{"id":26513,"date":"2026-05-08T09:02:00","date_gmt":"2026-05-08T07:02:00","guid":{"rendered":"https:\/\/www.chinasmartbuy.com\/blog\/?p=26513"},"modified":"2026-05-07T23:43:25","modified_gmt":"2026-05-07T21:43:25","slug":"samsung-exynos-14nm-96mb-cache","status":"publish","type":"post","link":"https:\/\/www.chinasmartbuy.com\/blog\/samsung-exynos-14nm-96mb-cache\/","title":{"rendered":"Samsung Exynos 1.4 nm in test: 96 MB di cache e 4,50 GHz"},"content":{"rendered":"\n\n<style>\n  :root {\n    --red: #CC1B1B;\n    --red-light: rgba(204,27,27,0.08);\n    --red-mid: #e84040;\n    --accent-soft-bg: rgba(204,27,27,0.07);\n    --accent-soft-border: rgba(204,27,27,0.18);\n    --text: #1a1a1a;\n    --text-muted: #666;\n    --card: #ffffff;\n    --border: #ebebeb;\n    --page-bg: #ffffff;\n    --surface-soft: #fafafa;\n    --surface-contrast: #f0f0f0;\n    --line-soft: #f5f5f5;\n    --soft-label: #bbb;\n    --muted-label: #999;\n    --copy: #333;\n    --font-head: 'Bebas Neue', sans-serif;\n    --font-body: 'DM Sans', sans-serif;\n    --heading-spacing: 0.04em;\n    --heading-weight: 400;\n    --spec-header-spacing: 0.08em;\n    --quickfacts-shadow: 0 10px 24px rgba(15,23,42,0.06);\n  }\n  .fbp5-wrap,.fbp5-wrap * { box-sizing:border-box; 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}\n  }\n<\/style>\n<div class=\"fbp5-wrap rh-json-article\" id=\"rh-article-mow0io4u-r3a6s\" data-rh-article-type=\"news\" data-rh-site-profile=\"china-smart-buy\">\n  <div class=\"fbp5-intro\">\n    \n    <p>Samsung sta testando in anticipo un nuovo chip Exynos basato sul nodo a <strong>1,4 nm<\/strong>, con un obiettivo chiaro: alzare frequenze e capacit\u00e0 di cache rispetto alla generazione attuale. I dettagli emersi parlano di un processore con <strong>96 MB di cache SLC<\/strong> e una frequenza di picco fino a <strong>4,50 GHz<\/strong>.<\/p><p>Il progetto \u00e8 ancora lontano dalla produzione di massa e, proprio per questo, va letto come un assaggio delle direzioni tecniche che Samsung vuole seguire nei prossimi anni. Le specifiche iniziali sembrano interessanti soprattutto per chi guarda a prestazioni, latenza e architettura del chip pi\u00f9 che al singolo modello commerciale.<\/p>\n  <\/div><figure class=\"wp-block-image size-large\" style=\"margin:18px 0;display:block;clear:both;width:100%;position:relative;z-index:1\"><a href=\"https:\/\/www.chinasmartbuy.com\/blog\/wp-content\/uploads\/2026\/05\/samsung-exynos-1-4-nm-in-test-details-of-next-gen-exynos-c-1gcw3sg1qo.webp\" target=\"_blank\" rel=\"noopener\" style=\"display:block;width:100%;position:relative;z-index:2;pointer-events:auto;cursor:zoom-in\"><img decoding=\"async\" src=\"https:\/\/www.chinasmartbuy.com\/blog\/wp-content\/uploads\/2026\/05\/samsung-exynos-1-4-nm-in-test-details-of-next-gen-exynos-c-1gcw3sg1qo.webp\" alt=\"Details of next-gen Exynos chip fabricated using 1.4nm node\" loading=\"lazy\" style=\"display:block;max-width:100%;height:auto;margin:0 auto;pointer-events:auto\"><\/a><\/figure>\n  \n\n      <section class=\"fbp5-section\">\n        <div class=\"fbp5-section-label\">Architettura<\/div>\n        <h2>Il nuovo Exynos passa a una CPU a 10 core con <span>frequenze pi\u00f9 alte<\/span><\/h2>\n        <p>Il chip in test adotta una configurazione CPU <strong>2+4+4<\/strong> per un totale di <strong>10 core<\/strong>. I due core principali toccano <strong>4,50 GHz<\/strong>, mentre i quattro core prestazionali lavorano a <strong>3,80 GHz<\/strong> e i quattro core efficienti arrivano a <strong>2,00 GHz<\/strong>.<\/p><p>Il confronto pi\u00f9 immediato \u00e8 con Exynos 2600, che si ferma a <strong>3,8 GHz<\/strong> sui core di punta. Il salto annunciato sui core prime \u00e8 quindi del <strong>19%<\/strong> circa, un dato che segnala un lavoro mirato sull\u2019aumento della frequenza massima.