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GoodRAM PX500-G2 SSD 1TB M.2 NVMe PCI Express 3.0 SSDPR-PX500-01T-80-G2
SSD Hard Drives

GoodRAM PX500-G2 SSD 1TB M.2 NVMe PCI Express 3.0 SSDPR-PX500-01T-80-G2

GOODRAM M2 GEN2 2280 PCIe 3x4 1TB PX500

Providing up to 4 times better sequential and random transfer performance compared to SATA III solid-state drives and lower latency than AHCI units, the GOODRAM...

GOODRAM M2 GEN2 2280 PCIe 3x4 1TB PX500

Providing up to 4 times better sequential and random transfer performance compared to SATA III solid-state drives and lower latency than AHCI units, the GOODRAM PX500 gen.2 boosts your computer. The performance will enhance the work of the most demanding customers, offering read speeds of up to 2050MB/s.

High...

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  • Communication Protocol

    Most SSDs use SATA III or PCI Express.

    Almost all 2.5" SSDs connect via SATA III while most M.2 SSDs connect via PCI Express.


    PCI Express connection offers higher speeds, but this is mainly noticeable in demanding applications (high-resolution video processing, transferring large files, etc.) and is not necessary for everyday use.

    PCI Express 3.0

    Connecting to the PCI Express expansion port of the motherboard. Equally popular way of connecting SSD hard drives directly to the motherboard. This connection offers the highest speeds.

  • Write Speed

    Indicative size for the maximum speed of the hard disk during data recording. The larger the size, the faster the data recording.

    For an SSD that uses the SATA III protocol, the average recording speed is 300MB/s, while for one with NVMe it is 1200MB/s.

    These differences make sense in particularly demanding use cases (e.g. high-resolution video editing). For most users, the differences will not be noticeable.

  • Read Speed

    Indicative size for the maximum speed of the hard disk during data reading. The larger the size, the faster the data reading speed.

    An average reading speed for an SSD using the SATA III protocol is 600MB/s, while for one with NVMe it is 2000MB/s.

    These differences make sense in particularly demanding use cases (e.g. high-resolution video editing). For most users, the differences will not be noticeable. 
  • See all
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Product report

Description

Description

GOODRAM M2 GEN2 2280 PCIe 3x4 1TB PX500

Providing up to 4 times better sequential and random transfer performance compared to SATA III solid-state drives and lower latency than AHCI units, the GOODRAM PX500 gen.2 boosts your computer. The performance will enhance the work of the most demanding customers, offering read speeds of up to 2050MB/s.

High performance: By creating a drive based on efficient memory in 3D NAND technology, we managed to achieve sequential transfer parameters of up to 2050 MB/s for reading and 1650 MB/s for writing.

New capabilities with NVMe: The NVM Express communication protocol was designed from the ground up to achieve the potential of fast flash storage media. By using it in the SSD PX500 gen.2, we were able to extract maximum performance from the memory, controller, and PCIe Gen 3 x4 interface. NVMe drastically reduces latency and queue time to offer much better responsiveness compared to AHCI-based SSDs.

Heat under control: One of the issues concerning the M.2 SSD format is thermal throttling – performance limitation due to very high ambient temperature. To keep it under control, the PX500 gen.2 has a special coating consisting of copper and graphite. Thanks to this, we achieved very good heat dissipation without increasing the size of the drive.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Product Details

Capacity
1000 GB

Capacity

The golden ratio of cost and capacity for now is 500GB and 1TB.

For gaming or professional programs that require a lot of space for their installation, a capacity of at least 500GB is recommended. 

As an indication, a 1TB hard drive can hold about 250 thousand photos taken with a 12MP camera or 250 movies.
Communication Protocol
PCI Express 3.0

Communication Protocol

Most SSDs use SATA III or PCI Express.

Almost all 2.5" SSDs connect via SATA III while most M.2 SSDs connect via PCI Express.


PCI Express connection offers higher speeds, but this is mainly noticeable in demanding applications (high-resolution video processing, transferring large files, etc.) and is not necessary for everyday use.

PCI Express 3.0
Connecting to the PCI Express expansion port of the motherboard. Equally popular way of connecting SSD hard drives directly to the motherboard. This connection offers the highest speeds.
NVMe
Yes

NVMe

Communication template that enhances the performance and speed of SSDs.

The higher speeds offered by an NVMe drive are mainly applicable to demanding applications (high-resolution video processing, transferring large files, etc.) and are not necessary for simple everyday use.
Heatsink
No

Heatsink

The SSD is equipped with a heatsink to maintain low temperatures, ensuring better performance and more efficient heat dissipation in the SSD.
Compatible with PlayStation 5
No

Compatible with PlayStation 5

Compatible with PS5.

Dimensions

Form Factor
M.2 (Type 2280)

Form Factor

The term form factor refers to the physical size of SSDs. The motherboard must support the form factor of the SSD in order for it to be installed.


The higher speeds offered by an NVMe drive are mainly applicable to demanding applications (such as high-definition video processing, transferring large files, etc.) and are not necessary for everyday use.

M.2 (Type 2280)
The motherboard must support the form factor in order for the SSD to be installed on it. It is worth noting that M.2 drives are divided into those that use the SATA protocol and those that use PCI Express. Of the SSDs that use the PCI Express protocol, most also support NVMe technology, which allows them even faster speeds if supported by the motherboard.

