Toshiba Tlp

Toshiba Projector Model TLP-S10 Bulb.?

Does anyone have a used bulb for a Toshiba TLP-S10 Video Projector. I have been given one as a donation to my local charity but it has no bulb or bulb housing. I would really like to give this to the children’s group that helps make kids smile with a working bulb but I have found the cost to be around the £200 mark for a new one.

I think E-bay (US) will be your best option.

http://cgi.ebay.com/TOSHIBA-S10-TLP-S10-TLP-S10U-Projector-Lamp_W0QQitemZ270445141347QQcmdZViewItemQQptZLH_DefaultDomain_0?hash=item3ef7c95d63&_trksid=p3286.c0.m14

$259 is about £130-£140

Only buy new though!

Insomniac666

http://www.digitaldirect.co.uk

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Abolition of multi-core often rewrite the myth of Moore's Law

Abolition of multi-core often rewrite the myth of Moore's Law

Not hard to see multi-core processor is the processor, an inevitable trend. Both the embedded and mobile applications, applications desktop or server applications will use multi-core architecture.

Multi-core processor technology is the inevitable development

In the past 20 years, microprocessor performance to promote continuous improvement are the two major title = "IBM ThinkPad X40 Battery" replacement> for IBM ThinkPad X40 Laptop Battery factors: the rapid advance of semiconductor process technology and architecture of continuous development. process semiconductor technology every advance in research on the architecture of the microprocessor has raised new questions and opens up new spaces, architecture Jinzhen you in the technological development of semiconductor based process for improving microprocessor performance. These two factors interact and promote. In Overall, process and circuit technology allows for increased processor performance 20 times, the architecture allows the development of performance increases processor on a 4-stroke technology enables processor performance compiled by about 1.4 times. But today, such regularities are difficult to maintain. The appearance development of multi-core technology and applications of the natural product. This is mainly based on the following facts:

1. That is thousands of millions of transistors era

According to Moore's Law, the speed of microprocessors and integrated into a single chip will double every 18 months. After years of development, main frequency of general purpose microprocessors have broken 4GHz, also reached a 64-bit wide data. In the manufacturing process is also a alarming rate in developing microprocessor technology in volume production 0.13um, 90nm process after the next generation of microprocessors has left. If you are still around 2010, the number of transistors on a chip integration will be more than one million dollars. Therefore, the architecture of also found a new problem: how to effectively use a large number of transistors? The international community address the issue of the lift. multi-core chip a number of simple cores utilize the resources of these transistors, maximize the potential of energy efficiency.

2. Gate delay is reduced gradually while the global interconnection delay has been increasing

With the development of VLSI technology, reducing the feature size of the transistor, thus decreasing the transistor gate delay, interconnect delay, but it becomes larger and larger. When the process of chip manufacturing 0.18-micron and more hours of delay in delay gate line, a limit of the main factors to improve circuit performance. In this case, as CMP (single chip multi-processor) distributed architecture Zhong less overall signal, and Jizhong Shi structure as the structure, superscalar processors, you Kefu in Xian Shi Yan Chi affect Fangmian more.

3. Rules consistent with Pollack

According to Pollack rules, we know that processor performance increases directly proportional the Dell Inspiron 9300 battery of square root of its complexity. If a logical processor hardware to double can increase performance up to 40%, and if the use of two simple identical processors to form a dual-core processor, the hardware size, then get 70% ~ 80% increase performance. Year in the area while reducing.

April. The increase in energy consumption

With the development of technology and the increasing complexity of chips, the heat of chips is becoming increasingly important. Multi-core processors in a slower single-core processors consume less power, generate less heat. Meanwhile, the original single-core processors to increase the transistor can be used in multi-core processors to increase nuclear. To meet the performance requirements based on multi-core processors off (or reduced frequency) technology, low-power processor, can effectively reduce energy consumption.

5. Design of cost considerations

Processor architecture with increasing complexity and rising costs of labor, cost of design is linear with time even superlinear growth. Multi-core processors processor as the reuse of research, design can greatly reduce the cost. At the same time, the validation module cost significantly lower.

6. Architecture inevitable

Superscalar (superscalar) structure and very long instruction word (VLIW) microprocessor structure high current performance are widely used. But they have seen the development of insurmountable obstacles. Superscalar structure with multiple characteristics while executing multiple instructions to achieve instruction level parallelism (instruction-level parallelism, ILP). However, the complexity of control logic to realize the difficulties, the research shows that superscalar ILP structure usually no more than 8. VLIW structure, application multiple identical features a long statement, but there are two main problems: compiler support and binary compatibility.

The Future applications require more processor power with simultaneous instruction capacity, title = "R405 Battery LG"> LG R405 of the battery, but not a single thread and can extract more parallelism, mainly in the following two reasons: First, increasing the chip area to increase the cost production, secondly, the design and testing of longer time. In the current processor architecture, the more complicated the design can only be of limited performance improvement.

Dependence on a single strand of the limits of most applications can extract parallelism and core applications business, such as database online transaction processing (Online Transaction Database) Web services (like Web server), etc., generally have a greater parallelism thread-level (TLP, Thread Level Parallelism). To do this, researchers presented two new architectures: single-chip multi-processor (CMP) and Simultaneous Multithreading processor (simultaneous multithreading, SMT), these two architectures can take advantage of these applications and the instruction-level parallelism thread-level parallelism, and thus significantly improve the performance of these applications.

From the architectural point of view, CMP SMT processor utilization of resources that more, to overcome the impact of wire delay advantages. CMP is also a major advantage of SMT relative to its modular design simplicity. Very easy copy a simple design, planning and teaching easier. SMT in multiple threads simultaneously on a shared resource contention, will affect their performance, while CMP containment shares is much lower, so that when the application is a high thread-level parallelism, performance general CMP better than the GTS. In addition, the design, shorter than long relationship to the CMP chip centralized SMT design of the initiative more easily to improve the frequency operation of the chip, to some extent, have resulted in performance optimization.

In summary, single-chip multi-processor chips for more than a central microprocessor to increase the parallelism of the program. Each core processor is essentially a relatively relatively simple single-threaded microprocessors thread multiple microprocessors, multiple microprocessors that can be parallel to the implementation of the core code, so they have a higher thread-level parallelism. Since CMP is relatively simple microprocessor used as the core processor, by CMP with high frequency, short design and verification cycle, the logic control is simple, scalable and easy implementation, low power consumption and low latency communication. In addition, CMP can make full use of different applications of instruction level parallelism and thread-level parallelism, high thread-level parallelism in commercial applications such as applications can take advantage of this structure to improve the performance of the battery Toshiba pa3383u-1BRS. The current multi-processor architecture of a single chip has become a processor of an important trend in development.

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