cache controller - определение. Что такое cache controller
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Что (кто) такое cache controller - определение

ITEM, OFTEN A SMALL GARMENT, THAT COVERS ITS USER'S GENITALS
Cache-sex; Cache sexe; Cache sex; Cache-Sexe; Modesty plate
  • The [[koteka]] or penis sheath is traditionally worn by male natives of some ethnic groups in [[New Guinea]] to cover their genitals.
Найдено результатов: 414
secondary cache         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d
<memory management> (Or "second level cache", "level two cache", "L2 cache") A larger, slower cache between the primary cache and main memory. Whereas the primary cache is often on the same integrated circuit as the {central processing unit} (CPU), a secondary cache is usually external. (1997-06-25)
Web cache         
MECHANISM FOR THE TEMPORARY STORAGE (CACHING) OF WEB DOCUMENTS
Web caching; HTTP cache; Browser Cache; Browser Caching; Squirrel (DHT); Squirrel dht; Web caches; Proxy cache; Browser cache; Cache server; Internet cache; Http cache; HTTP caching; Webcache; Cache-Control; Web browser cache; Bypass your cache; Webcaching; List of server-side web caching software; Forward cache; Reverse cache
A Web cache (or HTTP cache) is a system for optimizing the World Wide Web. It is implemented both client-side and server-side.
cache line         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d
<storage> (Or cache block) The smallest unit of memory than can be transferred between the main memory and the cache. Rather than reading a single word or byte from main memory at a time, each cache entry is usually holds a certain number of words, known as a "cache line" or "cache block" and a whole line is read and cached at once. This takes advantage of the principle of locality of reference: if one location is read then nearby locations (particularly following locations) are likely to be read soon afterward. It can also take advantage of page-mode DRAM which allows faster access to consecutive locations. (1997-01-21)
level 1 cache         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d
L2 cache         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d
disk controller         
CONTROLLER FOR DISK STORAGE, USUALLY INTEGRATED INTO THE DRIVE
Hard disk controller; Hard drive controller; HD controller; Drive controller
<hardware, storage> (Or "hard disk controller", HDC) The circuit which allows the CPU to communicate with a {hard disk}, floppy disk or other kind of disk drive. The most common disk controllers in use are IDE and SCSI controllers. Most home personal computers use IDE controllers. High end PCs, workstations and network {file servers} mostly have SCSI adaptors. (1998-03-16)
Disk controller         
CONTROLLER FOR DISK STORAGE, USUALLY INTEGRATED INTO THE DRIVE
Hard disk controller; Hard drive controller; HD controller; Drive controller
The disk controller is the controller circuit which enables the CPU to communicate with a hard disk, floppy disk or other kind of disk drive. It also provides an interface between the disk drive and the bus connecting it to the rest of the system.
cache block         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d
L1 cache         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d
level 2 cache         
  • Cache hierarchy of the K8 core in the AMD Athlon 64 CPU.
  • Memory hierarchy of an AMD Bulldozer server
  • Austek]] A38202; to the right of the processor)
  • [[Motherboard]] of a [[NeXTcube]] computer (1990). At the lower edge of the image left from the middle, there is the CPU [[Motorola 68040]] operated at 25 [[MHz]] with two separate level 1 caches of 4 KiB each on the chip, one for the instructions and one for data. The board has no external L2 cache.
DYNAMICALLY MANAGED LOCAL MEMORY THAT MIRRORS MAIN MEMORY IN A MICROPROCESSOR TO REDUCE THE COST OF ACCESS
Level 1 cache; Level 2 cache; Cache line; CPU memory cache; Trace Caches; Trace caches; Cache block; Cache-line; L2 cache; L3 cache; L1 cache; CPU caches; CPU Cache; Data cache; Internal cache; Data Cache; First-level cache; L2-Cache; L1-Cache; Second-level cache; Secondary cache; Tag RAM; Direct mapped; Cpu cache; Instruction cache; L2 Cache; Cache flush; Motherboard cache; Discrete L2 cache; Level 3 cache; VIVT; VIPT; I cache; Processor cache; Internal and external cache; Multi-ported Cache; Smart Cache; CPU cache line; Copy-back; L4 cache; Micro-operation cache; Uop cache; Last level cache; Last Level Cache; Cache eviction; Exclusive CPU cache; Inclusive CPU cache; Exclusive cache; Inclusive cache; Multi-level cache; Multilevel cache; On-chip cache; Cache lines; Shared cache; Non-blocking cache; Branch target cache; Branch target instruction cache; SmartCache; Smart cache; L1d

Википедия

Cache-sexe

A cache-sexe is an item, often a small garment, that covers its user's genitals. The most common style, seen in Western G-strings and Japanese Fundoshis, has a triangle of material (cloth, beaded strings, etc.) attached at the corners to straps or strings around the waist and between the legs, that fasten the triangle over the genitals.

Cache-sexes have various social intentions, including the wearer's practice of sincere or enforced modesty, legal and/or customary restrictions within the context of intentional eroticism, and adding fetishistic or playfully teasing aspects to intentional eroticism. In Western cultures, for example, G-strings appear as swimming attire; for many erotic dancing venues, as the final state of undress, set as the polite and/or legal limit; or as a garment whose removal is one of many steps of a striptease, each existing to provide an increment in the viewer's sexual arousal.

Cache-sexe is a loanword from French.

Cache-sexe is also an alternate term for modesty plate, sometimes caping, a small triangular or heart-shaped jewelry worn to hide the genitals, typically made of silver, gold, or brass.