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How is the data on a DVD accessed? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | optical | advqa_14700 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is a performance limit of external portable USB drives: current number and types of attached USB devices, or eSATA? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | current number and types of attached USB devices | advqa_14701 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What can you compare with internal hard disc? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | performance | advqa_14702 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is the most recent standard for USB interfaces? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | USB 3.0 | advqa_14703 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What can be carried around to store data with? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | external portable USB hard disk drives | advqa_14704 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does manufacturer provides beside hard drives? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | empty enclosures | advqa_14705 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How is the data on a CD-RW accessed? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | optical | advqa_14706 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Where can a user go to buy one of these external usb? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | manufacturers | advqa_14707 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which is not an optical storage device: CD-RW drives, manufacturers, or DVD drives? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | manufacturers | advqa_14708 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What can you use to store data besides external drives? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | (CD-RW drives, DVD drives, etc.) | advqa_14709 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is a standard for connectivity: hard disk drive, USB, or FireWire? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | FireWire | advqa_14710 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does an external disk provide that allows user to transfer data? | Firstly conceived and still used today for optical storage devices (CD-RW drives, DVD drives, etc.), several manufacturers offer external portable USB hard disk drives, or empty enclosures for disk drives. These offer performance comparable to internal drives, limited by the current number and types of attached USB dev... | bridges | advqa_14711 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Who is responsible for the micro-usb connector being the universally accepted connector? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | International Telecommunication Union | advqa_14712 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is being conserved? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | energy | advqa_14713 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is the short name of the phone carrier group? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | OMTP | advqa_14714 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What date did the micro-usb connector first enter in mobile device design? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | 2007 | advqa_14715 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is a benefit of a universal connector for mobile devices? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | standard | advqa_14716 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is plugged into the outlet? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | chargers | advqa_14717 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How well did the OMTP chargers perform? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | 4-star or higher efficiency rating | advqa_14718 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What did the phone carrier group call the way it would charge it's devices? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | energy-efficient one-charger-fits-all new mobile phone solution | advqa_14719 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What makes a charger more efficient than others? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | efficiency rating | advqa_14720 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is providing energy? | The cellular phone carrier group Open Mobile Terminal Platform (OMTP) in 2007 endorsed micro-USB as the standard connector for data and power on mobile devices In addition, on 22 October 2009 the International Telecommunication Union (ITU) has also announced that it had embraced micro-USB as the Universal Charging Solu... | chargers | advqa_14721 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What was the new mode equal to? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | Thunderbolt | advqa_14722 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is the main function that went up? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | increases the data signaling rate | advqa_14723 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What generation has faster data signaling? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | Gen2 | advqa_14724 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What were the details of the press release announcement from the USB group? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | creating a new USB version, USB 3.1 | advqa_14725 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What was the reason for 3.1 and Superspeed+? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | Thunderbolt | advqa_14726 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How much faster was the new USB? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | double | advqa_14727 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What was the goal of the update? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | a faster transfer mode | advqa_14728 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How was this whole plan first enacted? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | A January 2013 press release | advqa_14729 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What standard does USB 3.1 compete with? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | first-generation Thunderbolt channel | advqa_14730 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which was announced first USB 3.0 or USB 3.1? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | USB 3.0 | advqa_14731 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What technique did the USB group use to announce their new USB product? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | press release | advqa_14732 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What was line encoding at in USB 3.1? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | 3% | advqa_14733 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What was the conversion rate of the original USB 3.1? | A January 2013 press release from the USB group revealed plans to update USB 3.0 to 10 Gbit/s. The group ended up creating a new USB version, USB 3.1, which was released on 31 July 2013, introducing a faster transfer mode called SuperSpeed USB 10 Gbit/s, putting it on par with a single first-generation Thunderbolt chan... | 7.2 Gbit/s | advqa_14734 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is not a potential state for data lines: J, 3 or K? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | 3 | advqa_14735 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
