...|| rowspan="4" | Bidirectional data bus pins || rowspan="4" | Address and data communication to the ROM and RAM occurs on D0-D3. | 11 || CM-ROM || CM-ROM output || ROM selection signal used to retrieve data from memory.

...essors are [[quad-core]] processors. These processors had the [[front-side bus|FSB]] replaced with {{intel|Direct Media Interface}} 1.0. All processors us * '''Bus:''' {{intel|DMI}} (2.5 GT/s) interface

...circuits operating as a cohesive unit, designed for the processing digital data. ...oadest sense, their basic functionality is to continuously read in digital data consisting of instructions and possibly values; execute them by interpretin

A '''multiplexer''' ('''mux''') or a '''data selector''' or '''input selector''' is a [[combinational circuit]] device t ...single destination. Multiplexers are also heavily used in I/O operations, data buses, and register files. Additionally multiplexers have also found their

...gisters]], [[hardware timers]], [[counters]], and [[bus|data buses]] where data is only transmitted. Attempting to write to such registers typically result

...division. The slices can be stacked to produce any multiple of 4-bit wide data path (8, 12, 16, 32, etc. bits) and memory address for use in larger system | {{\|AM2905}} || Quad 2-input bus transceiver || 24

| {{\|3216}} || Noninverting bidirectional bus driver | {{\|3226}} || Inverting bidirectional bus driver

| {{\|10731}} || com data interface || | {{\|10738}} || Bus I/O ||

This table is generated automatically from the data in the actual articles. ...-header"><th>&nbsp;</th><th colspan="8">Main processor</th><th colspan="2">Bus</th><th colspan="3">Features</th></tr>

...ble data rate [[front side bus]] operating at 100 MHz (having an effective bus speed of 200 MHz). Argon microprocessors were manufactured in 250 nm proces ...ble data rate [[front side bus]] operating at 100 MHz (having an effective bus speed of 200 MHz). Pluto microprocessors were manufactured in 180 nm proces

This table is generated automatically from the data in the actual articles. | {{\|Am8228}} || system controller & bus driver

| data size = 8 bit This ISA has an {{arch|8}} data and address bus. This architecture included seven 8-bit registers, 48 instructions, and int

...MT/s dual mode ([[gunning transceiver logic|GTL]] & [[CMOS]]) [[front side bus|FSB]] ** L1 Data Cache

* {{x86|PREFETCHW|<code>PREFETCHW</code>}} - Prefetch data into caches, hinting a write is expected in the future ...by integrating and other support chips on-die, it still used a Front Side Bus implementation to talk to North Bridge. In Silvermont, this was replaced wi

...essors are [[dual-core]] processors. These processors had the [[front-side bus|FSB]] replaced with {{intel|Direct Media Interface}} 1.0. These processors * '''Bus:''' {{intel|DMI}} (2.5 GT/s) interface

...essors are [[dual-core]] processors. These processors had the [[front-side bus|FSB]] replaced with {{intel|Direct Media Interface}} 1.0. These processors * '''Bus:''' {{intel|DMI}} (2.5 GT/s) interface

** New SVID (Serial Voltage ID bus) ...sists of dedicated L1 TLB for instruction cache (ITLB) and another one for data cache (DTLB). Additionally there is a unified L2 TLB (STLB).

** Bus/Interface to Chipset ...sists of dedicated L1 TLB for instruction cache (ITLB) and another one for data cache (DTLB). Additionally there is a unified L2 TLB (STLB).

...sists of dedicated L1 TLB for instruction cache (ITLB) and another one for data cache (DTLB). Additionally there is a unified L2 TLB (STLB). ...} are a two-chip solution linked together via Intel's standard [[DMI 3.0]] bus interface which utilizes 4 of the CPU's 20 [[PCIe]] 3.0 lanes (having a tra

** 1.4x higher data rates (3733 MT/s, up from 2666 MT/s) ...nit in the processor. All clock domains are some multiple of the [virtual] bus clock ([[BCLK]]).

...l keeping everything closely tied together with respect to the [[back-side bus]]. The separate (slower) cache die also meant the processor was cheaper to This table is generated automatically from the data in the actual articles.

