=== Generation successor === ! First Generation !! !! Second Generation !! !! Third Generation

For desktop and mobile, Haswell is branded as 4th Generation Intel {{intel|Core}} processors. For server class processors, Intel branded ...expands on them considerably in the execution engine with wider execution units and additional scheduler ports.

...i5}}, {{intel|Core i7}} processors. For workstations it's branded as first generation {{intel|Xeon E3}}. **** Execution Units

For desktop and mobile, Skylake is branded as 6th Generation Intel {{intel|Core i3}}, {{intel|Core i5}}, {{intel|Core i7}} processors. F ...FP-add unit on port 1 removed in favour of running all FP math on the FMA units.

...op APUs (2020)</td></tr><tr><td style="width: 50px;">'''5'''</td><td>Third generation Zen (Zen 3)(2020)</td></tr></table> ** Traditional design for cores without shared blocks (e.g. shared SIMD units)

...s a new fetch block address. If no branches are expected it calculates the address of the next sequential block. Branches are evaluated much later in the inte ...s, is flushed otherwise. It includes an optimization for calls to the next address, an IA-32 idiom to obtain a copy of the instruction pointer enabling positi

'''PEZY-SC2''' ('''PEZY Super Computer 2''') is a third generation [[many-core microprocessor]] developed by [[PEZY]] and introduced in early Introduced by [[PEZY]] along with their second-generation [[ZettaScaler]]-2.0 supercomputer series, the SC2 incorporates 2,048 cores

'''Gen9.5''' (''Generation 9.5'') is the [[microarchitecture]] for [[Intel]]'s [[graphics processing u | GT1 || Contains 1 slice with 12 execution units.

'''Gen9''' (''Generation 9'') is the [[microarchitecture]] for [[Intel]]'s [[graphics processing uni | GT1 || Contains 1 slice with 12 execution units.

** Early zero bubble predictor using Target Address Registers controlled by the compiler ** 64-entry Target Address Cache

| Two radiator pumps or two Water Conditioning Units (WCUs) in the case of water cooling. ...ccessor to {{\\|z13}}, offering a large set of enhancements over the prior generation in all key areas such as scalability, security, and performance.

...-Threading|HT}} !! {{intel|Turbo Boost|TBT}} !! {{x86|AVX-512}} !! AVX-512 Units !! {{intel|Ultra Path Interconnect|UPI}} links !! Scalability ...logies not found in the client configuration. In addition to the execution units that were added, the cache hierarchy has changed for the server core as wel

...previous generational chip. The entire memory subsystem was redesigned to address the major deficiencies in prior chips. In previous chip, Microsoft chose to ...ow the CPU accesses the memory has not been detailed. As with the previous generation, a bidirectional bus sits between the [[memory controllers]] and the CPUs a

...[[data cache]]. Complex instructions are processed by the Special Function Units (SFU) located in each city. A fair amount of sacrifices were made in order ...'''City''' is made of 64 KiB of [[L2 cache]], a number of special function units, and 4 smaller blocks called "Villages". A '''village''' consists of four p

...-Threading|HT}} !! {{intel|Turbo Boost|TBT}} !! {{x86|AVX-512}} !! AVX-512 Units !! {{intel|Ultra Path Interconnect|UPI}} links !! Scalability ** Execution units

The M3 was fabricated on Samsung's second generation [[10 nm process|10LPP (Low Power Plus) process]]. **** new fuse address generation and memory µOP support

** Parallel functional units controlled by VLIW instructions ...architecture. There are independent SHAVE cores, with up to eight in this generation may be chained together. Cores benefit from zero penalty from their two nei

*** Execution Units **** Wider FP Units (128-bit, up from 64-bit)

...teger/address and two floating point instruction schedulers, 3-way address generation, 5-way integer execution. 4-way 256-bit wide floating point execution, a sp * Five-level paging; Max. physical and linear address size raised from 48 to 52 and 57 bits respectively

...eady to be fetched. Additionally, there is a return stack which stores the address and instruction set state ({{arm|AArch32}}/R14 or {{arm|AArch64}}/X30) on b ===== Execution Units =====

*** Execution units ...eady to be fetched. Additionally, there is a return stack which stores the address and instruction set state ({{arm|AArch32}}/R14 or {{arm|AArch64}}/X30) on b

*** Execution units ...eady to be fetched. Additionally, there is a return stack which stores the address and instruction set state ({{arm|AArch32}}/R14 or {{arm|AArch64}}/X30) on b

...ctures, enabling up to 10% higher frequency. SiFive reworked the execution units. The new design can handle up to two instruction being issued at once, this ...ycle [[load-to-use latency]] where the first stage is used for the address generation and the last stage can be used to operate on the data.

...rora deviates from all prior chips in the kind of markets it's designed to address. Therefore, NEC made slightly different design choice compared to prior gen ...to the sixteen ports on the mesh network. 16 elements/cycle vector address generation and translation, as well as 17 requests issued/cycle, can be performed. The

...ing at 2.2 GHz, a Mali G71 MP12 GPU operating 1 GHz, 2 [[neural processing units]] operating at 2 GHz, and various other hardware accelerators. The FSD supp The FSD chip integrates two custom-designed [[neural processing units]]. Each NPU packs 32 MiB of SRAM designed for storing temporary network res

...mance per Watt and scalability. The designation G34 stands for AMD's third generation server socket with four memory channels. Socket G34 has a [[DDR3]] memory i ...d|K10|l=arch}} microarchitecture, and Family 15h featuring up to 8 compute units (not exactly 16 cores) based on the {{amd|Bulldozer|l=arch}} and {{amd|Pile