Wikipedia

Ryzen

linea di microprocessori AMD

Ryzen[1] è una linea[2] di microprocessori x86-64 progettati e commercializzati da Advanced Micro Devices Inc. (AMD) per piattaforme desktop, mobili ed embedded basate sulla microarchitettura Zen e successori.

AMD Ryzen
Central processing unit
ProdottoFebbraio 2017
Venduto daAMD
Progettato daAMD
PredecessoreFX
Specifiche tecniche
Frequenza CPU3.0 GHz / 5.7 GHz
Processo
(l. canale MOSFET)		14 nm / 5 nm
Set di istruzioniAMD64/x86-64, MMX(+), SSE1, SSE2, SSE3, SSSE3, SSE4a, SSE4.1, SSE4.2, AES, CLMUL, AVX, AVX2, FMA3, CVT16/F16C, ABM, BMI1, BMI2, SHA
MicroarchitetturaZen
Zen+
Zen 2
Zen 3
Zen 3+
Zen 4
N° di core (CPU)Desktop: fino a 16 cores

Workstation: fino a 64 cores

Consiste in unità centrali di elaborazione (CPU) affiancate dall'unità di elaborazione accelerata (APU) chiamata AMD Fusion, commercializzata per segmenti mainstream, workstation ed entry-level nonché sistemi integrati. Mentre la maggior parte dei prodotti Ryzen sono destinati all'uso con il socket AM4, nell'agosto 2017 AMD ha aggiunto una linea di processori desktop ad alto numero di core rivolti al mercato delle workstation con il marchio Ryzen Threadripper che utilizzano i socket TR4 e sTRX4 e quindi supportano più canali di memoria e PCI Express.

Storia

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AMD ha annunciato ufficialmente i primi prodotti Ryzen a 14 nm durante l'evento di New Horizon il 13 dicembre 2016 e li ha introdotti il 2 marzo 2017 con i primi processori a 8 core e 16 thread.[3] Essi presentano un incremento delle Istruzioni per ciclo (IPC) del 52% rispetto alle CPU precedenti[4] e sono basati su architettura Zen che ha permesso ad AMD di rientrare nel mercato dei microprocessori, soprattutto di fascia alta.[5]

La seconda generazione (2xxx) di CPU Ryzen introduce nell'aprile 2018 la microarchitettura Zen+ che si basa su un processo produttivo a 12 nm (GlobalFoundries) e che sistema i problemi della latenza della cache e della memoria, tipici dei primi Ryzen[6]. Presenta un miglioramento complessivo del 10% (circa il 3% in IPC e 6% in frequenza)[7] rispetto alla prima generazione (1xxx).

La terza generazione (3xxx), basata su Zen 2, con miglioramenti di progettazione più significativi e un'ulteriore riduzione del processo produttivo TSMC 7 nm, è stata lanciata il 7 luglio 2019. È caratterizzata da un aumento del 15% IPC, anche se secondo MSI[8] e userbenchmark[9] l'incremento è solo del 13%. Il 16 giugno 2020 sono stati annunciati da AMD i nuovi processori XT della serie Ryzen 3000 con un boost clock superiore di 100 MHz rispetto agli originali.[10]

La quarta generazione (5xxx) dei Ryzen ha come fondamento Zen 3, che è basato su un processo produttivo a 7nm+ che porta migliorie nei calcoli single-thread, un IPC del 19% rispetto a Zen 2 e frequenze operative vicine ai 5 GHz.[11] È stata annunciata il 5 novembre 2020 da Lisa Su sui canali ufficiali AMD.[12]

La quinta generazione (7xxx) è stata rilasciata il 27 settembre 2022; utilizza la nuova microarchitettura Zen 4 che aumenta ulteriormente l'ICP del 13% e la frequenza del 15% (il boost del modello top di gamma arriva a 5,7GHz, 800MHz in più rispetto alla generazione precedente), portando il miglioramento di prestazioni su thread singolo al 30% circa, grazie a un nuovo processo produttivo a 5nm (TSMC).[13] Inoltre i Ryzen 7000 sfruttano il nuovo socket AM5, compatibile con le RAM DDR5 e con il PCIe 5.0.[14]