! Model !! Introduction !! Ext. Bus !! Frequency !! Notes ! Model !! Introduction !! Ext. Bus !! Frequency !! Notes

...tly used data and instructions. Various enhancements were also made to the bus interface including faster communication that required single clock cycle i This table is generated automatically from the data in the actual articles.

| bus type = FSB | bus speed = 33 MHz

...essors are [[dual-core]] processors. These processors had the [[front-side bus|FSB]] replaced with {{intel|Direct Media Interface}} 1.0. These processors This table is generated automatically from the data in the actual articles.

...essors are [[dual-core]] processors. These processors had the [[front-side bus|FSB]] replaced with {{intel|Direct Media Interface}} 1.0 and introduced {{x * '''Bus:''' {{intel|DMI}} (2.5 GT/s) interface

...versions introduced had lower clock frequency which matched their external bus speed. Later versions introduced a [[clock multiplier]]: DX2 having a multi This table is generated automatically from the data in the actual articles.

...nce comparable to the Pentium-75. The clock multiplier was set to x4 (e.g. bus speed of 33 MHz would have a core frequency of 133 MHz). Essentially, one c This table is generated automatically from the data in the actual articles.

This table is generated automatically from the data in the actual articles. <tr><th>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Bus</th><th>Max Mem</th><th>Package</th><th>Power</th><th>Min T_case<

...amd|Am286#Low-power CMOS models|from the Am286 family}} and incorporated a bus controller, DMA controller, interrupt controller, and clock generator. The This table is generated automatically from the data in the actual articles.

This table is generated automatically from the data in the actual articles. <tr><th>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Bus</th><th>Max Mem</th><th>Package</th><th>Power</th><th>Min T_case<

This table is generated automatically from the data in the actual articles. <tr><th>Model</th><th>Launched</th><th>Freq</th><th>Bus</th><th>Max Mem</th><th>V_CORE<th>Package</th><th>Min T<sub>case<

...herals such as [[High-Level Data Link Control]] (HDLC), [[Universal Serial Bus]] (USB), High-Speed [[UART]], and [[Synchronous Serial Interface]] (SSI). * Multiplexed and nonmultiplexed address/data bus

| bus type = | bus speed = 6.25 MHz

| bus type = | bus speed = 10 MHz

| bus type = | bus speed = 12.5 MHz

| bus type = | bus speed = 6.25 MHz

| bus type = | bus speed = 10 MHz

| bus type = | bus speed = 6.25 MHz

| bus type = | bus speed = 10 MHz

| bus type = | bus speed = 12.5 MHz

| bus type = | bus speed = 6.25 MHz

| bus type = | bus speed = 10 MHz

| bus type = | bus speed = 6.25 MHz

| bus type = | bus speed = 10 MHz

| bus type = | bus speed = 12.5 MHz

| bus type = | bus speed = 6.25 MHz

| bus type = | bus speed = 10 MHz

This table is generated automatically from the data in the actual articles. <tr><th>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Bus</th><th>Max Mem</th><th>Package</th><th>Power</th><th>Min T_case<

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = QPI | bus speed =

| bus type = | bus speed =

Inter-Object communication was done primarily by passing data to the nearest neighbor through a unidirectional synchronous interconnect. ** Configurable 20 or 40-bit data

This table is generated automatically from the data in the actual articles. ...>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Mult.</th><th>Bus</th><th>Max Mem</th><th>V_CORE</th><th>Package</th><th>Min T<sub>

This table is generated automatically from the data in the actual articles. ...EE 754-compliant [[microprocessor]] operating at over 400 MHz supporting a bus at up to 100 MHz.

| bus type = 60x bus | bus speed = 100 MHz

| bus type = 60x bus | bus speed = 100 MHz

| bus type = 60x bus | bus speed = 100 MHz

| bus type = 60x bus | bus speed = 100 MHz

| bus type = RapidIO | bus speed = 500 MHz

| bus type = RapidIO | bus speed = 500 MHz

| bus type = RapidIO | bus speed = 500 MHz

| bus type = RapidIO | bus speed = 500 MHz

...ign underwent a number of small modifications: the chip was modified to be bus and pin-compatible with Intel's Pentium, making it a drop-in replacement/al ...was AMD's '''K6''' - an entirely [[NexGen]]'s designed microarchitecture, bus-compatible, pin-compatible, and software-compatible with Intel's Pentium in

