V310N 512GB M.2 Sata Surveillance SSD

Features

Description

Reliable 512GB M.2 SATA speed tailored for constant write cycles in local surveillance systems. Quick Specs Sustained performance at 515MB/s sequential write speeds. Built with resilient 3D TLC NAND for sustained operation. Rated for 615 terabytes written (TBW) longevity. Low 1.2W power draw, ideal for always-on devices.

Industry-standard M.2 Type-2280 form factor for easy integration. The strike against system lag This Hiksemi V310N SSD is not crafted for the fleeting speed of consumer gaming; it is forged for the unrelenting demand of continuous data capture. For the South African installer or system administrator maintaining security infrastructure, this M.2 2280 SSD represents uncompromising stability where data integrity cannot be compromised by mechanical failure or slow write speeds.

Optimised for constant surveillance Your security recording systems require a storage medium that performs consistently under heavy, sequential write loads, day after day. This M.2 2280 SSD addresses the core weakness of traditional hard drives in this role: mechanical degradation. By utilising flash memory architecture, the V310N eliminates vibration, noise, and the risk of head crashes, ensuring your footage remains accessible when needed most.

Sustained speed when it matters The true test of a surveillance drive is its sustained write performance, not just a momentary peak. With verified sequential write speeds of 515MB/s, this M.2 2280 SSD can comfortably handle multiple high-definition camera streams concurrently, preventing dropped frames or buffering during critical recording periods.

The high IOPS figures for random 4K operations further ensure rapid access to recent footage when reviewing incidents. Built for the long watch Longevity is paramount in security hardware. The V310N is engineered with a robust Total Bytes Written (TBW) rating of 615TB, providing confidence in its operational lifespan even in high-traffic recording environments.

Complemented by an exceptional Mean Time Between Failures (MTBF) rating of 2,000,000 hours, this drive is built to function reliably through years of continuous service, minimising costly downtime and replacement cycles. Its M.2 2280 form factor ensures seamless physical integration. Efficient power draw for remote sites In installations where power consumption or heat management is a concern, the V310N excels.

Drawing a maximum of only 1.2W during operation, it reduces the overall thermal load on your Network Video Recorder (NVR) or dedicated server, contributing to a cooler, more stable operational environment. This low power profile makes it an ideal M.2 2280 SSD solution. FEATURES: High R/W Speed SATA interface Max. read speed up to 560 MB/s 3D NAND Technology 3D NAND technology helps to develop higher capacity, performance, and stability Anti-shock and anti-fall No mechanical structure, using electronic chip control, data more secure.

Application Field suitable for system storage disk or data storage disk applications in video surveillance, rail transit,industrial control and other fields. SPECIFICATIONS: Capacity: 512GB Form Factor: M.2 Type-2280 Max. Seq. Read: 555MB/s Max. Seq. Write: 515MB/s Max. Ran 4 K Read (IOPS): 90K Max.

Ran 4 K Write (IOPS): 75K Max. Power Consumption: 1.2W TBW: 615TB MTBF: 2,000,000 hours Storage Medium: 3D TLC Interface: SATAIII Working Temperature: 0C to 70C (32F to 158F) Storage Temperature: -40C to 85C(-40F to+185F) TRIM: Supported WHAT'S IN THE BOX: Hiksemi V310N 512GB M.2 SATA Surveillance SSD - Black x1 Why Hiksemi?

Hiksemi understands that infrastructure reliability is non-negotiable, particularly in security applications across South Africa. We provide technology that is rigorously tested to meet specific, demanding operational profiles, moving beyond general consumer benchmarks. Choosing Hiksemi is selecting a foundation built for constant uptime; it is a commitment to durable performance where the cost of failure far outweighs the initial investment.

This dedication is reflected in hardware engineered for sustained performance, such as this reliab