주제를 살펴보자 “e sata – SATA 및 eSATA” 카테고리에서: Blog MMO 에 의해 컴파일 Ko.nataviguides.com 다양한 소스에서. 저자별 기사 itfreetraining 가지고 조회수 40,475회 그리고 의지 좋아요 922개 높은 평가.
이에 대한 추가 정보 e sata 주제에 대해서는 다음 문서를 참조하십시오. 아이디어가 있으면 기사 아래에 댓글을 달거나 주제에 대한 다른 관련 기사를 참조하십시오.e sata 관련 기사 섹션에서.
Table of Contents
주제에 대한 비디오 보기 e sata
아래는 주제에 대한 자세한 비디오입니다 e sata – SATA 및 eSATA. 계속 주시하고 읽고 있는 내용에 대한 피드백을 보내주세요!
SATA 및 eSATA – e sata 및 이 주제에 대한 세부정보
주제에 대한 설명 e sata:
In this video from ITFreeTraining I will look at SATA and eSATA. SATA has become the dominant connection used to connect internal storage devices in computers so it is important to know about it.
Download the PDF handout: http://itfreetraining.com/handouts/ap/1c35.pdf
PATA/SATA
0:11 To understand SATA better, let’s first look what was used before SATA. Parallel AT Attachment or PATA was first developed in 1986. It used a 40-pin ribbon cable that could support two devices on the same cable. The cable transferred 16 bits at a time in parallel. It was powered by the Molex power plug. Traditionally the Molex connectors were white in color. Generally, you will find that power supplies sold on the market today will have a few Molex power connectors.
The cable itself has a maximum length of 18 inches or 457mm. Although not a bad length, in modern computers with large expansion cards and other objects in the way, this can make it difficult to connect devices to the cable. This gets more complex if you want to remove a device from a computer. Due to its short length, you may need to disconnect the cable from the computer or disconnect the cable from another device to remove the device from the computer. This makes it harder to plug in and unplug devices.
The ribbon cable is also quite bulky and thus can block air flow. The PATA cables were the dominant cable until the year 2000 when the SATA cable was released. SATA stands for Serial AT Attachment.
The SATA connection uses a 7-pin data connector and a 15-pin power connector. It increases the length of the cable to 3.3ft or 1 meter. There were a lot of small improvements; the biggest improvement was that SATA supports hot swapping. Hot swapping is being able to plug in an unplug storage devices without having to switch the computer on or off.
Hot swapping requires a few things. First, the computer or the device not being damaged when it is installed. This can occur with electronics when something is first plugged in, as there may be a rush of power to the device. The second thing hot swapping requires is for the device and the operating system to be able to recognize a device was installed or removed. Although hot swapping is officially supported, it sometimes won’t work. For hot swapping to work, it requires the motherboard, BIOS and operating system to support it. You won’t damage anything by plugging it in and giving it a go, and if it fails to work, give the computer a restart and it should detect the device.
Let’s have a closer look at how SATA works.
Data Connector
2:35 The SATA data connector is an L-shaped connector. This prevents it from being plugged in the wrong way. The data connector has seven pins. The data is transmitted using differential signaling. Differential signaling uses two wires to transfer data. This helps reduce noise and data corruption at high speeds – something that is essential when you are using serial communication. The other pins in the cable are ground pins.
Since two pins are used for transmitting data and two for receiving data, this essentially means that SATA has one data channel. When differential signaling is used and there is bi-directional transfer like this, it is often referred to as a lane of data. So essentially SATA supports one lane.
There are other data cables on the market that use more than one lane. This is one of the reasons, which I will cover in more detail later in the video, why it is unlikely in the long term that SATA will continue to be used.
SATA Power Connector
3:36 The SATA drives use a new power connector. Like the data connector, this connector is an L-shaped connector, so you won’t be able to plug it in the wrong way. This power connector has 15 pins. It contains 12 and 5 volt pins that were traditionally provided by the Molex power connector. However, it also adds a 3.3 volt pins.
Since it contains an extra voltage, if an adapter is used to convert Molex to SATA power, it will not include the 3.3 voltage. However, this is generally not a problem because very few storage devices use the 3.3 voltage option.
We know that SATA supports hot swapping, so next I will look at how this is supported, particularly now that we have up to three different voltages on the one power connector.
Description to long for YouTube. Please see the following link for the rest of the description. http://itfreetraining.com/ap/1c35
References
“The Official CompTIA A+ Core Study Guide (Exam 220-1001)” Chapter 3 Lesson 10783-11012
“CompTIA A+ Certification exam guide. Tenth edition” Pages 298-303
“Serial ATA” https://en.wikipedia.org/wiki/Serial_ATA
“eSATAp” https://en.wikipedia.org/wiki/ESATAp
Credits
Trainer: Austin Mason http://ITFreeTraining.com
Voice Talent: HP Lewis http://hplewis.com
Quality Assurance: Brett Batson http://www.pbb-proofreading.uk
자세한 내용은 SATA 및 eSATA 의견 섹션에서 또는 주제에 대한 다른 기사를 확인하십시오 e sata.
키워드 정보 e sata
아래는 에서 검색한 결과입니다 e sata 빙 사이트에서. 원한다면 더 읽을 수 있습니다.
기사 e sata – SATA 및 eSATA 우리는 인터넷의 다양한 소스에서 편집합니다. 이 기사가 유용하다고 생각했다면. 더 많은 사람들이 볼 수 있도록 공유로 응원해주세요! 감사해요!
콘텐츠에 대한 이미지 e sata
주제에 대한 사진 SATA 및 eSATA 항목의 내용을 더 잘 이해할 수 있도록 항목을 설명하는 데 사용됩니다. 필요한 경우 댓글 섹션이나 관련 기사에서 더 많은 관련 사진을 찾을 수 있습니다.
주제에 대한 기사 평가 e sata
- 작가: itfreetraining
- 보다: 조회수 40,475회
- 좋아요 수: 좋아요 922개
- 동영상 업로드 날짜: 2021. 2. 20.
- URL 비디오: https://www.youtube.com/watch?v=wLK8NYw6DVU
기사의 키워드 SATA 및 eSATA
- SATA
- Esata
- IDA
- PATA
- ESatap
- ITFreeTraining
SATA #및 #eSATA
주제에 대한 더 많은 비디오 보기 e sata 유튜브에
또한 더 많은 키워드 뉴스를 보려면 최신 뉴스레터를 확인하십시오 SATA 및 eSATA 보다.
방금 주제에 대한 기사를 읽었습니다 e sata – SATA 및 eSATA. 이 기사의 정보가 유용했다면 공유해 주세요. 매우 감사합니다.