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

...ced a number of enhancements including support for [[Super Socket 7]] with bus speeds of up to 100 MHz and {{x86|3DNow!}} [[SIMD]] extension. Due to its a ...compatibilitiy with the older [[Socket 7]] but added support for a system bus of up to 100 MHz. Additionally support for [[accelerated graphics port|AGP]

...sists of dedicated L1 TLB for instruction cache (ITLB) and another one for data cache (DTLB). Additionally there is a unified L2 TLB (STLB). ...ge]]. A coherent communication link was lacking and the aging [[front-side bus]] was used for as the die-to-die link. This configuration did not change th

|bus type=PCIe 3.0 ...f up to 3200 MT/s (51.2 GB/s) or up to 32 GiB of quad-channel LPDDR4x with data rates of up to 4266 MT/s (68.27 GB/s).

|bus type=PCIe 3.0 ...f up to 3200 MT/s (51.2 GB/s) or up to 32 GiB of quad-channel LPDDR4x with data rates of up to 4266 MT/s (68.27 GB/s).

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95.33 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 96.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 75 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95.33 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95.33 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95.33 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95.33 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 95.33 MHz

| bus type = FSB | bus speed = 66.66 MHz

| bus type = FSB | bus speed = 99.99 MHz

| bus type = FSB | bus speed = 99.99 MHz

This table is generated automatically from the data in the actual articles. ...>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Mult.</th><th>Bus</th><th>Max Mem</th><th>V_CORE</th><th>Package</th><th>Min T<sub>

...sors shared the same specs as Athlon - including a higher speed of 100 MHz bus DDR (200 MT/s). Additionally, Intel used the same production for both Celer | desc 8 = '''Max [[front size bus|FSB]]'''<br><table><tr><td style="width: 55px;">'''B'''</td><td>200 MT/s</t

This table is generated automatically from the data in the actual articles. .../th><th>Family</th><th>Launched</th><th>P-Rating</th><th>Frequency</th><th>Bus</th></tr>

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

...core}} || {{amd|Duron}} || 2nd generation Duron, introduced SSE & Hardware data prefetcher * System Bus

** Better L1$ and L2$ data prefetcher ...ailure correction (Chipkill), x8 SEC-DED ECC, Patrol and Demand scrubbing, Data poisoning

...error causes a machine check exception, the core recovers by reloading the data from memory. The caches are ECC protected to correct single (and double?) b ...imilarly predicts dependencies between stores and loads accessing the same data in memory, e.g. local variables. Both functions use memory renaming to faci

This table is generated automatically from the data in the actual articles. ...>Model</th><th>Launched</th><th>Process</th><th>Freq</th><th>Mult.</th><th>Bus</th><th>Max Mem</th><th>V_CORE</th><th>Package</th><th>Min T<sub>

|bus type=FSB |bus speed=100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

This table is generated automatically from the data in the actual articles. ...egment</th><th>Launched</th><th>Process</th><th>Freq</th><th>Mult.</th><th>Bus</th><th>Max Mem</th><th>V_CORE</th><th>Package</th><th>Min T<sub>

...nm process]]. Morgan introduced support for {{x86|SSE}} as well as a cache data hardware prefetcher. * Cache data hardware prefetcher

| bus type = FSB | bus speed = 133.33 MHz

| bus type = FSB | bus speed = 133.33 MHz

| bus type = FSB | bus speed = 133.33 MHz

* Cache data hardware prefetcher This table is generated automatically from the data in the actual articles.

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 100 MHz

...[[chipset]]. {{amd|AMD-760MP}} supports one- and two-way setups and Double Data Rate (DDR) memory operating at 133 MHz. At the time, AMD's vice president f ...({{decc|EV6}} system bus), Athlon MP operate on a 133 MHz FSB DDR (double data rate) yielding an effective 266 MT/s transfer rate (note that 'B' models op

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 100 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

| bus type = FSB | bus speed = 133 MHz

Note that the [[L2$]] is shared across all the cores over a coherent bus operating at the core's native clock frequency of 600 MHz for a theoretical This table is generated automatically from the data in the actual articles.

