They have created the world's smallest wireless data chip, which will allow us fit more images in our scrapbooks.
他们已经创造了世界上最小的无线数据芯片，这将允许我们存储更多的图象在剪贴本上。
Essentially, it stores all the data in the chip and reverts back in case of a prior error.
它把所有数据存储在芯片中，可以在发生错误时恢复以前的状态。
But that's just the chip — what about all the electronics required to make it truly useful, like a system for remotely downloading the data it has logged?
不过，这只是其芯片的大小。那么，加上其他电子器件，使之成为一个有用系统，并遥控下载记录的数据，它会变成多大呢？
Moreover, the chip includes all the necessary plumbing to move bite-size chunks of DMA data around without any additional hardware design effort on your part.
另外，芯片还包括了所有必需的管道技术以便随意移动少量的dma数据而且无需设计任何其他硬件。
The original 4004 microprocessor chip handled data in four bit chunks.
最初的4004微处理器芯片能处理4比特数据。
Data can be downloaded directly from the chip upon recapture, or it can be downloaded wirelessly from up to 500 meters away.
而且，可以直接通过芯片下载数据到，也可以通过无线方式下载数据，最大距离可达到500米。
Nearly everything a conventional computer doe involve chlepping data between memory chip and the proceor (or proceor, depending on the machine).
几乎所有的传统计算机不涉及内存芯片和处理器之间的数据搬运。
Unlike previous ones, the e-passports contain biometric data embedded in a radio-frequency identification (RFID) chip, along with the usual mugshot and optical bar-code.
跟上一代不同，电子护照除了包含照片及光感条码之外，还记有生物体征数据，植在无线电频率识别(RFID)芯片上。
The chip, which operates at 1.35v, will consume less power and dissipate less heat than the previous generation, making it particularly crucial for data centres and laptops.
该芯片，工作于1.35伏，比上一代芯片消耗更低电能，发热量更小，使之对数据中心和笔记本电脑至关重要。
A far simpler kind of chip called a radio-frequency identification (RFID) tag, which sends a tiny quantity of data over a short range when activated, can already be manufactured for 4 cents apiece.
有一种更简单的芯片叫做无线射频识别(RFID)标签，它在被激活之后可以在小范围内发送很短的一段数据，现在，其造价只要4美分一片。
The new chip can download data twice as fast and can handle graphics seven times faster, making it better for videogames, Apple said.
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 data rate of this initial chip is 2.5 gigabits per second; the architecture supports a rate of 10 gigabits per second.
首批芯片的数据率为2.5吉比特每秒；该架构支持10吉比特每秒的速率。
SRAM is a common type of digital memory chip used in a wide variety of electronic systems for data storage.
SRAM是数字存储器片的通用类型，用在广泛的电子系统进行数据存储。
As the bandwidth requirements of the chip change, so can the number of connections carrying data in each direction.
发送和接收方向上的连接数量比会随着芯片的带宽需求变化而变化。
Data from the card is obtained from a magnetic stripe or chip on the card; the latter system is called chip and PIN in the United Kingdom and Ireland, and is implemented as an EMV card.
信用卡数据可由卡片上的磁条或芯片读取。芯片系统在英国和爱尔兰称为芯片和个人身份认证码系统，习惯性地叫EMV卡。
Enter the wrong password and the chip won't enable the encryption keys, so the data remains unreadable.
如果输入的是错误密码，那么新棉就无法解开密钥，也就无法读取数据了。
Hci_uart now talks to the CSR chip and passes on Bluetooth data to and from the BlueZ stack.
现在hci_uart与CSR芯片交互并且传送bluetooth数据往返于Blue z栈。
Wires from the silicon chip connected each electrode to a plug sitting on top of his head, and a cable attached to this plug transferred data from the wires to a computer for analysis.
从硅片引出的导线把电极与他头顶的数据接口相连，接口上的一条数据线再把导线中的信息传送给计算机来进行分析。
There's also up to 256MB disk-on-chip storage , which may not seem like much, but most of the data storage needs will be taken care of by the data center.
还拥有达到256M芯片磁盘存储能力，也许并不多，但是大量的数据都需要这个数据中心来存储。
Toread the data, a laser scans these areas and sends the data to a computer chip forconversion.
为了记取数据，激光扫描这些区域并且将这些数据送给计算机芯片以转换。
But Agarwal says that future multicore chips could well use both: Electrical connections would move data between individual cores; but optical connections would provide chip-wide broadcasts.
不过Agarwal称在未来多核芯片中两者可以并存：电气连接可在单独几个核心间移动数据，而光连接可负责整个芯片内的广播。
Electronic data piped into one chip is converted into laser light that travels down an optical fiber and is transferred back into electrical signals a few fractions of a second later.
电子信号进入集成电路后被转换成激光，由光纤传出，在不到1秒的短时间后重新被转换成电子信号。
This paper advance the way of applying the high-end embedded microprocessor chip of AT91RM9200 into the ECG monitor, and design the ECG data acquisition system based on ARM architecture.
本文提出了将高端ARM处理器芯片AT 91rm 9200应用到心电监护仪中，设计了基于ARM体系结构的心电数据采集系统。
Its structure, including the main sensor detection modules, single-chip information processing module, data modules, and modules such as feedback control.
主要其结构包括传感检测模块，单片机信息处理模块，数据显示模块和反馈控制等模块。
The measurment was based on the definition of MIL standard, The measurment control and data processing were realized by the single chip.
该仪器是基于脉冲前沿抖动的MIL标准定义，采用了单片机技术进行控制和数据处理。
The paper proposed a new Selected Variable-length Input Coding (SVIC) for System on Chip (SOC) test data compression.
本文针对SOC测试数据压缩，提出了一种新的可挑选变长输入编码(SVIC)方案。
The paper proposed a new Selected Variable-length Input Coding (SVIC) for System on Chip (SOC) test data compression.
本文针对SOC测试数据压缩，提出了一种新的可挑选变长输入编码(SVIC)方案。
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