Caratteristiche tecniche

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  • Socket AM4 per Ryzen e Socket TR4 per Ryzen Threadripper.[15][16]
  • 4,8 miliardi di transistor per 192 mm2[17] 8-core "Zeppelin" die[18] con un die utilizzato per Ryzen e due per Ryzen Threadripper.
  • Stepping: B1[19]
  • Supporto RAM:
    • Ryzen dual-channel: DDR4 –2666 × 2 singolo rank, DDR4–2400 × 2 doppio rank, DDR4–2133 × 4 singolo rank o DDR4–1866 × 4 doppio rank.[20]
    • Ryzen Threadripper quad-channel: DDR4–2666 × 4 singolo rank, DDR4–2400 × 4 doppio rank, DDR4–2133 × 8 singolo rank o DDR4–1866 × 8 doppio rank.
  • Set di istruzioni: x87, MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AES, CLMUL, AVX, AVX2, FMA3, CVT16 / F16C, ABM, BMI1, BMI2, SHA.[21]
  • Tutte le CPU Ryzen hanno i moltiplicatori sbloccati.
  • La tecnologia SenseMI di AMD monitora continuamente il processore e utilizza Infinity Control Fabric per offrire le seguenti funzionalità:[22][23]
    1. Pure Power riduce l'intera rampa di tensione (volt) del processore e la velocità di clock, per carichi leggeri.
    2. Precision Boost aumenta la tensione (volt) del processore e la velocità di clock di 100-200 MHz se sono attivi tre o più core (cinque o più con incremento di 300 MHz, nel caso di Threadripper); l-incremento è maggiore quando sono attivi meno di tre core (meno di cinque, nel caso di Threadripper).[24]
    3. XFR (eXtended Frequency Range) mira a mantenere la velocità di clock media più vicina al massimo boost di precisione, quando è disponibile un raffreddamento sufficiente.[25]
    4. Per ottimizzare il flusso di lavoro di istruzioni e la gestione della cache, Neural Net Prediction e Smart Prefetch all'interno del processore usano un percettrone basato su branch prediction neurali.

Ryzen è stato lanciato insieme a una linea di nuovi dissipatori ad aria per Socket AM4: Wraith Stealth, Wraith Spire e Wraith Max. Questa linea sostituisce il dissipatore ad aria originale AMD Wraith, commercializzato a metà 2016.[26] Wraith Stealth è un'unità a basso profilo pensata per le CPU di fascia bassa con rating per un TDP di 65 W, mentre Wraith Spire è il dissipatore per le CPU mainstream con rating TDP di 95 W, insieme all'illuminazione RGB opzionale su alcuni modelli. Wraith Max è un dissipatore più grande con heatpipe per un TDP 140 W.

Tabella delle CPU Ryzen

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Ryzen 1000

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  • In questa generazione AMD produce solamente CPU senza una parte grafica integrata (APU).
  • I processori sono divisi in Ryzen 3 (fascia bassa), Ryzen 5 (fascia media) e Ryzen 7 (fascia alta);[27] dalla terza generazione verrà aggiunto anche il Ryzen 9 (fascia enthusiast).
  • I Ryzen Threadripper sono processori con maggiori prestazioni, Linee PCIe e canali di memoria aggiuntivi rivolti al mercato delle workstation enthusiast.
  • Microarchitettura: Zen
  • Cache di primo livello: 64 KB istruzioni + 32 KB dati per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: GlobalFoundries 14nm
  • Core: Summit Ridge / Whitehaven (Threadripper)[28]
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM TDP (W)
Base Boost L1 L2 L3
Ryzen 3
1200[29] 27/07/2017 109[30] 4/4 3,1 3,4 384 KB 2048 KB 8 MB AM4 16 Gen.3

(Solo CPU)

DDR4-2667 MHz

(Dual channel)

65
1300X[31] 129[32] 3,4 3,7
PRO 1200[33] 29/06/2017 OEM 3,1 3,4
PRO 1300[34] 3,5 2,7
Ryzen 5
1400[35] 11/04/2017 169[36] 4/8 3,2 3,4 384 KB 3072 KB 8 MB AM4 16 Gen.3