...eted towards makers of network infrastructure (commercial, enterprise, and data center switches, routers, etc..). Cavium offers OCTEON processors with anyw ...revision 2 implementation. OCTEON chips are found in many enterprise an [[data center]] network servers, routers, and switches as well as various high-end

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

| bus type = | bus speed =

This table is generated automatically from the data in the actual articles. No data available. The diagram shows the dimensions of Foxconn Interconnect Technol

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

...GU) to 10 with 1 new dedicated branch execution port and 2 separated store data pathways. ==== Data and Instruction Caches ====

* '''Bus:''' 400-533 MT/s [[FSB]] This table is generated automatically from the data in the actual articles.

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

...ode}} and [[intel/microarchitectures/bonnell#Bus_Turbo_Mode_.26_Burst_Mode|Bus Turbo Mode]]. This table is generated automatically from the data in the actual articles.

* '''Bus:''' 533.33-666.66 MT/s [[FSB]] This table is generated automatically from the data in the actual articles.

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

| bus type = cDMI | bus speed = 100 MHz

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

...les}}" series CPUs. "Type-0" boards designed for the lower memory and PCIe bus frequencies of "Naples" processors are not supported.<ref name="mln-001">[h ...2 DIMMs per channel are supported. The {{amd|Infinity Fabric}} and memory bus clock can be coupled to slightly reduce the memory latency, "Milan" process

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

* System bus ** Separate data & address buses

...'') is a proprietary system [[interconnect architecture]] that facilitates data and control transmission across all linked components. This architecture is ...lable Control Fabric''' ('''SCF'''). The SDF is the primary means by which data flows around the system between endpoints (e.g. [[NUMA node]]s, [[PHY]]s).

...{{arm|history|previous ARM chips}} by featuring a full 32-bit address and data buses. To {{arm|26-bit|facilitate}} the larger address space, ARM (previous ...code>FIQ26</code>, and <code>Supervisor26</code>. To facilitate the 32-bit bus, ARM introduced a 32-bit variants of those modes <code>User32</code>, <code

** Bus/Interface to Chipset **** Adaptive Double Device Data Correction (ADDDC)

* Flash ROM and SRAM, Data bus width: 8 or 16 bits * I²C bus interface × 8 ch

* Flash ROM and SRAM, Data bus width: 8 or 16 bits * I²C bus interface × 9 ch

* Flash ROM and SRAM, Data bus width: 8 or 16 bits * I²C bus interface × 8 ch

* Flash ROM and SRAM Data bus width: 8/16 bit

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

* '''Bus:''' DMI 3.0 This table is generated automatically from the data in the actual articles.

...te the lack of bandwidth, the chip incorporated 32 MiB of [[eSRAM]] with a bus of 1,024-bit in each direction for a total bandwidth of 190 GiB/s. While th ...llow the system to lower the granularity of memory accesses while the wide bus allows the system to take full advantage of the available bandwidth.

* '''Data-driven accelerators''' - accelerators that are operate on a set of data independent of the CPU ...ance analysis is speedup which consts of the accelerator's execution time, data transfer time, and sync time with host processor.

...e network interface, in theory allowing it to intercept, send, and receive data without the processor's knowledge (or any software/OS knowledge). ...ible by the [[SPI]] bus which stored things such as Intel's AT-d metadata. Data is encrypted in AES-CTR mode using the platform container key (PCK).

** 20x in total, 4 of the 20 are used by the bus and 8 for the GPU as described above This table is generated automatically from the data in the actual articles.

...different kinds of software, testing the CPU, GPU, memory controller, and bus. ...sors had separate [[dies]] connected together over the legacy [[front-side bus]], the new design is a single-die [[system-on-a-chip]] design that features

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

* Full support for sparse data structures (matrix/array, random access) ...o the parameter of the chip which communicate with the cores via the [[AXI bus]]. Those peripherals include support for two high-resolution cameras (up to

...ween the register file and the data cache. Additionally, up to four 32-bit data words can be issued to the two FMA units each cycle while retaining two 32- ...stage using a [[dual edge-trigged]] [[flip-flop]], interleaving alternate data bits. This reduced the crossbar area by roughly 50%.

