3000 Series Ryzen 7 3800XT Desktop Processor 8 cores 16 Threads 36MB Cache 3.9GHz Upto 4.7GHz AM4 Socket 400 & 500 Series Chipset (100-100000279WOF)

I bought the processor from the local market in Bangalore. The processor is pretty good. Decent performance, dissipates less heat and uses less power. Even though it is extremely fast. The amazing part is that it supports multiprocessing and I have opened several CPU heavy applications all at the same time with ease. I use my system for photo and video editing and as of now I have not seen any kind of lag, etc. Overall it is very stable and decent processor.

Bhai bahut accha toh hain but Ham garibo ke liye nehi

Riscrivo la mia recensione dopo quasi 6 mesi di utilizzo: Che dire, ancora soddisfattissimo, soprattutto perchè in questo tempo ho avuto modo di conoscere meglio le qualità di questo processore, e posso dire che il suo massimo potenziale lo raggiunge in Overclock, in particolare consiglio il programma CTR di 1usmus, dove viene applicato un OC ibrido su single e multi core, con voltaggi che si adattano al carico, il mio processore è particolarmente buono e riesce a tenere stabilmente 4550 Mhz su tutti gli 8 core con 1.36V (ottimo per i giochi, chi impegano massimo un 50% della CPU), mentre con settaggi più conservativi (che si attivano ad esempio durante un render pesante) tiene 4425 Mhz con 1.25V. Ovviamente rinnovo il consiglio di avere un impianto di raffredamento potente, perchè comunque scalda. Il mio consiglio finale quindi è di non comprare questo processore se intendete lasciarlo stock, perchè i miglioramenti rispetto ad un 3700x sono trascurabili, e il boost stock AMD (ma anche dei vari tools delle schede madri tipo ASUS performanche enhancer, che ho provveduto a disattivare una volta capito che non serviva a nulla se non consumare di più) utilizzano veramente voltaggi killer (con conseguenti consumi e temperature elevate) per ottenere delle frequenze ''basse'' (su cinebench raggiunge 4375 Mhz all core applicando un'insensato 1.389V, come ho detto prima con un OC manuale si raggiungono frequenza più alte con voltaggi molto più bassi). Discorso molto simile sul single core, i 4.7 Ghz vengono raggiunti (e anche leggermente superati) da stock, però con voltaggi mooolto vicini agli 1.5V, mentre con CTR per raggiungere 4.725 Ghz su carichi molto leggeri si usano 1.45V, volore decisamente più sensato. Tirando le somme quindi: Se fate OC manuale o volete provare CTR di 1usmus cosigliatissimo, se non avete intenzione di metterci le mani andate di 3700x e rispiarmiate dei soldi. Perchè un 3700x e non uno della serie 5000? Semplice, con i soldi risparimiati e una piccola aggiunta ci comprate un monitor 1440p, ed ecco che come per magia vi troverete un processore che va uguale (in game) ma avete 2 core in più rispetto ad un 5600x con relativo margine di utilizzo per il futuro (e in produttività)! Ragionate, non fermativi ai puri benchamrk fatti con una 3090 in 1080p e dettagli medi, nella realtà le differenze fra i processori per chi non fa un utilizzo lavorativo sono moooolto minori

Good CPU

Bought it on sale, and I'm very exited to use it. Works flawlessly. If you want an CPU that is game and multitasking ready at the same time - this is the mid range beast.

Vengo de un i7 6700k y notaba que en ciertos juegos no funcionaba todo lo bien que debería. Tengo asimismo una Sapphire nitro+ 5700xt. En un principio pensé que la 5700xt no había sido una buena elección por un rendimiento no del todo satisfactorio... Todo cambió cuando le pedí a los reyes placa y micro decantándome por esta bestia parda. Es sublime. Hay diferencias de hasta un 30% en algunos juegos y situaciones. Si tienes oportunidad de comprar un micro de la serie 5000 a precio no hinchado, adelante, seguro que son una pasada. Si no hay stock, o los precios son absurdamente altos, que no te dé miedo comprarte uno de estos porque son realmente la bomba.

I decided to go ahead and build a new PC for Christmas. I wanted the 5800X, but I have not been able to procure one, so I settled on the 3800XT. Coming from an i7-7700K, a whole heck of a lot has changed. AMD actually did a pretty good job extracting the most performance possible out of the silicon from TMSC's 7nm fab process. Pair this CPU with a quality motherboard and DDR4-3600 CL16 RAM (Crucial Ballistix is excellent for the money and over-clockable), set the infinity fabric and memory data rate to 1800-1900MHz in a 1:1 ratio, tighten the timings using the Ryzen memory timing calculator and pretty much leave everything else on auto. You will get excellent performance, see significant latency improvements, and you can also experiment with the PBO settings and under-volting to see what works best. This is actually much closer to Intel's offerings for gaming than pundits claim, especially with the newer AGESA BIOS firmware. And for productivity and power efficiency, AMDs Ryzen chips are the reigning champs. For single thread performance, I am scoring 569 in the CPU-Z bench and nearly 6,000 for the multi-threaded benchmark. For reference, my massively overclocked i7-7700K was only slightly lower for single thread, but considerably less than half of the 3800XT's multi-threaded score. I am very impressed. I am also not having any temperature issues, using the Be Quiet Dark Rock 4 heatsink and a -100 mV under-volt offset., which gives me about 32 degrees C idle temp and around 60-65 degrees C under 100% load. Be aware that under-volting may impact your CPU's performance. I noticed that my multi-threaded bench scores went down with an under-volt, but my single-thread scores went up with an under-volt, which is fine for me since I am mostly gaming, I will sacrifice a bit of multi-threaded performance for better single-thread performance. Also, I tried various PBO settings, none of which improved my particular chip's performance. I suspect the 3800XT on the latest silicon from TSMC is already optimized, hence PBO did not help me. Make sure to install the latest AMD chipset drivers and select an AMD Ryzen power plan for Windows. I am currently using the "AMD Ryzen Balanced Power Plan", but the performance plan is good for another 1-2% performance at the expense of power consumption. I have 2 cores that can hit 4.725 GHz (#0 and #3), with 4 cores routinely hitting a bit over 4.6 GHz and the other 2 typically around 4.55 GHz. During a long-running, multi-threaded load, I am seeing about 4.5 GHz on average across all cores, which I think is very good. Some have questioned the value proposition of the 3800XT since it is more expensive and does not come with a stock Wraith cooler, but it was worth it to me for the better boost clocks and massively improved single thread performance (~4-9% faster than the 3700X/3800X for light workloads thanks to the 4.7+ GHz boost, maybe 2-3% for heavy workloads.) I am very happy with this chip so far and definitely recommend it if you are switching over from Intel or a first gen Ryzen and you cannot get yours hands on the newer 5000 series Ryzen chips. This CPU works great for both gaming and productivity, and uses far less power than an i7-10700K or i9-10850K, which I had considered but I like AMD's PCIE4 support and upgrade path better than Intel's. CPU: AMD 3800XT MB: Asus Prime X570-Pro RAM: 64 GB Crucial Ballistix DDR4-3600 @ 1900 MHz (DDR-3800) 16-18-18-38, 1:1 with infinity fabric VC: Gigabyte 5700XT OC (2nd gen) PS: Corsair RMX750 Case: Corsair 750D Drives: Multiple Samsung 860/970 SSDs (2.5" and NVME M.2) OS: Windows 10 Pro CPU-Z Score: https://valid.x86.fr/bench/mxru2m/1