The data lines being transmitted are going through what other process? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | toggling | advqa_14736 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
A mistake happens when you get? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | Seven consecutive received 1 bits | advqa_14737 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
The data is what from the USB to the NRZI line coding? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | encodes | advqa_14738 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
A bit is being transmitted by leaving the data lines, but how much is it in that one instance and how much was it before from J to K? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is | advqa_14739 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which are there fewer of, potential states for the data lines or consecutive 1 bits in an error? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | state | advqa_14740 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
USBs hold what? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | data | advqa_14741 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
A bit is a unit of? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | data | advqa_14742 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is not a potential value for a bit: 0, 3 or 1? | USB data is transmitted by toggling the data lines between the J state and the opposite K state. USB encodes data using the NRZI line coding; a 0 bit is transmitted by toggling the data lines from J to K or vice versa, while a 1 bit is transmitted by leaving the data lines as-is. To ensure a minimum density of signal t... | 3 | advqa_14743 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What do optical disc drives generally require? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | external power supply, which is allowed by the standard, or use a dual-input USB cable | advqa_14744 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
In a duel-input USB cable, what are both cables used for? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | power | advqa_14745 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What general amount of USBs can't get enough power? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | Some | advqa_14746 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What kind of devices are examples of this? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | external hard and optical disc drives | advqa_14747 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following does not require large amounts of power: motors, USB cables or lamps? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | USB cable | advqa_14748 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Where can they a power boost? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | an external power supply | advqa_14749 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
In a duel-input USB cable, what isn't both cables used for? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | data transfer | advqa_14750 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How can a USB be modified to have more power? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | dual-input | advqa_14751 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What might be able to exceed the power supply in some cases? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | USB ports and external hubs | advqa_14752 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is not conveyed by a USB cable: power, optical disc drives or data? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | optical disc drives | advqa_14753 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How does a dual input cable give more power? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | one input of which is used for power and data transfer, the other solely for power | advqa_14754 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is not a type of drive: hard, lamps or optical disc? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | lamps | advqa_14755 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What causes a device to need more power? | Some USB devices require more power than is permitted by the specifications for a single port. This is common for external hard and optical disc drives, and generally for devices with motors or lamps. Such devices can use an external power supply, which is allowed by the standard, or use a dual-input USB cable, one inp... | motors or lamps | advqa_14756 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is not an acronym: EOP, USB or bit? | A USB packet's end, called EOP (end-of-packet), is indicated by the transmitter driving 2 bit times of SE0 (D+ and D− both below max.) and 1 bit time of J state. After this, the transmitter ceases to drive the D+/D− lines and the aforementioned pull up resistors hold it in the J (idle) state. Sometimes skew due to hubs... | bit | advqa_14757 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which takes up more space, a packet or a bit? | A USB packet's end, called EOP (end-of-packet), is indicated by the transmitter driving 2 bit times of SE0 (D+ and D− both below max.) and 1 bit time of J state. After this, the transmitter ceases to drive the D+/D− lines and the aforementioned pull up resistors hold it in the J (idle) state. Sometimes skew due to hubs... | packet | advqa_14758 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is a possible value for a bit: 1, J or 2? | A USB packet's end, called EOP (end-of-packet), is indicated by the transmitter driving 2 bit times of SE0 (D+ and D− both below max.) and 1 bit time of J state. After this, the transmitter ceases to drive the D+/D− lines and the aforementioned pull up resistors hold it in the J (idle) state. Sometimes skew due to hubs... | 1 | advqa_14759 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What component of the phones is effected by the MoU? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | Battery | advqa_14760 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does the o in "MoU" stand for? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | of | advqa_14761 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How long did it take for the majority of manufactures to agree to the MoU? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | June 2009 | advqa_14762 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does the U in "MoU" stand for? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | Understanding | advqa_14763 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does the M in "MoU" stand for? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | Memorandum | advqa_14764 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Who followed suit with the EU? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | International Electrotechnical Commission | advqa_14765 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Who does the EU share standards with? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | Chinese | advqa_14766 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is NOT referenced by the EU's specification: the USB Battery Charging standard or IEC 62684:2011? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | IEC 62684:2011 | advqa_14767 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
