当芯片速度逾来逾快，它们需要更多的电，产生更多的热量。
As chips get faster, they consume more power and generate more heat.
虽然这些芯片速度快，但体积大，能耗大，制造成本高昂。
But while these were fast, they were also large, energy-hungry and expensive to produce.
晶体管越多就意味着芯片速度更快，而我们的电子设备就有更先进的功能。
More transistors means faster chips, and more advanced capabilities for our electronic devices.
令所有人最兴奋的是，ARM已经宣布，将会在2010年推出一款设备，它的芯片速度是iPone的8倍！
Most exciting of all ARM has announced that by 2010 devices will be shipping with a processor 8x faster than what's in the iPhone!
详细介绍了反熔丝fpga在提高密码芯片速度和对密码算法进行保护方面的应用，并给出了密码算法芯片中部分模块的实现方法。
Antifuse FPGA used in improving velocity of cipher chip and protecting cipher algorithm is introduced in this paper. Implementation of modular in chip is presented.
在对象访问速度，内存利用率和Java芯片系统复杂度之间合理折衷。
A perfect tradeoff will be gained among the object accessing performance, the memory utilization and the Java chip system simplicity.
如果你仅仅参照微处理器芯片的时钟速度，你可能会这么想。
If you looked only at the clock speeds of microprocessor chips, you might well think so.
如果问芯片的速度，结果将是关于电脑，而不是土豆。
If you ask about the speed of chips, the result will be about computers, not potatoes.
锗早已应用于许多商用芯片中，虽然只是简单地用于提高电路速度，但相对硅来说其拥有好得多的光学性质。
Germanium is already used in many commercial chips simply to improve the speed of electrical circuits, but it has much better optical properties than silicon.
如果一步计算依赖之前一步的计算结果，那么芯片的大部分都要中断，以等待数据准备好。因此速度上的优势就失去了。
If one calculation relies on the results of a previous one, then much of the chip will sit idle until that result is ready and the speed advantage will be lost.
这项生产工艺将大大降低生产芯片的成本，而且拥有更快的速度和更强的功能以及更低的能耗。
The new production technology will enable the company to lower chip costs and power consumption, while adding more speed and functionality.
反过来，这可能导致网络结构和计算机芯片处理信息和移动信息的速度加快，最终媲美我们的大脑。
That in turn could lead to network architecture and computer chips that process and move information as quickly and seamlessly as our brains do.
在冲向这堵墙的过程中，为了保持速度，通过把集成电路堆叠起来增加密度，闪存业已开始制造三维芯片。
To keep up speed on the way to the wall, the industry has begun building three-dimensionalchips by stacking circuits on topof one another to increase densities.
这种芯片将大大超过目前的计算机模拟速度，现有设备对细胞内大范围非线性回路的噪声影响建模时效率非常低下。
Such chips would be much faster than computer simulations now, which are highly inefficient at modeling the effects of noise in the large-scale nonlinear circuits within cells.
这些小型内存芯片叫快取内存，能让微处理器达到最快速度。
This smaller memory is called cache RAM and allows the microprocessor to execute at full speed.
在这个定律里电脑芯片运行速度是其所能容纳，晶体管的数量决定的。
It's a law that says things about the number of transistors that you can fit onto a computer chip.
更小的芯片通常意味着更快的速度，更低的能耗，更重要的是，它意味着更佳的预算——因为单个晶圆可以切割成更多的芯片。
Smaller chips usually mean faster speed, lower power consumption and, importantly, better margins-since more chips can be sliced from a single slab of silicon.
a 5是双核芯片，据说可以为iPad带来成倍的处理速度和9倍的视频效果。
The A5 is a dual core chip and said to bring up to double the processing speed and 9 times video performance.
目前计算机产业视为理所当然的摩尔定律，则认为计算机的芯片处理速度和储存能力每十八个月会增加一倍。
Moore's law, which the computer industry now takes for granted, says that the processing power and storage capacity of computer chips double or their prices halve roughly every 18 months.
把奔腾4快取芯片放在微处理器里，它会自主提高内存速度。
Putting the cache right on the microprocessor itself removes the slowdown of the wires between chips.
通过将图像处理芯片同计算机的主处理器紧密结合在同一个硅片上，不仅提高了处理速度，而且由于部件之间交换信息所需的功耗降低，从而延长了电池寿命。
The power the parts need to talk to each other is also reduced, leading to longer battery life.
这些更加复杂版本的小芯片是对系统处理速度的新的突破，并且极大地提高了商业效率。
These tiny chips and the more complex versions Intel has developed have allowed breakthroughs in system processing speeds and dramatically increased the efficiency of businesses.
针对TSAT专用集成电路(ASIC)的测试，充分展示了微芯片在航空飞行中的功能、速度和匹配性。
Tests of the TSAT Application Specific Integrated Circuit (ASIC) demonstrated the microchip \ 's functionality, speed and suitability for spaceflight.
苹果说，这种新型芯片下载数据的速度可达原来的两倍，处理图像的速度可达原来的七倍，玩视频游戏的体验会更好。
The new chip can download data twice as fast and can handle graphics seven times faster, making it better for videogames, Apple said.
这项专利是对碳纳米管生产至关重要，预计碳纳米管将成为更小，速度更快，能耗更低的新型计算机芯片的基石。
The patent is fundamental to producing carbon nanotubes, which are expected to be the building blocks of a new class of smaller, faster and lower-power computer chips.
内存接口连接xdram芯片，它是目前速度最快的一种内存技术，速度远比目前的DDR和DDR2接口更快。
The memory interface connects XDRAM chips, which currently is the fastest available memory technology, substantially faster than current DDR or DDR2 interfaces.
NVIDIA公司正在研发高效能的40纳米芯片组，可以在不影响电池寿命的同时提升速度。
NVIDIA is now building its future chipsets on a very efficient 40 nanometer process as well and may provide the added speed without significantly impacting battery life.
手机中使用的新款芯片运算速度将更快，而且明年即将推出的新无线互联技术则将大幅提升无线网络的连接速度。
New chips will speed processing, and new wireless technology coming next year will make the airwaves less crowded.
然后单独的长的DNA分子被送入微流控芯片，静水压通过一个窄的通道以恒定的速度牵引它们。
Single long molecules of DNA are then fed into a microfluidic chip, where hydrostatic pressure pulls them at a constant speed through a narrow channel.
然后单独的长的DNA分子被送入微流控芯片，静水压通过一个窄的通道以恒定的速度牵引它们。
Single long molecules of DNA are then fed into a microfluidic chip, where hydrostatic pressure pulls them at a constant speed through a narrow channel.
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