<\/p>\n        <ul class=\"fbp5-bullet-list\"><li>Configurazione CPU: <strong>2+4+4<\/strong><\/li><li>Core prime: fino a <strong>4,50 GHz<\/strong><\/li><li>Core prestazionali: <strong>3,80 GHz<\/strong><\/li><li>Core efficienti: <strong>2,00 GHz<\/strong><\/li><li>Incremento del picco rispetto a Exynos 2600: circa <strong>19%<\/strong><\/li><\/ul>\n        <div class=\"rh-quickfacts-grid\">\n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Totale core<\/div>\n        <div class=\"rh-quickfacts-value\">10<\/div>\n      <\/div>\n    \n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Core ad alte prestazioni<\/div>\n        <div class=\"rh-quickfacts-value\">2<\/div>\n      <\/div>\n    \n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Core efficienti<\/div>\n        <div class=\"rh-quickfacts-value\">4<\/div>\n      <\/div>\n    <\/div>\n        <div class=\"fbp5-highlight\">Il picco a <strong>4,50 GHz<\/strong> \u00e8 il dato pi\u00f9 evidente di questa fase di test, ma riguarda ancora un chip in sviluppo e non un prodotto finalizzato.<\/div>\n        <div class=\"fbp5-info\">Samsung resta concentrata anche sul miglioramento della resa del processo a <strong>2 nm<\/strong>, prima di portare davvero il nodo a <strong>1,4 nm<\/strong> alla produzione su larga scala.<\/div>\n        \n      <div class=\"fbp5-scheda\">\n        <div class=\"fbp5-scheda-header\">Specifiche CPU emerse<\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Architettura<\/div>\n            <div class=\"fbp5-scheda-val\">2+4+4<\/div>\n          <\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Frequenza massima<\/div>\n            <div class=\"fbp5-scheda-val\">4,50 GHz<\/div>\n          <\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Core prestazionali<\/div>\n            <div class=\"fbp5-scheda-val\">3,80 GHz<\/div>\n          <\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Core efficienti<\/div>\n            <div class=\"fbp5-scheda-val\">2,00 GHz<\/div>\n          <\/div>\n        \n      <\/div>\n    \n      <\/section>\n    \n\n      <section class=\"fbp5-section\">\n        <div class=\"fbp5-section-label\">Cache e prestazioni<\/div>\n        <h2>La cache SLC da 96 MB \u00e8 il dettaglio pi\u00f9 <span>insolito del progetto<\/span><\/h2>\n        <p>L\u2019elemento pi\u00f9 singolare di questo Exynos \u00e8 la presenza di una <strong>cache di sistema da 96 MB<\/strong>. Si tratta di un valore molto alto per un chip destinato agli smartphone e pu\u00f2 ridurre la latenza tra CPU e GPU, oltre a migliorare la banda disponibile per i dati usati pi\u00f9 spesso.<\/p><p>Il rapporto segnala anche un bus molto ampio, pensato per contenere la latenza tra i diversi blocchi del chip. In teoria, una cache pi\u00f9 grande pu\u00f2 alleggerire il lavoro di CPU, GPU, NPU e ISP, che non devono restare attivi di continuo per scambiare informazioni con la memoria principale.<\/p>\n        <ul class=\"fbp5-bullet-list\"><li>Cache di sistema: <strong>96 MB<\/strong><\/li><li>Bus descritto come molto ampio per ridurre la latenza<\/li><li>Obiettivo: maggiore reattivit\u00e0 nei carichi condivisi tra CPU, GPU, NPU e ISP<\/li><\/ul>\n        <div class=\"rh-quickfacts-grid\">\n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Tipo di cache<\/div>\n        <div class=\"rh-quickfacts-value\">SLC<\/div>\n      <\/div>\n    \n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Vantaggio atteso<\/div>\n        <div class=\"rh-quickfacts-value\">Minore latenza<\/div>\n      <\/div>\n    \n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Impatto architetturale<\/div>\n        <div class=\"rh-quickfacts-value\">Maggiore area del die<\/div>\n      <\/div>\n    <\/div>\n        <div class=\"fbp5-highlight\">Una cache da <strong>96 MB<\/strong> \u00e8 molto oltre i valori oggi visti negli smartphone e alza in modo pesante complessit\u00e0 e costi produttivi.<\/div>\n        <div class=\"fbp5-info\">Il valore massimo citato per i chip mobile oggi \u00e8 di <strong>10 MB<\/strong>, gi\u00e0 presente nel Dimensity 9500. Per questo, una cache da 96 MB \u00e8 difficile da immaginare in uno smartphone tradizionale.