DATA RATES in Chinese translation

• 的数据速率
• 的数据速度
• 的数据输率

Examples of using Data rates in English and their translations into Chinese

Lower order modulation formats(e.g. BPSK, QPSK, etc.) offer lower data rates but are more robust.
低阶调制方式（如BPSK、QPSK等）提供较低的数据速率，但鲁棒性较强。

By aggregating up to 80 MHz in licensed and unlicensed spectrum and applying 4X4 MIMO technology, peak data rates of 1 Gbps is achievable.
SK表示，通过在许可和未许可频谱中聚合80MHz并应用4*4MIMO技术，可实现1Gbps的峰值数据速率。

In some cases, the throughput issue with mesh APs could be acceptable, especially given the data rates offered by 802.11ac.
在某些情况下，网状AP的吞吐量问题是可以接受的，特别是考虑到802.11ac提供的数据速率。

But sending data longer distances requires more energy, and since DRAM caches are off-chip, they have lower data rates.
但是更长距离地发送数据需要更多的能量，并且由于DRAM高速缓存在芯片外，所以它们具有较低的数据速率。

These high data rates can be achieved because of the continuous spectrum and a less power-restricted bandwidth available in the 60 GHz band.
这些高数据率得以实现的原因在于60GHz频段中的持续频谱和较小的功率受限带宽。

With continuously increasing data rates, signal integrity aspects of high-speed digital designs and the components used become more and more challenging.
随着数据率的不断提高，高速数字设计及组件的信号完整性变得更具挑战。

At high data rates, low jitter is extremely important because it takes just 1.6 ns to transmit one bit at 600 Mbps.
在高数据速率下，低抖动非常重要，因为以600Mbps的速率传输一比特仅需1.6ns。

LTE-M data rates will still be up to 1 Mbps, but only 1.4 MHz bands will supported.
LTE-M数据率仍高达1Mbps，但只有支持1.4MHz频段。

Lower data rates also reduce cost and improve performance when the data is transmitted.
较低的数据率也降低了花销并在数据传输过程中提升了品质。

The real magic that delivers higher data rates over that last wireless link from a wireless base station is a technology called MIMO.
在无线基站的最后一个无线链路上提供更高数据速率的真正魔力是一种称为MIMO的技术。

The IrDA standard provides data rates to 16 Mbits/s, and the modules are very inexpensive.
IrDA标准提供的数据率可以达到16Mbps，并且模块非常廉价。

This means that you probably won't get high data rates, or even want to keep a connection up for many hours or days.
这意味着，也许你无法获得很高的传输速率，但是可以将连接保持数小时或数天的时间。

These factors depend on the sampling rate and resolution of the ADC, the output data rates, the power requirements of the system design, and others.
这些因素取决于ADC的采样速率与分辨率、输出数据速率，以及系统设计的功率要求，等等[2]。

The HDMI transmit IP is also available in a version capable of up to 10.2 Gbps for applications demanding higher data rates.
HDMI传输IP还有可满足应用对更高数据速率如10.2Gbps要求的版本。

There are different data rates that can be used for transmitting data, these data rates are referred to as: Spreading Factors(or SF).
可以使用不同的数据速率来传输数据，这些数据速率被称为：扩频因子（或SF）。

Table: A summary of different Wi-Fi protocols and data rates shows the progression of IEEE 802.11 from its early days of 2 Mbps to 1.3 Gbps today.
表：不同Wi-Fi协议和数据速率的摘要显示了IEEE802.11的进展它的早期目前是2Mbps到1.3Gbps。

The device supports data rates up to 100kbps, and delivers an adjustable output power of more than +10dBm into a 50Ω load.
器件支持高达100Kbps的数据率，能够为50Ω负载提供大于+10dBm的输出功率(可调)。

Back in the days of Cat 5, the bandwidth and the data rates were the same- 100 MHz cabling could deliver 100 Mb/s.
回到五类线时代，带宽和数据率是相同的--100MHz的线缆能够传输100Mb/s的数据。

Typical data rates are up to 35Mbps at 12m and 100kbps at 1200m network size, which are adequate for data acquisition and control applications.
M网络距离下的典型数据速率可高达35Mbps，1200m距离下数据速率可达100kbps，这些特性足以满足数据采集和控制应用。

However, the fact is that high-speed data rates(such as the 16 Mbps delivered by ADSL) can actually have a negative impact on VoIP voice quality.
然而，实际上高数据速率（如ADSL提供的16,000kbps）会对VoIP语话质量造成负面影响。