(Solo CPU)

DDR4-2667 MHz

(Dual channel)

65
1500X[37] 189[38] 3,5 3,7 16 MB
1600[39] 219[40] 6/12 3,2 3,6 576 KiB
1600X[41] 249[42] 3,6 4,0 95
PRO 1500[43] 29/06/2017 OEM 4/8 3,5 3,7 384 KB 2048 KB 65
PRO 1600[44] 6/12 3,2 3,6 576 KB 3072 KB
Ryzen 7
1700[45] 02/03/2017 329[46] 8/16 3,0 3,7 768 KB 4096 KB 16 MB AM4 16 Gen.3

(Solo CPU)

DDR4-2667 MHz

(Dual channel)

65
1700X[47] 399[48] 3,4 3,8 95
1800X[49] 499[50] 3,6 4,0
PRO 1700[51] 29/07/2017 OEM 3,0 3,7 65
PRO 1700X[52] 3,4 3,8 95
Ryzen Threadripper
1900X[53] 31/08/2017 549[54] 8/16 3,8 4,0 768 KB 4096 KB 32 MB TR4

(SP3r2)

60 Gen.3

(Solo CPU)

DDR4-2667 MHz

(Quad channel)

180
1920X[55] 10/08/2017 799[56] 12/24 3,5 1152 KB 6144 KB
1950X[57] 999[58] 16/32 3,4 1536 KB 8192 KB

Ryzen 2000

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Desktop / Workstation (Threadripper)

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  • Microarchitettura: Zen+
  • Cache di primo livello: 64 KB istruzioni + 32 KB dati per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: GlobalFoundries 12nm
  • Core: Pinnacle Ridge / Colfax (Threadripper)
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM TDP (W)
Base Boost L1 L2 L3
Ryzen 3
2300X[59] 10/09/2018 OEM 4/4 3,5 4,0 384 KB 2048 KB 4 MB AM4 16 Gen. 3

(Solo CPU)

DDR4 2933 MHz

(Dual channel)

65
Ryzen 5
2500X[60] 10/09/2018 OEM 4/8 3,6 4,0 384 KB 2048 KB 8 MB AM4 16 Gen. 3

(Solo CPU)

DDR4 2933 MHz

(Dual channel)

65
2600E[61] 19/04/2018 6/12 3,1 576 KB 3072 KB 16 MB
2600[62] 199[63] 3,4 3,9
2600X[64] 229[65] 3,6 4,25 95
Ryzen 7
2700E[66] 19/09/2018 OEM 8/16 2,8 4,0 768 KB 4096 KB 16 MB AM4 16 Gen. 3

(Solo CPU)

DDR4 2933 MHz

(Dual channel)

65
2700[67] 19/04/2018 299[68] 3,2 4,1
PRO 2700[69] 19/09/2018 OEM
PRO 2700X[70] 3,6 95
2700X[71] 19/04/2018 329[72] 3,7 4,35 105
Ryzen Threadripper
2920X[73] 03/10/2018 649[74] 12/24 3,5 4,3 1152 KB 6144 KB 32 MB TR4

(SP3r2)

60 Gen.3

(Solo CPU)

DDR4 2933 MHz

(Quad channel)

180
2950X[75] 31/08/2018 899[76] 16/32 4,4 1536 KB 8196 KB
2970WX[77] 02/10/2018 1299[78] 24/48 3,0 4,2 2304 KB 12288 KB 64 MB 250
2990WX[79] 13/08/2018 1799[80] 32/64 3072 KB 16384 KB

APU

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  • Microarchitettura: Zen+
  • Cache di primo livello: 128 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: GlobalFoundries 14nm
  • Core: Raven Ridge
Modello Data di uscita Prezzo

MSRP (USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
2200GE[81] 10/05/2018 OEM 4/4 3,2 3,6 512 KB 2048 KB 4 MB AM4 8 Gen. 3 (Solo CPU) DDR4-2933 MHz

(Dual Channel)

Vega 8 35
2200G[82] 12/02/2018 4/4 3,5 3,7 65
Ryzen 5
2400G[83] 12/02/2018 169 4/8 3,6 3,9 512 KB 2048 KB 4 MB AM4 8 Gen. 3 (Solo CPU) DDR4-2933 MHZ