<\/div>\n        \n      <div class=\"fbp5-scheda\">\n        <div class=\"fbp5-scheda-header\">Dettagli sulla cache<\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Cache SLC<\/div>\n            <div class=\"fbp5-scheda-val\">96 MB<\/div>\n          <\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Effetto principale<\/div>\n            <div class=\"fbp5-scheda-val\">Riduzione della latenza<\/div>\n          <\/div>\n        \n          <div class=\"fbp5-scheda-row\">\n            <div class=\"fbp5-scheda-key\">Costo tecnico<\/div>\n            <div class=\"fbp5-scheda-val\">Die pi\u00f9 grande e pi\u00f9 caro da produrre<\/div>\n          <\/div>\n        \n      <\/div>\n    \n      <\/section>\n    \n\n      <section class=\"fbp5-section\">\n        <div class=\"fbp5-section-label\">Roadmap<\/div>\n        <h2>Produzione di massa prevista solo nel 2029, quindi il chip \u00e8 <span>ancora lontano<\/span><\/h2>\n        <p>Samsung punta alla produzione di massa del nodo a <strong>1,4 nm nel 2029<\/strong>. Prima di arrivarci, l\u2019azienda continuer\u00e0 a lavorare su ulteriori iterazioni del processo <strong>2 nm GAA<\/strong>, concentrandosi sulla stabilit\u00e0 della resa.<\/p><p>Per questo motivo il chip in test difficilmente sar\u00e0 l\u2019inedito <strong>Exynos 2700. Le specifiche emerse vanno considerate come un<\/strong>\u2019indicazione preliminare, utile per capire dove Samsung vuole spingere la prossima generazione di Exynos.<\/p>\n        <ul class=\"fbp5-bullet-list\"><li>Produzione di massa del nodo a <strong>1,4 nm<\/strong> prevista per il <strong>2029<\/strong><\/li><li>Prima fase: ulteriori iterazioni del processo <strong>2 nm GAA<\/strong><\/li><li>Il chip in test non sembra coincidere con <strong>Exynos 2700<\/strong><\/li><\/ul>\n        <div class=\"rh-quickfacts-grid\">\n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Stato del progetto<\/div>\n        <div class=\"rh-quickfacts-value\">Test iniziali<\/div>\n      <\/div>\n    \n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Priorit\u00e0 attuale<\/div>\n        <div class=\"rh-quickfacts-value\">Stabilit\u00e0 della resa<\/div>\n      <\/div>\n    \n      <div class=\"rh-quickfacts-card\">\n        <div class=\"rh-quickfacts-label\">Affidabilit\u00e0 delle specifiche<\/div>\n        <div class=\"rh-quickfacts-value\">Da considerare preliminari<\/div>\n      <\/div>\n    <\/div>\n        <div class=\"fbp5-highlight\">Le specifiche sono interessanti, ma restano dati di sviluppo: tra test iniziali e produzione di massa c\u2019\u00e8 ancora molta strada.<\/div>\n        <div class=\"fbp5-info\">Il quadro generale suggerisce un <strong>Exynos orientato a frequenze pi<\/strong>\u00f9 alte e a una cache molto pi\u00f9 ampia, ma senza una data vicina per un debutto commerciale.<\/div>\n        \n      <\/section>\n    \n<\/div>\n","protected":false},"excerpt":{"rendered":"<p>Samsung sta testando un Exynos a 1,4 nm con CPU a 10 core, 96 MB di cache SLC e frequenza di picco fino a 4,50 GHz.<\/p>\n","protected":false},"author":5,"featured_media":26512,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"_exactmetrics_skip_tracking":false,"_yoast_wpseo_focuskw_text_input":"Samsung Exynos 1.4 nm","footnotes":""},"categories":[480],"tags":[542],"class_list":["post-26513","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-news","tag-samsung"],"blocksy_meta":{"styles_descriptor":{"styles":{"desktop":"","tablet":"","mobile":""},"google_fonts":[],"version":8}},"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v28.6 - https:\/\/yoast.com\/product\/yoast-seo-wordpress\/ -->\n<title>Samsung Exynos 1.4 nm in test: 96 MB di cache e 4,50 GHz<\/title>\n<meta name=\"description\" content=\"Samsung testa un Exynos a 1,4 nm con 96 MB di cache SLC e frequenza fino a 4,50 GHz. 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