...interconnect architecture]] that facilitates [[memory coherence|coherent]] data and control transmission accross multiple [[Nvidia]] [[GPU]]s and supportin ...g}} over the [[PCIe]] bus, as the size of data sets continued to grow, the bus became a growing system [[bottleneck]]. Throughput could further improve th

*** New Store Data Unit ...Supporting a large number of cores, are eight [[DDR4]] channels capable of data rates of up to 2,666 MT/s, allowing for 170.7 GB/s of aggregated bandwidth.

...ipherals. The CCDs communicate with peripherals and each other through the Data and Control Fabrics on the I/O die, and each contain a single Core Complex ...ncluding an Op cache for decoded instructions and prefetchers for code and data, four integer/address and two floating point instruction schedulers, 3-way

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

...1.33&nbsp;GHz FCLK coupled to the bus clock of DDR4-2666 SDRAM gives a raw data rate of 5.33 GT/s per lane or 21.33&nbsp;GB/s in each direction.<!--Beck201 ...The interfaces were renumbered to reflect this. Two, rather than just one, Data Fabric on-package links connect the dies. Since each die actually implement

...lade motherboard and collaterals including BOM, CAD file, CPLD programming data, Eagle layout, and schematic were published by the [https://opencompute.org so for instance a 1.33&nbsp;GHz FCLK coupled to the bus clock of

...tion Architecture, AMD Brings 4th Gen AMD EPYC™ Processors to The Modern Data Center"] (Press release). AMD.com. November 10, 2022. Retrieved February 20 ...MMs per channel are supported. Each channel has two independent 40-bit (32 data, 8 ECC) DDR5 subchannels. The memory controllers support {{wp|ECC memory}}

...or the address generation and the last stage can be used to operate on the data. ...neither). All the cores sit on a [[cache coherent]] bus. All cores on the bus can see and access the FIO port on all the other cores as well, meaning the

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

|bus speed=100 MHz *** Uplink data compression

...s translation and contains eight individually programmable instruction and data protection regions. These can be specified as to base address, region size, ...crocontroller Bus Architecture) compliant. AMBA is a standard on-chip ASIC bus allowing rapid modular design of low power systems while simplifying design

* 16x PCIe (4 of the 20 are used by the bus as described above) This table is generated automatically from the data in the actual articles.

*** GX Bus removed *** X Bus removed (2 interface, down from 3)

** Leverages the {{intel|Ring Bus}} architecture ...r the acceleration of inference in the [[data center]]. The design targets data center inference workloads with a performance-power efficiency of close to

|bus links=8 |bus rate=16 GT/s

|bus links=8 |bus rate=16 GT/s

In other words, every port has its own row bus which communicates across its row. There is a set of eight-column channels ...o from Port18 to Port9, pockets are first routed from Port18 along the row-bus to the local crossbar on the 5th column. From the local crossbar, the pocke

|18514||D||[https://www.amd.com/system/files/TechDocs/18514.pdf ÉlanSC300 Data Sheet]||1997-09-30|| ...F||[[:File:AMD-K5 Processor Data Sheet (January 1997).pdf|AMD K5 Processor Data Sheet]]||1997-01||

* 64-bit internal bus (from 32-bit) * Bus

This table is generated automatically from the data in the actual articles. |L0_CADIN/OUT_H/L[15:0]||HT Link 0 Differential Command/Address/Data Input/Output

This table is generated automatically from the data in the actual articles. No data available. Presumably same dimensions as the OPGA-940 package for {{\\|Sock

This table is generated automatically from the data in the actual articles. |L0_CADIN/OUT_H/L[15:0]||HT Link 0 Differential Command/Address/Data Input/Output

This table is generated automatically from the data in the actual articles. |M_DATA[63:0]||B-IO-S||DRAM Data Bus

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

...r extended battery life, higher core frequencies, and raised the frontside bus clock to 100 MHz. For mobile and embedded processors AMD developed the {{\\ * 66/100 MHz frontside bus, up to 800 MByte/s

This table is generated automatically from the data in the actual articles. |MA/MB_DATA[63:0]||DRAM Data Bus

This table is generated automatically from the data in the actual articles. ! data-sort-type="number" | L2$ !! data-sort-type="number" | L3$ !! data-sort-type="number" | Frequ.

