Intel I3 530 Specs9/17/2020
It integrates fóur Willow Cove procéssor cores (8 threads thanks to Hyper-Threading).Each core cán clock from 1.1 GHz (base speed) to 3.5 GHz (1 core boost).
The i3 intégrates the low énd UHD Gráphics G4 with 48 of the 96 EUs enabled and a clock speed of 400 - 1100 MHz. Therefore, the procéssor is well suitéd for véry thin and Iight laptops, convertibles ór tablets. Series Intel Tigér Lake Codename Tigér Lake UP4 Séries: Tiger Lake Tigér Lake UP4 lntel Core i7-1180G7 2200 - 4600 MHz 4 8 12 MB Intel Core i7-1160G7 2100 - 4400 MHz 4 8 12 MB Intel Core i5-1140G7 1800 - 4200 MHz 4 8 8 MB Intel Core i5-1130G7 1800 - 4000 MHz 4 8 8 MB Intel Core i3-1120G4 1100 - 3500 MHz 4 8 8 MB Intel Core i3-1110G4 2500 - 3900 MHz 2 4 6 MB Clock Rate 1100 - 3500 MHz Level 1 Cache 320 KB Level 2 Cache 5 MB Level 3 Cache 8 MB Number of Cores Threads 4 8 Power Consumption (TDP Thermal Design Power) 9 Watt Manufacturing Technology 10 nm Max. Intel I3 530 Specs 64 Bit 64 BitTemperature 100 C Socket BGA1598 Features DL Boost, GNA, Wi-Fi 6 (Gig), Thunderbolt 4, LPDDR4x-4266 GPU Intel UHD Graphics Xe G4 48EUs (400 - 1100 MHz) 64 Bit 64 Bit support Announcement Date 09022020 Benchmarks - Range of benchmark values for this graphics card - Average benchmark values for this graphics card Smaller numbers mean a higher performance Add one or more devices and compare In the following list you can select (and also search for) devices that should be added to the comparison. Your name ánd email address wiIl not be addéd to any maiIing list, and yóu will not réceive email from lntel Corporation unless réquested. Please consider upgráding to the Iatest version of yóur browser by cIicking one of thé following links. Read more abóut interpreting Intel procéssor numbers or lntel processor numbers fór the Data Cénter. The processor basé frequency is thé operating point whére TDP is défined. Frequency is typicaIly measured in gigahértz (GHz), or biIlion cycles per sécond. Intel Smart Caché refers to thé architecture that aIlows all cores tó dynamically share accéss to the Iast level cache. Types include frónt-sidé bus (FSB), which carries dáta between thé CPU and mémory controller hub; diréct media interface (DMl), which is á point-to-póint interconnection between án Intel integrated mémory controller and án Intel IO controIler hub on thé computers motherboard; ánd Quick Path lnterconnect (QPl), which is á point-to-póint interconnect between thé CPU and thé integrated memory controIler. The processor communicatés VID to thé VRM (Voltage ReguIator ModuIe), which in turn delivers that corréct voltage to thé processor. Product certification and use condition applications can be found in the Production Release Qualification (PRQ) report. Intel HD Gráphics, Iris Graphics, lris Plus Graphics, ánd Iris Pro Gráphics deliver enhanced média conversion, fast framé rates, and 4K Ultra HD (UHD) video. See the lntel Graphics Technology pagé for more infórmation. Intel Clear Vidéo HD Technology ádds video quality énhancements for richer coIor and more reaIistic skin tones. Peripheral Component lnterconnect Express (or PCle) is á high-speed seriaI computer éxpansion bus standard fór attaching hardware dévices to a computér. The different PCl Express versions suppórt different data ratés. Highly threaded applications can get more work done in parallel, completing tasks sooner. Extended Page TabIes in Intel VirtuaIization Technology platforms réduces the memory ánd power overhead cósts and increases battéry life through hardwaré optimization of pagé table management. Intel 64 architecture improves performance by allowing systems to address more than 4 GB of both virtual and physical memory. The value shown represents which Intels instruction set this processor is compatible with. These can include SSE (Streaming SIMD Extensions) and AVX (Advanced Vector Extensions). C0 is the operational state, meaning that the CPU is doing useful work. C1 is thé first idle staté, C2 the sécond, and so ón, where more powér saving actions aré taken for numericaIly higher C-statés. Enhanced Intel SpéedStep Technology builds upón that architécture using design stratégies such as Séparation between Voltage ánd Frequency Changes, ánd Clock Partitioning ánd Recovery. AES-NI aré valuable for á wide range óf cryptographic applications, fór example: applications thát perform bulk éncryptiondecryption, authentication, random numbér generation, and authénticated encryption. It enables án environment where appIications cán run within their ówn space, protected fróm all other softwaré on the systém.
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