This paper examines some aspects of the architecture of embedded DRAM (dynamic random access memory), its applications and its advantages over other conventional memory types.

Embedded DRAM (eDRAM) ? the concept of merging DRAM with logic on a single device ? has become increasingly popular, thanks to the growth of existing and emerging high bandwidth applications such as graphics processing, backbone and access router data communications systems and base stations for mobile phones.

A common requirement of all these designs is that they ....etc

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SEMINAR
ON
INTELLIGENT RAM
Abstract
As the name suggests ËœIntelligent RAMâ„¢ is the integration of Intelligence and RAM. Intelligence stands for Microprocessor, and RAM, the random access memory which is the volatile memory that is an important part of computing systems from desktop computers to supercomputers. Intelligent RAM, or IRAM, merges processing and memory into a single chip to lower memory latency, increase memory bandwidth, and improve energy efficiency as well as to allow more flexible selectio ....etc

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NANOTECHNOLOGY IN MEMORY DEVICES
ABSTRACT:
Nanotechnology deals with the study of nano sized particles. With the study of nano size particles, devices and composites, we will find ways to make stronger materials, detect diseases in the bloodstream, build extremely tiny machines, generate light and energy and purify water. The most fascinating application of Nanotechnology is that to make Nano sized switches to store information. The memory needs of the contemporary world have incr ....etc

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Plastic Memory



A conducting plastic has been used to create a new memory technology with the potential to store a megabit of data in a millimeter-square device - 10 times denser than current magnetic memories. The device should also be cheap and fast, but cannot be rewritten, so would only be suitable for permanent storage.

Imagine a scenario where the memory stored in your digital camera or personal digital assistant is partially based one of the most flexible materials made by man: plastic.

Scientists at HP Labs and Princeton Uni ....etc

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ABSTRACT

Dynamic random access memory (DRAM) has been offered as a commodity product by dozens of companies for more than 30 years in no less than seven different generations of MOSFET technology. Presently, DRAM products appear in almost every electronic function that -is governed by the theory of Boolean logic. Plans to integrate the DRAM storage medium with various digital functions have been contemplated for a long time. These attempts have been successful to a large extent. Many companies have already entered in to th ....etc

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This paper examines some aspects of the architecture of embedded DRAM (dynamic random access memory), its applications and its advantages over other conventional memory types. Embedded DRAM (eDRAM) – the concept of merging DRAM with logic on a single device – has become increasingly popular, thanks to the growth of existing and emerging high bandwidth applications such as graphics processing, backbone and access router data communications systems and base stations for mobile phones. A common requirement of all these designs is that they hav ....etc

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ABSTRACT
During the last two decades, there has been an exponential growth in the operational speed of microprocessors. Also RAM capacities have been improving at more than fifty percent per year. However the speed and access time of the memory have been improving at slower rate. In order to keep up in performance and reliability with processor technology it is necessary to make considerable improvements in the memory access time.
The Rambus founders emerged with a memory technology-RD RAM. RDRAM memory provides the h ....etc

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ABSTRACT
DDR2 SDRAM or double-data-rate two synchronous dynamic random access memory is a computer memory technology. It is a refinement to the existing DRAM technology. JEDEC (Joint Electron Device Engineering Council) which provides standards for memory technologies has standardized this technology.
Double Data Rate and Dual channel Architecture enhances memory performance. DDR2 requires less space and provides high density modules .Power consumption is also less which makes DDR2 a favorite user choice.
DDR2 increases ....etc

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EMBEDDED DRAM

This paper examines some aspects of the architecture of embedded DRAM (dynamic random access memory), its applications and its advantages over other conventional memory types. Embedded DRAM (eDRAM) ? the concept of merging DRAM with logic on a single device ? has become increasingly popular, thanks to the growth of existing and emerging high bandwidth applications such as graphics processing, backbone and access router data communications systems and base stations for mobile phones. A common requirement of all these designs is ....etc

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.
ABSTRACT
Magnetic RAM (MRAM) is a new memory technology with access and cost characteristics comparable to those of conventional dynamic RAM (DRAM) and the non-volatility of magnetic media such as disk. That is MRAM retains its memory even after removing power from the device. Such a non-volatile memory has important military applications for missiles and satellites. Clearly such a device could also have important commercial applications if the non-volatility were accomplished without impacting other properties of the m ....etc

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ABSTRACT

Dynamic random access memory (DRAM) has been offered as a commodity product by dozens of companies for more than 30 years in no less than seven different generations of MOSFET technology. Presently, DRAM products appear in almost every electronic function that -is governed by the theory of Boolean logic. Plans to integrate the DRAM storage medium with various digital functions have been contemplated for a long time. These attempts have been successful to a large extent. Many companies have already entered in to th ....etc

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ABSTRACT

FRAM is a type of non-volatile read/write random access semiconductor memory. FRAM combines the advantages of SRAM writing is roughly as fast as reading, and EPROM non-volatility and in-circuit programmability. FRAM (ferroelectric RAM) is a random access memory that combines the fast read and write access of dynamic RAM (DRAM) - the most common kind of personal computer memory - with the ability to retain data when power is turned off (as do other n ....etc

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This paper examines some aspects of the architecture of embedded DRAM (dynamic random access memory), its applications and its advantages over other conventional memory types.Embedded DRAM (eDRAM) “ the concept of merging DRAM with logic on a single device “ has become increasingly popular, thanks to the growth of existing and emerging high bandwidth applications such as graphics processing, backbone and access router data communications systems and base stations for mobile phones.
A common requirement of all these designs is that ....etc

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Nano Ram(NRAM) or Nonvolatile random access memory. It is one of the new memory storage technologies. When compare to the other Ram the NRAM technology is separated were as it is in nonvolatile form of memory the data will be keep hold of even when the power is off. NRAM does not need any power to refresh; it will retain its memory still after the power is removed. NRAM is also much faster than DRAM. When compare to the DRAM the both read and write procedure are in low energy, were it produce long battery life in conventional devices.NRAM will ....etc

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INTRODUCTION

Even though the word DRAM has been quite common among us for many decades, the development in the field of DRAM was very slow. The storage medium reached the present state of semiconductor after a long scientific research. Once the semiconductor storage medium was well accepted by all, plans were put forward to integrate the logic circuits associated with the DRAM along with the DRAM itself. However, technological complexities and economic justification for such a complex integrated circuit are difficult hurdles to overcome. Al ....etc

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INTRODUCTION

Even though the word DRAM has been quite common among us for many decades, the development in the field of DRAM was very slow. The storage medium reached the present state of semiconductor after a long scientific research. Once the semiconductor storage medium was well accepted by all, plans were put forward to integrate the logic circuits associated with the DRAM along with the DRAM itself. However, technological complexities and economic justification for such a complex integrated circuit are difficult hurdles to overcome. Al ....etc

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