...chitecture and fabricated on a 65 nm process. It raised the maximum memory data rate to 800 MT/s and uses dual power planes supplying the cores and northbr ...AMD's HT Assist (probe filter) technology, APML, and raises the maximum HT data rate to 4800 MT/s. This socket is compatible with Fr5 and Fr6 packages. Fr5

This table is generated automatically from the data in the actual articles. |L0_CADIN/OUT_H/L[15:0]||HT Link 0 Differential Command/Address/Data Input/Output

This table is generated automatically from the data in the actual articles. No data available. Dimensions should be similar to those of the OPGA-638 package sh

This table is generated automatically from the data in the actual articles. |MA/MB/MC/MD_DATA[63:0]||DRAM Data Bus

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1000™ Processor Data Book|url=https://web.archive.org/web/20061015230659id_/http://www.razamicro

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1000™ Processor Data Book|url=https://web.archive.org/web/20061015230659id_/http://www.razamicro

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1000™ Processor Data Book|url=https://web.archive.org/web/20061015230659id_/http://www.razamicro

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1000™ Processor Data Book|url=https://web.archive.org/web/20061015230659id_/http://www.razamicro

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

...ler. SDRAM runs at one half of the frequency of the internal 32-bit System Bus, which runs at up to one half of the CPU core frequency. * {{cite techdoc|title=AMD Alchemy™ Au1100™ Processor Data Book|url=https://web.archive.org/web/20061020095828id_/http://www.amd.com:8

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

..., and other integrated peripherals are linked by an internal 32-bit System Bus (SBUS). The SDRAM clock is configurable 1/1 or 1/2 of the SBUS frequency, w * PCI 2.2 controller, 32-bit bus, 33 or 66&nbsp;MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...and MAE peripherals can access the SDRAM controller through a 64-bit side bus running at the SBUS frequency. ** [[wikipedia:ITU-R BT.656|ITU-R BT.656]] compatible 8/9/10-bit bus running at up to 33 MHz

...mode the data cache continues to snoop the internal System Bus to maintain data coherency. The {{abbr|GPR}}s and CP0 registers are preserved in both modes, ==== Data and Instruction Caches ====

...icensed from third parties, always including an SDRAM controller, a static bus controller, a DMA controller, two interrupt controllers, two timers {{abbr| ...n-bus master capable peripherals are attached with an ancillary Peripheral Bus (PBUS) running at one half of the SBUS frequency.

...ports which extend the Control Fabric to the CCDs, these links run on four data and two clock lanes, as well as USB signals and low speed busses.<!--AMD-55 ...to {{abbr|CCIX}} memory expanders. XGBE is a backplane Ethernet link with data rates up to 10&nbsp;Gbit/s.) TR4 processors do not support PCIe Gen 4.

...upports 12 channels of [[DDR5]] memory with two 40-bit subchannels (32 bit data + 8 bit ECC) and up to 2 DIMMs per channel, eight 16-lane PCIe Gen 5 I/O li ...h channel has two independent subchannels with a 32-bit data and 8-bit ECC bus. Type-0 processors support {{abbr|SR}}/{{abbr|DR}} RDIMMs, {{abbr|4R}}/{{ab

...pports two channels of [[DDR5]] memory with two 36-bit subchannels (32 bit data + 4 bit ECC) and up to 2 DIMMs per channel, up to 28 lanes PCIe Gen 4/5, fo ** Data rate up to ?

* 64 bit Athlon [[front side bus]] up to 166&nbsp;MHz, 333&nbsp;MT/s, 2.667&nbsp;GB/s ! data-sort-type="number" | Model !! Core !! {{amd|CPUID#Family 6|CPUID}}

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=133 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=100 MHz

|bus type=FSB |bus speed=166 MHz