(Dual Channel)

RX Vega 11 65
2400GE[84] 19/04/2018 OEM 3,2 3,8

Mobile

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  • Microarchitettura: Zen
  • Cache di primo livello: 128 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: GlobalFoundries 14nm
  • Core: Raven Ridge
Modello Data di uscita Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
2200U[85] 08/01/2018 2/4 2,5 3,4 256 KB 1024 KB 4 MB FP5 DDR4 (Dual Channel) Vega 6 15
2300U[86] 4/4 2,0 512 KB 2048 KB
Ryzen 5
2500U[87] 26/10/2017 4/8 2,0 3,6 512 KB 2048 KB 4 MB FP5 DDR4 (Dual Channel) Vega 8 15
2600H[88] 30/05/2018 3,3
Ryzen 7
2700U[89] 26/10/2017 4/8 2,2 3,8 512 KB 2048 KB 4 MB FP5 DDR4 (Dual Channel) RX Vega 10 15
2800H[90] 30/05/2018 3,4 RX Vega 11

Ryzen 3000

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Desktop / Workstation (Threadripper)

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  • Microarchitettura: Zen 2
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Matisse / Castle Peak (Threadripper)
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM TDP (W)
Base Boost L1 L2 L3
Ryzen 3
3100[91] 24/04/2020 99 4/8 3,6 3,9 256 KB 2 MB 16 MB AM4 16 Gen. 4 (Solo CPU) DDR4-3200 MHz

(Dual Channel)

65
3300X[92] 120 3,8 4,3
Ryzen 5
3500X[93] 24/09/2019 OEM 6 3,6 4,1 384 KB 3 MB 32 MB AM4 16 Gen. 4 (Solo CPU) DDR4-3200 MHz

(Dual Channel)

65
3600[94] 07/07/2019 199 6/12 3,6 4,2
3600X[95] 249 3,8 4,4 95
3600XT[96] 07/07/2020 4,5
Ryzen 7
3700X[97] 07/07/2019 329 8/16 3,6 4,4 512 KB 4 MB 32 MB AM4 24 Gen. 4 (Solo CPU) DDR4-3200 MHz

(Dual Channel)

65
3800X[98] 399 3,9 4,5 105
3800XT[99] 07/07/2020 4,7
Ryzen 9
3900X[100] 07/07/2019 499 12/24 3,8 4,6 768 KB 6 MB 64 MB AM4 24 Gen. 4 (Solo CPU) DDR4-3200 MHz

(Dual Channel)

105
3900XT[101] 07/07/2020 3,9 4,7
3950X[102] 25/11/2019 749 16/32 3,5 1024 KB 8 MB
Ryzen Threadripper
PRO 3945WX[103] 14/07/2020 OEM 12/24 4,0 4,3 768 KB 6 MB 64 MB WRX8 128 Gen.4 (Solo CPU) DDR4-3200 MHz (Eight Channel) 280
PRO 3955WX[104] 16/32 3,9 1024 KB 8 MB
3960X[105] 25/11/2019 1399 24/48 3,8 4,5 1536 KB 12 MB 128 MB TRX4 DDR4-3200 MHz (Quad Channel)
3970X[106] 1999 32/64 3,7 2048 KB 16 MB
PRO 3975WX[107] 14/07/2020 OEM 3,5 4,2 WRX8 DDR4-3200 MHz (Eight Channel)
3990X[108] 07/02/2020 3990 64/128 2,9 4,3 4096 KB 32 MB 256 MB TRX4 64 Gen. 4 (Solo CPU) DDR4-3200 MHz (Quad Channel)
PRO 3995WX[109] 14/07/2020 5489 2,7 4,2 WRX8 128 Gen. 4 (Solo CPU) DDR4-3200 MHz (Eight Channel)

