deck_4545410 (1) Flashcards
What are the 3 ways to flash the BIOS?
1) Run update program in the OS. 2) USB flash drive through the BIOS. 3) Use bootable CD
What program in BIOS allows settings to be changed?
BIOS setup or CMOS setup
What is the UEFI?
Unified Extensible Firmware Interface. An interface between the motherboard firmware and the OS. It hands the boot over to the OS and loads essential device drivers and applications.
What is the Host Clock Frequency?
The basic system clock provided by the chipset that other components synchronize their activities to.
What loads up drivers and programs that the OS needs to run?
The UEFI
What do the components in the computer match their frequency to?
The Host Clock Frequency
What are the 4 choices for BIOS security?
No access. View only. Limited. Full access.
What is drive encryption?
This sets a password for a hard drive that is needed to access any data on it. Still works if moved to another computer.
What is a TPM chip?
Trusted Platform Module. A chip on the motherboard that stores the password for the encrypted drive so it only works with one motherboard.
What is the name of the chip on some motherboards that encrypts a hard drive so it can only be accessed on that computer?
The TPM chip. Trusted Platform Module.
What does ISO stand for?
International Organization for Standardization.
What is a system clock?
A line on a bus dedicated to timing components connected to it.
How large can ATX motherboards be?
Up to 12” x 9.6”
How large can MicroATX motherboards be?
Up to 9.6” x 9.6”
How large can ITX motherboards be?
Up to 6.7” x 6.7”
What bus type do PCI cards use?
Local I/O
What size data path do PCI cards use?
Parallel 32-bit or Parallel 64-bit
How many address lines do PCI cards have?
32 or 64
What frequencies do PCI cards come in?
33 MHz and 66MHz
What kind of throughput do PCI cards offer?
133, 266, and 532 MBps
What are the 4 types of PCI slots?
3.3V 32-bit, 5V 32-bit, 3.3V 64-bit, 5V 64bit
What voltages do PCI cards come in?
3.3V and 5V
What are the 6 types of PCI card configurations?
3.3V 32-bit, 5V 32-bit, Universal 32-bit, 3.3V 64-bit, 5V 64bit, and Universal 64-bit
What bus type do PCI-X cards use?
Local I/O
What size data path do PCI-X cards use?
Parallel 32-bit or Parallel 64-bit
How many address lines do PCI-X cards have?
32 or 64
What frequencies do PCI-X cards come in?
266 MHz or 533 MHz
What kind of throughput do PCI-X cards offer?
Up to 8.5 Gbps
What are PCI-X cards primarily used for?
Servers
What voltages do PCI-X cards come in?
3.3V and 5V
What are the 2 types of PCI-X slots?
3.3V and 5V
What are the 3 types of PCI-X card configurations?
3.3V, 5V, and Universal
What bus type do PCIe cards use?
Local video and local I/O
What size data path do PCIe cards use?
Serial up to 32 lanes
How many address lines do PCIe cards have?
Up to 32 lanes
What frequencies do PCIe cards come in?
2.5 GHz
What kind of throughput do PCIe cards offer?
Up to 500 MBps per lane in each direction
If a PCIe slot is meant for a video card, what does it connect to?
The North Bridge or the processor
How many slot sizes do PCIe cards come in?
Four
What are the 4 types of PCIe slots?
PCIe x1, PCIe x4, PCIe x8, PCIe x 16
What bus type do AGP cards use?
Local video
What size data path do AGP cards use?
32 bits
How many address lines do AGP cards have?
N/A
What frequencies do AGP cards come in?
66 MHz, 75 MHz, 100 MHz
What kind of throughput do AGP cards offer?
266 MBps to 2.1 MBps
What are the four major releases of AGP?
AGP 1.0, AGP 2.0, AGP 3.0, AGP Pro
What are the four different speeds AGP comes in?
1x @ 266 MBps, 2x @ 533 MBps, 4x @ 1.06 Gbps, 8x @ 2.12 Gbps
What are the three voltages AGP comes in?
0.8V, 1.5V, 3.3V
What are the six different slots AGP comes in?
