Derrickbox
New member
I keep hearing about NVMe but don’t fully understand what it is. Can someone explain how NVMe works and why it offers better speed than traditional SSDs?
What Is NVMe and Why Is It Faster Than SATA SSDs?
- Thread starter Derrickbox
- Start date
NVMe is simply a faster alternative of your SSD communicating with your CPU that is newer.
The SATA SSDs made old use a protocol developed when hard drives were rotating platters. NVMe instead makes use of PCIe lanes, which are much faster and have a lower latency.
Benefit = your system will be able to read/write data much faster (where the data size is large, or the data must be accessed quickly).
The SATA SSDs made old use a protocol developed when hard drives were rotating platters. NVMe instead makes use of PCIe lanes, which are much faster and have a lower latency.
Benefit = your system will be able to read/write data much faster (where the data size is large, or the data must be accessed quickly).
AnnisHayma
Member
Imagine that SATA is a one lane road. It is effective, but the traffic is congested quickly.
NVMe is similar to an Expressway with four lanes.
The more lanes the more data and the higher the speed.
Also, NVMe possesses significantly fewer waiting time since it is not retrofitted HDD technology, but rather built around SSDs.
NVMe is similar to an Expressway with four lanes.
The more lanes the more data and the higher the speed.
Also, NVMe possesses significantly fewer waiting time since it is not retrofitted HDD technology, but rather built around SSDs.
jameswill8520
Member
Bro, NVMe isn’t magic. There is no difference in playing on a SATA SSD and loading huge open world titles.
AngelinaFi
Member
Sure but in the case of file transfers, boot into different OS, video editing, anything intensive, it is night and day. SATA has a limit of around 550 MB/s and the NVMe Gen4 has 5000 or more.
AngelinaFi
Member
I just mean that people have overrated it in the case of gaming.
NVMe is also known as Non-Volatile Memory Express, and it is a protocol designed to be used in SSDs.
Contrary to SATA where only one command queue is permitted and has 32 commands, NVMe supports 64K command queues with 64K commands.
This is a huge decrease in latency and a big increase in parallelism.
It also consumes PCIe bandwidth, and this is also generational (Gen3, Gen4, Gen5), so the performance also continues to be improved.
SATA is practically at its maximum capacity.
Contrary to SATA where only one command queue is permitted and has 32 commands, NVMe supports 64K command queues with 64K commands.
This is a huge decrease in latency and a big increase in parallelism.
It also consumes PCIe bandwidth, and this is also generational (Gen3, Gen4, Gen5), so the performance also continues to be improved.
SATA is practically at its maximum capacity.
captainghost
Member
NVMe is what occurs when SSDs ultimately replied:
I am fed up faking it that I am a hard drive.
It communicates directly with the CPU via the PCIe slots, therefore it bypasses a number of old-school bottlenecks.
Final outcome: less time to make boots, less time to install, less time to do it unless you make poor life decisions and NVMe will do nothing about it.
I am fed up faking it that I am a hard drive.
It communicates directly with the CPU via the PCIe slots, therefore it bypasses a number of old-school bottlenecks.
Final outcome: less time to make boots, less time to install, less time to do it unless you make poor life decisions and NVMe will do nothing about it.
NVMe (Non-Volatile Memory Express) is a high-speed storage protocol designed for modern SSDs that connect via PCIe lanes. It’s faster than SATA SSDs because it offers higher bandwidth, lower latency, and allows more simultaneous data requests, resulting in significantly quicker loading and transfer speeds.