APU

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  • Microarchitettura: Zen+
  • Cache di primo livello: 96 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: GlobalFoundries 12 nm
  • Core: Picasso
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
3200G[110] 07/07/2019 OEM 4/4 3,6 4,0 384 KB 2 MB 4 MB AM4 DDR4 (Dual Channel) Vega 8 65
3200GE[111] 3,3 DDR4-2933 MHz (Dual Channel) 35
Ryzen 5
3400G[112] 07/07/2019 149 4/8 3,7 4,2 384 KB 2 MB 4 MB AM4 DDR4-2933 MHz (Dual Channel) RX Vega 11 65
3400GE[113] OEM 3,3 4,0 35

Mobile

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  • Microarchitettura: Zen / Zen+
  • Cache di primo livello: 96 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: GlobalFoundries 14 nm / 12 nm
  • Core: Raven Ridge / Picasso
Modello Data di uscita Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
3200U[114] 06/01/2019 2/4 2,6 3,5 192 KB 1 MB 4 MB FP5 DDR4-2400 MHz (Dual Channel) Vega 3 15
3250U[115] 06/01/2020
3300U[116] 06/01/2019 4/4 2,1 384 KB 2 MB Vega 6
Ryzen 5
3500U[117] 06/01/2019 4/8 2,1 3,7 384 KB 2 MB 4 MB FP5 DDR4-2400 MHz (Dual Channel) Vega 8 15
3550H[118] 35
3580U[119] 22/10/2019 Vega 9 15
Ryzen 7
3700U[120] 06/01/2019 4/8 2,3 4,0 384 KB 2 MB 4 MB FP5 DDR4-2400 MHz (Dual Channel) Vega 10 15
3750H[121] 35
3780U[122] 22/10/2019 Vega 11 15

Ryzen 4000

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Desktop

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  • AMD annuncia i Ryzen 4000 nell'aprile 2022 come APU di fascia bassa con la grafica integrata disabilitata
  • Microarchitettura: Zen 2
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Renoir
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM TDP (W)
Base Boost L1 L2 L3
Ryzen 3
4100[123] 04/04/2022 99 4/8 3,8 4,0 256 KB 2 MB 8 MB AM4 8 Gen. 3 (Solo CPU) DDR4-3200 MHz (Dual Channel) 65
Ryzen 5
4500[124] 04/04/2022 129 6/12 3,6 4,1 384 KB 3 MB 8 MB AM4 16 Gen. 3 (Solo CPU) DDR4-3200 MHz (Dual Channel) 65

APU

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  • Microarchitettura: Zen 2
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Renoir
Modello Data di uscita Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
4300GE[125] 21/07/2020 4/8 3,5 4,0 256 KB 2 MB 4 MB AM4 DDR4-3200 MHz (Dual Channel) Vega 6 35
4300G[126] 3,8 65
Ryzen 5
4600GE[127] 21/07/2020 6/12 3,3 4,2 384 KB 3 MB 8 MB AM4 DDR4-3200 MHz (Dual Channel) Vega 7 35
4600G[128] 3,7 65
Ryzen 7
4700GE[129] 21/07/2020 8/16 3,1 4,3 512 KB 4 MB 8 MB AM4 DDR4-3200 MHz (Dual Channel) Vega 8 35
4700G[130] 3,6 4,4 65

Mobile

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  • Microarchitettura: Zen 2
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Renoir
Modello Data di uscita Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
4300U[131] 06/01/2020 4/4 2,7 3,7 256 KB 2 MB 4 MB FP6 DDR4-4266 MHz (Dual Channel) Radeon Graphics 25
Ryzen 5
4500U[132] 06/01/2020 6/6 2,3 4,0 384 KB 3 MB 11 MB FP6 DDR4-4266 MHz (Dual Channel) Radeon Graphics 25
4600U[133] 6/12 2,1 RX Vega 6
4680U[134] 13/04/2021 2,2 8 MB Vega 7 15
4600H[135] 06/01/2020 3,0 RX Vega 6 45
Ryzen 7
4700U[136] 06/01/2020 8/8 1,8 4,2 512 KB 4 MB 12 MB FP6 DDR4-4266 MHz (Dual Channel) Radeon Graphics 25
4800U[137] 8/16 8 MB RX Vega 8
4980U[138] 13/04/2021 2,0 4,4 15
4800H[139] 06/01/2020 2,9 4,2 Vega 7 45
Ryzen 9
4900H[140] 16/03/2020 8/16 3,3 4,4 512 KB 4 MB 8 MB FP6 DDR4-4266 MHz (Dual Channel) RX Vega 8 45