AGP 3.3V, AGP 1.5V, AGP Universal, AGP Pro 3.3V, AGP Pro 1.5V, AGP Pro Universal
What RAM variants can use dual channels?
DDR, DDR2, and DDR3
What RAM variants can use triple channels?
DDR3
What RAM variants can use quad channels?
DDR3
Which AMD socket is the only one to use an LGA socket?
Socket F
What families of processors use the LGA2011 socket?
Second Generation (Sandy Bridge) Core i7 Extreme, Core i7, Core i5, Core i3, Pentium, and Celeron
What families of processors use the LGA1155 socket?
Ivy Bridge Celeron, Pentium, Core i3, Core i5, Core i7; Sandy Bridge Core i3, Core i5, Core i7
What families of processors use the LGA1366 socket?
Core i7, Core i7 Extreme
What families of processors use the LGA1156 socket?
Core i7, Core i5, Core i3, Pentium, and Celeron
What families of processors use the LGA775 socket?
Core 2 extreme, Core 2 Quad, Core 2 Duo, Pentium Dual-Core, Pentium Extreme Edition, Pentium 4, and Celeron
What RAM variants do LGA 1155 CPUs work with?
DDR3
What RAM variants do LGA 1366 CPUs work with?
DDR3
What RAM variants do LGA 1156 CPUs work with?
DDR3
What RAM variants do LGA 775 CPUs work with?
DDR2 and DDR3
How many pins in Socket FM2 processors?
904
How many pins in Socket FM1 processors?
905
How many pins in Socket AM3+ processors?
942
How many pins in Socket AM3 processors?
941
How many pins in Socket AM2+ processors?
940
How many pins in Socket F processors?
None! Socket F is a LGA socket. I has 1207 lands
How many pins in Socket AM2 processors?
940
How many pins in Socket 940 processors?
940
What families of processors use Socket FM2?
Trinity line of processors
What families of processors use Socket FM1?
AMD A4, AMD A6, AMD A8, AMD E2, Athlon II
What families of processors use Socket AM3+?
AMD FX
What families of processors use Socket AM3?
Phenom II
What families of processors use Socket AM2+?
Phenom II, Phenom, Athlon
What families of processors use Socket F?
Opteron, Athlon 64 FX
What families of processors use Socket AM2?
Athlon 64, Athlon, Phenom, Sempron, Second Generation Opteron
What families of processors use Socket 940?
Athlon
What RAM variants do Socket FM2 CPUs work with?
DDR3
What RAM variants do Socket FM1 CPUs work with?
DDR3
What RAM variants do Socket AM3+ CPUs work with?
DDR3
What RAM variants do Socket AM3 CPUs work with?
DDR3 and DDR2
What RAM variants do Socket AM2+ CPUs work with?
DDR2
What types of setups are Socket F CPUs used for?
Workstations and servers
What RAM variants do Socket AM2 CPUs work with?
DDR2
What RAM variants do Socket 940 CPUs work with?
DDR
What is the BSB?
The back side bus. It’s the connection between the CPU and its internal cache memory.
What is a DMI?
The direct media interface. This connects the CPU to the memory controller and graphics in newer chipsets in place of the FSB.
What is the GMCH?
The Graphics Memory Controller.
What is data path size?
The width of a data bus, usually powers of two, such as 8, 16, 32, 64, 128,
What are the three variations of P1 power connector?
20-pin, 24-pin, 20+4-pin
What are 20-pin P1 connectors used for?
Early ATX systems.
What are 24-pin P1 connectors used for?
Most motherboards today.
How many pins in a P4 connector?
4
How many pins in a P8 connector?
8
What is the P4 connector used for?
Providing extra 12V power to the processor
What is the P8 connector used for?
Providing extra 12V power to the processor, more than the P4 does.
How many pins in a molex connector?
4
What are Molex connectors used for?
IDE (PATA) drives
What voltages do Molex connectors provide?
(+)5V and (+)12V
How many pins in an SATA power connector?
15
What voltages do SATA power connectors provide?
(+)3.3V, (+)5V, and (+)12V
What type of power connector do floppy drives use?
A 4-pin Berg connector.