How many manufactures signed the MoU? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | many | advqa_14768 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Which of the following is NOT another version of IEC 62684:2011, the USB Battery Charging standard or EN 62684:2010? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | USB Battery Charging standard | advqa_14769 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What specification covers external power supplies? | In June 2009, many of the world's largest mobile phone manufacturers signed an EC-sponsored Memorandum of Understanding (MoU), agreeing to make most data-enabled mobile phones marketed in the European Union compatible with a common External Power Supply (EPS). The EU's common EPS specification (EN 62684:2010) reference... | EN 62684:2010 | advqa_14770 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Android chose a protocol that does not allow the computer to bogart access to the device plugged into it because it would do avoid what? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | potential problems should an Android program request the storage while it is attached to a computer | advqa_14771 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What treat is an Android OS named for? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | Jelly Bean | advqa_14772 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
UMS is an abbreviation for for the transfer protocol of what type of device? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | USB mass storage | advqa_14773 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does Media Transfer Protocol outperform? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | USB | advqa_14774 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
The transfer protocol used to deal with a USB drive plugged into a computer is called what? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | UMS | advqa_14775 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
The original protocol used when you plug a thumb drive into a computer is what? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | UMS | advqa_14776 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Jelly Bean is what? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | Android operating system | advqa_14777 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does MTP not use but USB does? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | disk blocks | advqa_14778 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What microsoft product is MTP used for? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | Windows Phone 8 | advqa_14779 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does mass storage use which USB does not? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | access to a device's filesystem than USB mass storage, at the level of files | advqa_14780 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What treat is also the name of an OS? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | Jelly Bean | advqa_14781 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What does UMS stand for? | Media Transfer Protocol (MTP) was designed by Microsoft to give higher-level access to a device's filesystem than USB mass storage, at the level of files rather than disk blocks. It also has optional DRM features. MTP was designed for use with portable media players, but it has since been adopted as the primary storage... | USB mass storage | advqa_14782 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What happens once the pope announces the appointment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment | advqa_14783 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What has to happen for the pope to announce the appointment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | conditions change | advqa_14784 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is the church terminology for the appointment the cardinal receives? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | in pectore | advqa_14785 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
If all is well, when is something permissible? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | at any time | advqa_14786 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
When would a rule effect the assignment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | appointment. If a pope dies before revealing the identity of an in pectore cardinal, the cardinalate expires | advqa_14787 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Who can reveal an in pectore appointment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | the pope | advqa_14788 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
When can an in pectore appointment be revealed? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | at any time | advqa_14789 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is the problem of not announcing the name of the cardinal? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | the cardinalate expires | advqa_14790 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What would indicate that everything is okay? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | make the appointment public | advqa_14791 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Who is selected in an in pectore appointment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | The cardinal | advqa_14792 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is the time constraint that a pope can reveal the identity of an in pectore cardinal? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | at any time | advqa_14793 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What could happen to a pope to make the cardinalate run out? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | dies before revealing the identity of an in pectore cardinal | advqa_14794 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What should a pope do before death if he wants to keep the cardinalate? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | make the appointment public | advqa_14795 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What is not done to the name of the cardinal in pectore appointment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | make the appointment public | advqa_14796 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
Under what circumstances could the pope announce the appointment? | If conditions change, so that the pope judges it safe to make the appointment public, he may do so at any time. The cardinal in question then ranks in precedence with those raised to the cardinalate at the time of his in pectore appointment. If a pope dies before revealing the identity of an in pectore cardinal, the ca... | If conditions change | advqa_14797 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What involves smooching? | To symbolize their bond with the papacy, the pope gives each newly appointed cardinal a gold ring, which is traditionally kissed by Catholics when greeting a cardinal (as with a bishop's episcopal ring). The pope chooses the image on the outside: under Pope Benedict XVI it was a modern depiction of the crucifixion of J... | a gold ring, which is traditionally kissed by Catholics when greeting a cardinal | advqa_14798 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
What doesn't the Pope have control over materially? | To symbolize their bond with the papacy, the pope gives each newly appointed cardinal a gold ring, which is traditionally kissed by Catholics when greeting a cardinal (as with a bishop's episcopal ring). The pope chooses the image on the outside: under Pope Benedict XVI it was a modern depiction of the crucifixion of J... | pope's coat of arms on the inside | advqa_14799 | adversarial_qa | expert | adversarial_reading_comprehension | null | [] | {} |
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