, NAND Flash, IrDA, USB and MMC/SD/MS/MS
Pro. Platform: |
Size: 5733376 |
Author:majsi |
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Description: 开源的基于SystemC的模拟器，可以模拟ARM CPU, Cache, DDR，NOR, NAND, 时序和功耗均可以正确模拟。-This simulator is a cycle-accurate system-level energy and timing simulator. Developed by Embedded Low-Power Laboratory, Seoul National University. The simulator’s underlying kernel is OSCI SystemC 2.2.0. All of the hardware modules satisfies the OSCI standards.
The simulator is composed of a CPU, cache, and memory components including DDR SDRAM, MLC NOR Flash, MLC NAND Flash, SRAM. Each memory components have it’s own memory model, which enables cycle-accurate power consumption estimation of the devices. Master and slave SystemC IPs are connected through AMBA AHB CLI (Cycle-Level Interface). You will get energy trace files for each memory devices. You will get cycle-accurate performance evaluation results CPU cycle counts information, and cache hit/miss ratio on console. Also, you can get trace files for memory devices.
The simulator exhibits performance over 500 K instructions/sec, which is fairly high for a cycle-accurate system-level simulator.
The simulator’s source co Platform: |
Size: 4886528 |
Author:Archie |
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Description: Software to implement interface with NAND Flash chips. Based on S3C2410 chip. It includes software to read NAND flash memory through JTAG interface of the chip using LPT port. (NAND flash interface spec is included) Platform: |
Size: 714752 |
Author:Langust |
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Description: OneNAND闪存在嵌入式系统中的应用
OneNAND Flash是三星公司开发的一类Flash芯片，它克服了传统NAND Flash接口复杂的缺点，具有接口简单、读写速度快、容量大、寿命长、成本低等优点。文章从软硬件两方面介绍了其在嵌入式系统中的应用，特别是逻辑块和物理块地址的映射、读写擦操作、坏块处理、性能优化等技术。-OneNAND flash memory in embedded system applications developed by Samsung' s OneNAND Flash is a type Flash chips, which overcomes the traditional shortcomings of NAND Flash interface, a complex with a simple interface, read and write speed, large capacity and long life and low cost advantages. The article describes both hardware and software in embedded system applications, in particular logical block and physical block address mapping, read and write wiping operation, bad block handling, performance optimization technologies. Platform: |
Size: 48128 |
Author:zhangdong |
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Search - Nand flash memory interface