What kind of voltages do the Berg connectors for floppy drives provide?
(+)5V and (+)12V
What type of power connector do PCIe version 1 cards use?
6-pin (+)12V
What type of power connector do PCIe version 2 cards use?
8-pin (+)12V
How many pins in a fan header?
3 or 4
How many holes in a fan connector?
3 or 4
What happens if you place a 3-hole fan connector on a 4-pin fan header?
It works, but the fan will always operate at the same speed.
What’s the difference between a 4-pin fan header and a 3-pin fan header?
4-pin headers support fan speed modulation. Helps reduce system noise.
What can you do if you suspect a power connector is faulty?
Remove the connection and connect the two pins with a flat-head screwdriver. This simulates pressing the button.
What is a BGA?
Ball Grid Array. A processor connection that is soldered to the motherboard.
What is a data path size?
The number of lines on abus that can hold data. Usually powers of 2 (8, 16, 32, 64 etc.) but some that use other numbers generally have additional lines for ECC.
What is the data path size of the FSB?
64-bits
What are some other terms for FSB?
System bus and host bus.
What is a riser card?
It’s an expansion card that allows for more expansion cards to be mounted parallel to the motherboard.
What is a trace?
It’s a wire on a circuit board that connects two components or devices.
How many pins in a DDR3 DIMM?
240
How many channels do DDR3 DIMMs support?
single, dual, triple, and quad
How many pins in a DDR2 DIMM?
240
How many channels do DDR2 DIMMs support?
Single and dual
Where might you find SDRAM?
Almost all DRAM is SDRAM. It’s usually just noted as DRAM though so it isn’t confused with SRAM.
Where might you find SRAM?
In processor memory caches.
How many pins in a DDR DIMM?
184
How many pins on a non-DDR SDRAM DIMM?
168
How many channels do DDR DIMMs support?
Just single.
How many pins does a RIMM have?
184
What is the best way to identify a RIMM?
The metal plate covering it.
What process does DDR RAM use that allows double the speed of SDRAM?
Double pumping. It uses the leading and trailing edge of the system clock.
Why do they call it a DIMM?
Dual Inline Memory Module. It has independent pins on opposite sides of the module.
How many pins in a DDR SODIMM module?
200
How many pins in a DDR2 SODIMM module?
144 or 200
How many pins in a DDR3 SODIMM module?
204
What technology did older SIMMs use to check for errors?
Parity. A ninth bit was stored for every other eight.
What happens when a parity error is detected?
It causes the system to halt.
What does it mean if “Parity error 1” is displayed on the screen?
There has been a parity error detected on the motherboard.
What does it mean if “Parity error 2” is displayed on the screen?
There has been a parity error detected on an expansion card.
What technology do current SIMMs use to check for errors?
ECC
What advantages do ECC have over Parity?
ECC detects any time even a single bit is incorrect, then fixes the error on-the-fly.
What disadvantages does ECC RAM have compared to non-ECC ram?
ECC RAM is always slower.
What is required to use ECC RAM?
A specialized motherboard with a specialized MCC (Memory Chip Controller)
What is a bank?
Slots on a motherboard designed to hold pairs (or more) of DIMMs for dual (or more) channels.
What is a channel?
For dual channel motherboards, each channel represents a seperate 64-bit communication path.
Which slots are paired into banks on AMD cards?
Slot 1 and Slot 2; Slot 3 and Slot 4.
Which slots are paired into channels on AMD cards?
Slot 1 and Slot 3; Slot 2 and Slot 4.
Which slots are paired into banks on AMD cards?
Slot 1 and Slot 3; Slot 2 and Slot 4.
Which slots are paired into channels on AMD cards?
Slot 1 and Slot 2; Slot 3 and Slot 4.
For triple-channel DIMMs, which slots are bank 0?
Slot 1, Slot 3, and Slot 5.
For triple-channel DIMMs, which slots are bank 1?
Slot 2, Slot 4, and Slot 6.
For triple-channel DIMMs, which slots are channel 1?
Slot 1 and Slot 2.
For triple-channel DIMMs, which slots are channel 2?
Slot 3 and Slot 4.
