Price History of

Hikvision SSD NVMe 512GB, PCIe 4.0 NVMe M.2 2280 Internal SSD, Up to 7050MB/s 3D NAND Internal Gaming SSD for Desktop PC, PS5 (with Heatsink) - G4000

Current Price*
₹3,599
Lowest Price
₹3,599
Highest Price
₹9,599
Last Drop
Today
This Week Drop
₹200
Last Week Low
₹3,799
Hikvision SSD NVMe 512GB, PCIe 4.0 NVMe M.2 2280 Internal SSD, Up to 7050MB/s 3D NAND Internal Gaming SSD for Desktop PC, PS5 (with Heatsink) - G4000
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Current Price*
  • ₹3,599 16% OFF
Updated 2 hours ago
MRP
  • ₹4,300
Brand
Marketplace
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Amazon Price History

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The lowest price of Hikvision SSD NVMe 512GB, PCIe 4.0 NVMe M.2 2280 Internal SSD, Up to 7050MB/s 3D NAND Internal Gaming SSD for Desktop PC, PS5 (with Heatsink) - G4000 in the last 28 days was ₹3,599 on 08 Oct 2026. The highest was ₹9,599 on 24 Sep 2026. It is currently ₹3,599, the lowest it has been.
Current Price*
₹3,599
Lowest Price
₹3,599
Highest Price
₹9,599

Features

  • 【High Speed Data Transfer】PCIe Gen4 interface with sequential read speed up to 7050MB/s, sequential write speed up to 4200MB/s. This internal SSD provides high bandwidth and throughput for heavy applications in games, graphics, data analysis, etc..
  • Reliable thermal solution: The G4000 series SSD features the dramless architecture to reduce the heat generation of the hard drive and ensure excellent performance of temperature control. With the graphene heat dissipation patch, it effectively improves the thermal conductivity of hard drives..
  • 3D NAND technology: The internal Hikvision SSD uses 3D NAND technology, which can effectively improve read and write efficiency and data security and provide stable and fast data services for the operating system..
  • M.2 2280 specification: This SSD comes in a compact and slim M.2 2280 format that replaces traditional mechanical hard drives and reduces the time required to start the operating system and open applications, making it ideal for building high-performance computer systems..
  • High performance: There is no internal mechanical mechanism that uses electronic chip control, good shock resistance and high data security. Low power consumption, improve performance and service life, theoretical service life can reach 1800TBW (TeraBytes Written)..
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