Crucial P3 1TB M.2 PCIe Gen3 NVMe Internal SSD - Up to 3500MB/s - CT1000P3SSD8

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Questo è un disco (chiamarli così ormai sembra inadatto) di tipo NVMe (quindi su bus PCI-Express) che promette letture fino a 3500MB/s. I tested the 1TB P3 and 1TB P3 Plus on a Ryzen PCIe 4.0 empowered test rig and found that the provided samples performed as predicted by Crucial, if not marginally better. Le temperature, senza dissipazione, si sono mantenute intorno ai 32-35°C con un utilizzo moderato ed una temperatura ambiente di 26°C. I suddetti valori vanno oltre la descrizione del prodotto che parla proprio di 3500MB/s…in ogni caso, una gradita sorpresa! If we compare the P3 to the P3 Plus, the cost difference is between 10 and 14%, which seems very reasonable considering the P3 Plus is more than 40% faster.

CT1000P3SSD8 | Crucial UK Crucial P3 1TB PCIe M.2 2280 SSD | CT1000P3SSD8 | Crucial UK

Its predecessor, the P2, used Micron 3D NAND modules and a Phison controller. The P3 uses Micron’s 176-layer NAND5, but the makers are not saying what controller is used in this or its P3 Plus brother.I realize the Crucial P3 is a NVME 1.3 drive and not of the newer Gen 4 or Gen 5 generations which this HP PC does not support. I was going for an inexpensive storage upgrade and the P3 definitely delivered....with a screw!

CT1000P3SSD8 | Crucial P3 M.2 (2280) 1 TB Internal SSD | RS

Ebenso müsst ihr darauf achten, dass wenn ihr mehrere solche SSDs nutzt wird die Leistung zwischen den SSDs aufgeteilt, je nachdem wie viel Lanes euer CPU bietet (auch abhängig von dem Hersteller des Mainboards). Il brand non ha bisogno di presentazioni, ma non tutti sanno che i suoi prodotti sono tendenzialmente affidabili anche se spesso non veloci come i competitori.Ich bin so ein Mensch der sein Gehäuse nach Möglichkeit sauber hält, dazu gehören mittlerweile zusätzliche SATA - Kabeln, somit wäre aktuell die M.2 SSD eine bessere Wahl! Nun habe ich ich alle Spiele da drauf installiert und die starten sich um einiges schnelle, aber auch die Ladezeiten sind kaum zu merken. Where most NVMe drives don’t get into their stride until transfer sizes of 256K, 512K or even 1MB in the case of the P2, this drive is at full speed at just 64K. Making it a good choice for those with lots of smaller files. If you’re wondering about the numbering convention of the Crucial (Micron) NVMe modules, then you’re not alone. First, Crucial released the P1, an M.2 form factor drive but SATA, not NVMe module. Part-specific certification of how this product meets the requirements of the current DIRECTIVE 2011/65/EU and 2015/863/EU, a.k.a. Restriction of Hazardous Substances (RoHS) Directive (Recast).

Crucial P3 review: A Better Budget NVMe - Tech Advisor

Il Crucial ha prestazioni ancora migliori dell'originale Samsung montato da HP: un benchmark di test (vedi sotto) è passato da 37 secondi ad 8! In principio vi erano gli SSD collegati al bus della macchina attraverso l’interfaccia SATA (I, II, III) che offriva una banda elevatissima rispetto ai dischi rigidi meccanici (fino a 6 Gigabit al secondo; bit NON byte, cioè 750MB/s). Nach dem Einbau habe ich es mit dem entsprechender 𝗦𝗼𝗳𝘁𝘄𝗮𝗿𝗲 nach Firmware geprüft und da war tatsächlich eine neuere Version verfügbar, schön wenn Crucial ihre SSDs noch mit Updates versorgt. 😉

It’s interesting to note that this is a little more expensive than the P5 launched, but only by a tiny amount. What’s also different is that the differential between capacities is shrinking, with the cost per GB being somewhere between 10 and 9 cents (or pence) irrespective of what size you choose. Lo slot del disco in esame è di tipo M.2 (con chiave “M” => seghettatura attacco con 5 pin di contatto). Le prestazioni effettive erano di massimo 600MB/s. Evolvendosi gli standard ci hanno permesso di poter installare i dischi sui sistemi collegandoli direttamente al BUS PIC-E con slot appositi: M.2. In a landscape and market place of many competent products that perform such a benign task of storage, I was ecstatic that Crucial thought to include a mounting screw for their P3 drive. NAND as a commodity has been in freefall recently, and news that SK Hynix has a new 238-layer 512Gb TLC 4D NAND that will be ready for production in 2023 isn’t the news that Micron wanted to hear. It would be reasonable to assume that Micron has parallel plans, but at this time, these aren’t being made public.