For triple-channel DIMMs, which slots are channel 3?
Slot 5 and Slot 6.
What is different about double-sided RAM compared to single.
The RAM is separated into two groups known as ranks, and the system can only access one rank at a time. Quad-sided rank exists as well. The less ranks, the faster the RAM.
What does the number on RAM names stand for?
It’s a rounded version of the number of megabytes it can transfer in a second.
Where is the notch in a DDR DIMM?
Right of the center
Where is the notch in a DDR2 DIMM?
Barely right of the center
Where is the notch in a DDR3 DIMM?
Left of the center
How many times can CD-RW and DVD-RW be rewritten?
Up to 1,000 times.
What is unique about BD-R?
Data can be rewritten to it but not erased.
What is unique about BD-RE?
It is rewritable and erasable.
How many devices can a single USB port support?
127
How much power does a bus-powered USB port provide?
100mA
How much power does a self-powered USB port provide?
500mA, unless it’s USB 3.0. In which case, 900mA
How much power can a firewire cable provide?
1.5A
Does SATA support hot-swapping?
Only if configured for AHCI (Advanced Host Controller Interface) mode.
When can ethernet connections be used for storage?
When connected to a NAS (Network Attached Storage) device
How many pins does a SATA data connector use?
7-pin
How many pins does a SATA power connector use?
15-pin
What are the two modes SATA drives can be set to?
AHCI and IDE
What is the result if a SATA drive is set to IDE mode?
It emulates a PATA drive.
What can you do with an SATA drive set to AHCI mode?
You can hot swap them and they support Native Command Queuing (NCQ)
What is Native Command Queuing?
This allows data on drives to be prioritized so that more commonly accessed data loads faster.
What does AHCI stand for?
Advanced Host Control Protocol
How many drives can a PATA interface accommodate?
- Primary and Secondary
Which does the blue connector on a PATA data cable connect to?
The motherboard
Which does the black connector on a PATA data cable connect to?
The primary drive
Which does the gray connector on a PATA data cable connect to?
The secondary drive
What are the 3 jumper settings for PATA cables?
Master, Slave, and Cable Select
How many devices does narrow SCSI support?
7
How many devices does wide SCSI support?
15
How are device Ids set for SCSI devices?
By a group of jumpers or DIP (dual in-line package) switches
What is the standard SCSI connector?
There is none! They vary widely.
What range of speeds do SCSI devices operate in?
10MBps - 320MBps
What is required for a daisy chain of SCSI devices to function?
Each end must be terminated.
How large are the sectors that magnetic hard drive platters are divided into?
512 bytes
Do external magnetic drives need AC power?
3.5” drives do. 2.5” drives can be bus powered.
Do magnetic drives have cache memory?
Yes, generally several megabytes worth for freuently accessed data.
What are xD flash drives used for?
Older FujiFilm and Olympus cameras
What are the two varieties of SSDs?
MLC (Multi Level Cell) and SLC (Single Level Cell)
Which is faster, MLC or SLC SSDs?
SLC, but it’s much rarer and more expensive
What is RAID 0?
Two drives treated as a single drive, with both drives storing different portions of the same file. This is known as striping. Boosts performance of read/write speeds.
What is RAID 1?
Two drives that perfectly mirror one another. Boosts only read performance and is backed up if a drive fails.
What is RAID 5?
At least three drives. One may fail without loss of data. Very fast read speeds, decent write speeds. Replacing a failed drive may take a very long time.
What is RAID 10?
At least four drives. Combines RAID 0 and RAID 1.
What is striping?
Multiple drives storing different parts of the same file in a RAID array to boost speed of read/write operations. Replacing a failed drive is quite fast.
Which RAID array is ideal for boosted read/write performance?
RAID 0
Does RAID 1 boost performance?
It boosts read performance only.
For a floppy drive, how do you tell which is drive A: and drive B:?
If the drive is connected after the twist in the data cable, it’s drive A:. If it’s connected before (mid-cable), it’s drive B:.
What is hyperthreading?
The emulation of multiple cores.
What speeds do PATA/IDE drives come in?
100 MBps - 133 MBps