Ryzen 5000

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Desktop / Workstation (Threadripper)

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  • Microarchitettura: Zen 3
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Cezanne / Vermeer / Chagal (Threadripper PRO)
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM TDP (W)
Base Boost L1 L2 L3
Ryzen 5
5500[141] 04/04/2022 159 6/12 3,6 4,2 384 KB 3 MB 16 MB AM4 20 Gen. 3 (Solo CPU) DDR4-3200 MHz (Dual Channel) 65
5600[142] 20/04/2022 199 3,5 4,4 32 MB 20 Gen. 4 (Solo CPU)
5600T 25/10/2024 186 3,7 4,5
5600X[143] 05/11/2020 299 3,7 4,6
5600XT[144] 25/10/2024 194 3,8 4,7
5600X3D[145] 07/07/2023 299 3,3 4,4 512 KB 4 MB 96 MB 105
Ryzen 7
5700[146] 04/04/2022 179 8/16 3,7 4,6 512 KB 4 MB 16 MB AM4 20 Gen. 3 (Solo CPU) DDR4-3200 MHz (Dual Channel) 65
5700X[147] 04/04/2022 299 3,4 4,6 32 MB 20 Gen. 4 (Solo CPU)
5700X3D[148] 01/08/2024 249 3 4,1 96 MB 105
5800[149] 12/01/2021 OEM 3,4 4,6 32 MB 65
5800X[150] 05/11/2020 449 3,8 4,7 105
5800X3D[151] 20/04/2022 3,4 4,5 96 MB
5800XT[152] 31/07/2024 249 3,8 4,8 32 MB
Ryzen 9
5900[153] 21/01/2021 OEM 12/24 3 4,7 768 KB 6 MB 64 MB AM4 20 Gen. 4 (Solo CPU) DDR4-3200 MHz (Dual Channel) 65
5900X[154] 05/11/2020 549 3,7 4,8 105
5900XT[155] 31/07/2024 349 16/32 3,3 4,8 1024 KB 8 MB
5950X[156] 05/11/2020 799 3,4 4,9
Ryzen Threadripper PRO
5945WX[157] 08/03/2022 OEM 12/24 4,1 4,5 768 KB 6 MB 64 MB WRX8 128 Gen. 4 (Solo CPU) DDR4-3200 MHz (Eight Channel) 280
5955WX[158] 16/32 4,0 1024 KB 8 MB
5965WX[159] 08/08/2022 2399 24/48 3,8 1536 KB 12 MB 128 MB
5975WX[160] 3299 32/64 3,6 2048 KB 16 MB
5995WX[161] 6499 64/128 2,7 4096 KB 32 MB 256 MB

APU

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  • Microarchitettura: Zen 3
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Cezanne
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
5300GE[162] 13/04/2021 OEM 4/8 3,6 4,2 256 KB 2 MB 8 MB AM4 DDR4-3200 MHz (Dual Channel) Vega 6 35
5300G[163] 4,0 65
Ryzen 5
5600GE[164] 13/04/2021 OEM 6/12 3,4 4,4 384 KB 3 MB 16 MB AM4 DDR4-3200 MHz (Dual Channel) Vega 7 35
5600G[165] 259 3,9 65
Ryzen 7
5700GE[166] 13/04/2021 OEM 8/16 3,2 4,6 512 KB 4 MB 16 MB AM4 DDR4-3200 MHz (Dual Channel) Vega 8 35
5700G[167] 3,8 65