Performance

Read Speed
2050 MB/s

Read Speed

Indicative size for the maximum speed of the hard disk during data reading. The larger the size, the faster the data reading speed.

An average reading speed for an SSD using the SATA III protocol is 600MB/s, while for one with NVMe it is 2000MB/s.

These differences make sense in particularly demanding use cases (e.g. high-resolution video editing). For most users, the differences will not be noticeable. 
Write Speed
1650 MB/s

Write Speed

Indicative size for the maximum speed of the hard disk during data recording. The larger the size, the faster the data recording.

For an SSD that uses the SATA III protocol, the average recording speed is 300MB/s, while for one with NVMe it is 1200MB/s.

These differences make sense in particularly demanding use cases (e.g. high-resolution video editing). For most users, the differences will not be noticeable.

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

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Description & Specifications

GOODRAM M2 GEN2 2280 PCIe 3x4 1TB PX500

Providing up to 4 times better sequential and random transfer performance compared to SATA III solid-state drives and lower latency than AHCI units, the GOODRAM PX500 gen.2 boosts your computer. The performance will enhance the work of the most demanding customers, offering read speeds of up to 2050MB/s.

High performance: By creating a drive based on efficient memory in 3D NAND technology, we managed to achieve sequential transfer parameters of up to 2050 MB/s for reading and 1650 MB/s for writing.

New capabilities with NVMe: The NVM Express communication protocol was designed from the ground up to achieve the potential of fast flash storage media. By using it in the SSD PX500 gen.2, we were able to extract maximum performance from the memory, controller, and PCIe Gen 3 x4 interface. NVMe drastically reduces latency and queue time to offer much better responsiveness compared to AHCI-based SSDs.

Heat under control: One of the issues concerning the M.2 SSD format is thermal throttling – performance limitation due to very high ambient temperature. To keep it under control, the PX500 gen.2 has a special coating consisting of copper and graphite. Thanks to this, we achieved very good heat dissipation without increasing the size of the drive.

Manufacturer

Manufacturer Details

Warnings & Safety Information

Product Details

Capacity
1000 GB

Capacity

The golden ratio of cost and capacity for now is 500GB and 1TB.

For gaming or professional programs that require a lot of space for their installation, a capacity of at least 500GB is recommended. 

As an indication, a 1TB hard drive can hold about 250 thousand photos taken with a 12MP camera or 250 movies.
Communication Protocol
PCI Express 3.0

Communication Protocol

Most SSDs use SATA III or PCI Express.

Almost all 2.5" SSDs connect via SATA III while most M.2 SSDs connect via PCI Express.


PCI Express connection offers higher speeds, but this is mainly noticeable in demanding applications (high-resolution video processing, transferring large files, etc.) and is not necessary for everyday use.

PCI Express 3.0
Connecting to the PCI Express expansion port of the motherboard. Equally popular way of connecting SSD hard drives directly to the motherboard. This connection offers the highest speeds.
NVMe
Yes

NVMe

Communication template that enhances the performance and speed of SSDs.

The higher speeds offered by an NVMe drive are mainly applicable to demanding applications (high-resolution video processing, transferring large files, etc.) and are not necessary for simple everyday use.
Heatsink
No

Heatsink

The SSD is equipped with a heatsink to maintain low temperatures, ensuring better performance and more efficient heat dissipation in the SSD.
Compatible with PlayStation 5
No

Compatible with PlayStation 5

Compatible with PS5.

Dimensions

Form Factor
M.2 (Type 2280)

Form Factor

The term form factor refers to the physical size of SSDs. The motherboard must support the form factor of the SSD in order for it to be installed.


The higher speeds offered by an NVMe drive are mainly applicable to demanding applications (such as high-definition video processing, transferring large files, etc.) and are not necessary for everyday use.

M.2 (Type 2280)
The motherboard must support the form factor in order for the SSD to be installed on it. It is worth noting that M.2 drives are divided into those that use the SATA protocol and those that use PCI Express. Of the SSDs that use the PCI Express protocol, most also support NVMe technology, which allows them even faster speeds if supported by the motherboard.

Performance

Read Speed
2050 MB/s

Read Speed

Indicative size for the maximum speed of the hard disk during data reading. The larger the size, the faster the data reading speed.

An average reading speed for an SSD using the SATA III protocol is 600MB/s, while for one with NVMe it is 2000MB/s.

These differences make sense in particularly demanding use cases (e.g. high-resolution video editing). For most users, the differences will not be noticeable. 
Write Speed
1650 MB/s

Write Speed

Indicative size for the maximum speed of the hard disk during data recording. The larger the size, the faster the data recording.

For an SSD that uses the SATA III protocol, the average recording speed is 300MB/s, while for one with NVMe it is 1200MB/s.

These differences make sense in particularly demanding use cases (e.g. high-resolution video editing). For most users, the differences will not be noticeable.

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

Reviews (1)

4.0
1
4.0
Review this product
  1. 5 stars
    0
  2. 1
  3. 3 stars
    0
  4. 2 stars
    0
  5. 1 star
    0
Review this product