Mobile

modifica
  • Microarchitettura: Zen 2 / Zen 3
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 7 nm
  • Core: Lucienne / Cezanne
Modello Data di uscita Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 3
5300U[168] 12/01/2021 4/8 2,6 3,8 256 KB 2 MB 4 MB FP6 DDR4-3200 MHz (Dual Channel) Radeon Graphics 15
5400U[169] 4,0 Vega 6
5425U[170] 06/01/2022 2,7 4,1
Ryzen 5
5500U[171] 12/01/2021 6/12 2,1 4,0 384 KB 3 MB 8 MB FP6 DDR4-3200 MHz (Dual Channel) Radeon Graphics 15
5600U[172] 2,3 4,2 Vega 7
5625U[173] 06/01/2022 4,3
5600HS[174] 12/01/2021 3,0 4,2 35
5600H[175] 3,3 45
Ryzen 7
5700U[176] 12/01/2021 8/16 1,8 4,3 512 KB 4 MB 16 MB FP6 DDR4-3200 MHz (Dual Channel) Radeon Graphics 15
5800U[177] 1,9 4,4 Vega 8
5825U[178] 06/01/2022 2,0 4,5
PRO 5850U[179] 16/03/2021 1,9 4,4
5800HS[180] 12/01/2021 2,8 35
5800H[181] 3,2 45
Ryzen 9
5900HS[182] 12/01/2021 8/16 3,0 4,6 512 KB 4 MB 16 MB FP6 DDR4-3200 MHz (Dual Channel) Radeon Graphics 35
5900HX[183] 3,3 Vega 8 45
5980HS[184] 3,0 4,8 35
5980HX[185] 3,3 45

Ryzen 6000

modifica

Mobile

modifica
  • Microarchitettura: Zen 3+
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 512 KB per core
  • Cache di terzo livello: unificata
  • Processo produttivo: TSMC 6 nm
  • Core: Rembrandt
Modello Data di uscita Core/Thread Frequenza (GHz) Memoria Cache Socket Supporto RAM GPU TDP (W)
Base Boost L1 L2 L3
Ryzen 5
6600U[186] 04/01/2022 6/12 2,9 4,5 384 KB 3 MB 16 MB FP7 DDR5-4800 MHz (Dual Channel) Radeon 660M 15
6600HS[187] 3,3 35
6600H[188] 45
Ryzen 7
6800U[189] 04/01/2022 8/16 2,7 4,7 512 KB 4 MB 16 MB FP7 DDR5-4800 MHz (Dual Channel) Radeon 680M 15
6800HS[190] 3,2 35
6800H[191] 45
Ryzen 9
6900HS[192] 04/01/2022 8/16 3,3 4,9 512 KB 4 MB 16 MB FP7 DDR5-4800 MHz (Dual Channel) Radeon 680M 35
6900HX[193] 45
6980HS[194] 5,0
6980HX[195]

Ryzen 7000

modifica

Desktop

modifica
  • Microarchitettura: Zen 4
  • Cache di primo livello: 64 KB per core
  • Cache di secondo livello: 1 MB per core
  • Cache di terzo livello: unificata
  • Tutti i Ryzen 7000 sono APU, cioè hanno una scheda video integrata basata su architettura RDNA2[196]
  • Processo produttivo: TSMC 5 nm
  • Core: Raphael
Modello Data di uscita Prezzo MSRP

(USD)

Core/Thread Frequenza (GHz) Memoria Cache Socket Linee PCIe Supporto RAM TDP (W)
Base Boost L1 L2 L3
Ryzen 5
7600[197] 14/01/2023 229 6/12 3,8 5,1 384 KB 6 MB 32 MB AM5 24 Gen. 5 (Solo CPU) DDR5-5200 MHz (Dual Channel) 65
7600X[198] 27/09/2022 299 4,7 5,3 105
Ryzen 7
7700[199] 14/01/2023 329 8/16 4,3 5,3 512 KB 8 MB 32 MB AM5 24 Gen. 5 (Solo CPU) DDR5-5200 MHz (Dual Channel) 65
7700X[200] 27/09/2022 399 4,5 5,4 105
7800X3D[201] 04/01/2023 449 4,2 5,0 96 MB 120
Ryzen 9
7900[202] 14/01/2023 429 12/24 3,7 5,4 768 KB 12 MB 64 MB AM5 24 Gen. 5 (Solo CPU) DDR5-5200 MHz (Dual Channel) 65
7900X[203] 27/09/2022 549 4,7 5,6 170
7900X3D[204] 04/01/2023 599 4,4 128 MB 120
7950X[205] 27/09/2022 699 16/32 4,5 5,7 1024 KB 16 MB 64 MB 170
7950X3D[206] 04/01/2023 4,2 128 MB 120

Note

modifica
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